A
Aberration (chromatic) – Optical defect causing colour fringing at the edges of a light beam.
Aberration (spherical) – Optical distortion where rays passing through different lens zones converge at different points.
Abrasion resistance – Ability of a profile or cover surface to withstand mechanical wear without loss of clarity.
Absorbance – Capacity of a material to absorb incident light radiation rather than transmit or reflect it.
Absorber (thermal) – Material or coating that absorbs infrared radiation to aid heat management in luminaires.
Absorption coefficient – Fraction of incident light absorbed per unit thickness of a material.
AC (Alternating Current) – Mains electricity, typically 230 V / 50 Hz in Europe or 120 V / 60 Hz in North America.
AC/DC converter – Device converting alternating current into direct current for powering LED strips.
Accent lighting – Focused illumination highlighting objects, textures or architectural features.
Accent wash – Combination of accent and wash lighting creating highlights with uniform background.
Acceptance angle – Maximum angle at which light can enter an optical fibre or light guide.
Acceptance quality level (AQL) – Maximum defect rate acceptable in LED production quality control.
Accessory (end cap flat solid aluminium) – End cap flat solid aluminium for closing and finishing an LED profile.
Accessory (end cap flat solid black) – End cap flat solid black for closing and finishing an LED profile.
Accessory (end cap flat solid plastic) – End cap flat solid plastic for closing and finishing an LED profile.
Accessory (end cap flat solid white) – End cap flat solid white for closing and finishing an LED profile.
Accessory (end cap flat with hole aluminium) – End cap flat with hole aluminium for closing and finishing an LED profile.
Accessory (end cap flat with hole black) – End cap flat with hole black for closing and finishing an LED profile.
Accessory (end cap flat with hole plastic) – End cap flat with hole plastic for closing and finishing an LED profile.
Accessory (end cap flat with hole white) – End cap flat with hole white for closing and finishing an LED profile.
Accessory (end cap left) – End cap left for closing and finishing an LED profile.
Accessory (end cap magnetic) – End cap magnetic for closing and finishing an LED profile.
Accessory (end cap right) – End cap right for closing and finishing an LED profile.
Accessory (end cap rounded aluminium) – End cap rounded aluminium for closing and finishing an LED profile.
Accessory (end cap rounded plastic) – End cap rounded plastic for closing and finishing an LED profile.
Accessory (end cap silicone plug) – End cap silicone plug for closing and finishing an LED profile.
Accessory (end cap with cable gland IP67) – End cap with cable gland ip67 for closing and finishing an LED profile.
Acclimation time – Period required for an LED system to reach thermal equilibrium after switch-on.
Accuracy (colour) – Degree of fidelity in colour reproduction compared to a reference source.
Accuracy (photometric) – Closeness of measured luminaire performance to declared datasheet values.
Acoustic ceiling integration – LED profile compatible with perforated sound-absorbing ceiling tiles.
Acrylic (PMMA) – Polymethyl methacrylate, a transparent thermoplastic used for LED profile covers and diffusers.
Acrylic cement – Solvent-based adhesive for bonding acrylic cover sections end to end.
Acrylic diffuser – PMMA cover that scatters light uniformly while maintaining good transmittance.
Acrylic opal – PMMA with an opacifying treatment for uniform diffusion without visible LED dots.
Acrylic prismatic – PMMA cover with moulded prismatic pattern for controlled light distribution.
Acrylic satin – PMMA cover with a satin finish reducing glare while preserving light output.
Acrylic transparent – Clear PMMA cover with transmittance exceeding 92 percent for maximum efficiency.
Active area – Region of the LED die that actually emits photons.
Active cooling – Heat dissipation using fans, Peltier devices or forced-air systems.
Active surge protector – Electronic device clamping mains surges before they reach the LED driver.
Adapter – Interface component between different electrical, mechanical or control systems.
Adapter (angular) – Connector enabling a direction change for an LED strip or profile.
Adapter (bayonet) – Quick-twist adapter for lamp or module replacement in track systems.
Adapter (clip) – Quick-snap accessory for securing LED strips inside aluminium profiles.
Adapter (DIN rail) – Module for mounting power supplies and controllers on DIN rails in panels.
Adapter (power) – Device converting mains voltage to the voltage required by an LED strip.
Adapter (track) – Element allowing luminaire mounting on electrified track rails.
Adaptive lighting – System that automatically adjusts output based on occupancy, daylight or time of day.
Additive colour mixing – Combining RGB primary colours to produce composite hues in LED systems.
Addressable IC APA102 – Dual-wire SPI addressable LED with separate clock line.
Addressable IC GS8208 – 12 V addressable LED with breakpoint resume.
Addressable IC LPD8806 – Dual-wire addressable LED used in decorative strip installations.
Addressable IC SK6812 – RGBW addressable LED with integrated driver.
Addressable IC SK9822 – High-speed SPI addressable LED similar to APA102.
Addressable IC SM16703 – Low-cost single-wire addressable LED IC.
Addressable IC TM1809 – Three-channel addressable LED driver IC.
Addressable IC TM1814 – Addressable RGBW LED with 800 kHz protocol.
Addressable IC UCS1903 – Single-wire addressable LED for outdoor pixel installations.
Addressable IC WS2811 – External driver IC controlling three LEDs per pixel in addressable strips.
Addressable IC WS2812B – Integrated single-pixel RGB controller in a 5050-size LED package.
Addressable IC WS2813 – Improved WS2812 with dual-signal backup for fault tolerance.
Addressable IC WS2815 – 12 V addressable IC with signal backup.
Addressable LED – LED with an integrated control IC allowing individual pixel management.
Addressable strip (12V) – Pixel-controllable LED strip operating at 12 volts DC.
Addressable strip (24V) – Pixel-controllable LED strip operating at 24 volts DC.
Addressable strip (5V) – Pixel-controllable LED strip operating at 5 volts DC.
Adhesive (3M VHB) – High-performance double-sided foam tape for fixing LED strips to profiles.
Adhesive (acrylic-based) – Acrylic glue for permanent mounting of profiles on smooth surfaces.
Adhesive (cyanoacrylate) – Fast-setting superglue for small LED component bonding.
Adhesive (epoxy) – Two-part high-strength resin for structural bonding of profiles and components.
Adhesive (hot-melt) – Thermoplastic glue applied hot for rapid component fixing inside profiles.
Adhesive (silicone) – Flexible adhesive sealant providing waterproof bonding and IP protection.
Adhesive (thermal) – Thermally conductive adhesive for heat-efficient strip-to-profile bonding.
Adhesive (UV-curing) – Adhesive that polymerises under ultraviolet light for rapid optical bonding.
Adjacency (chromatic) – Proximity of two LED sources with similar CCTs, critical for perceived uniformity.
After-hours lighting – Minimal illumination maintained outside business hours for security.
Afterglow – Residual luminous persistence after a phosphor or LED is switched off.
AGC (Automatic Gain Control) – Automatic adjustment in light sensors for adaptive regulation.
Ageing – Progressive degradation of LED luminous flux and chromatic stability over time.
Ageing (accelerated) – Laboratory test simulating years of use in a compressed timeframe.
Ageing chamber – Environmental test chamber for accelerated LED lifetime studies.
Air gap – Space between the LED strip and the profile cover affecting optical mixing quality.
Air-handling luminaire – LED luminaire integrated into an HVAC air-return plenum.
Aisle lighting – LED illumination between shelving rows in retail or warehouse settings.
Albedo – Ratio of reflected to incident light on a surface, used in lighting calculations.
Algorithm (colour-mixing) – Mathematical routine blending multiple LED channels to hit a target colour.
Algorithm (dimming) – Mathematical logic governing the attenuation curve in controllers.
Algorithm (thermal-management) – Control logic that adjusts LED drive current based on temperature readings.
Alignment (optical) – Precise positioning of LEDs, lenses and diffusers to achieve the desired beam.
Alignment jig – Fixture holding profile sections in position during assembly or gluing.
All-in-one luminaire – Self-contained LED unit with integrated driver, optics and controls.
Alloy (aluminium) – Combination of aluminium with other metals optimising mechanical and thermal properties.
Alternating warm-cool strip – Strip with alternating warm and cool white LEDs for blended CCT tuning.
Aluminium – Lightweight metal with high thermal conductivity, the primary material for LED profiles.
Aluminium 6060 – Alloy with good extrudability, commonly used for standard LED profiles.
Aluminium 6063 – High surface-finish alloy, preferred for architectural LED profiles.
Aluminium 6082 – High-strength structural alloy for load-bearing and large-dimension profiles.
Aluminium 7075 – Aerospace-grade alloy occasionally used for high-performance LED heat sinks.
Aluminium anodised – Aluminium with an electrolytic oxide layer that is protective and decorative.
Aluminium anodised black – Black matte anodised finish, widely used for recessed and discreet profiles.
Aluminium anodised bronze – Bronze-toned anodised finish for heritage and architectural applications.
Aluminium anodised champagne – Warm champagne-toned anodised finish for luxury interiors.
Aluminium anodised gold – Gold-toned anodised finish for decorative high-end applications.
Aluminium anodised silver – Natural anodised finish with a metallic silver appearance.
Aluminium anodised titanium – Dark grey anodised finish mimicking titanium for modern aesthetics.
Aluminium bead-blasted – Surface finish achieved by glass-bead blasting for a fine matte texture.
Aluminium brushed – Surface treatment with directional lines for a contemporary decorative effect.
Aluminium die-cast – Components made by pressure die-casting for end caps, junctions and accessories.
Aluminium extruded – Profile obtained by hot-extruding alloy through a shaped die.
Aluminium lacquered – Profile with powder or liquid coating for custom colour finishes.
Aluminium mill finish – As-extruded aluminium without any surface treatment.
Aluminium painted (wet) – Profile finished with liquid paint rather than powder coat.
Aluminium polished – Mirror-bright aluminium achieved by mechanical or chemical polishing.
Aluminium powder-coated – Profile coated with electrostatically applied powder cured in an oven.
Aluminium raw – Untreated profile intended for subsequent surface finishing.
Aluminium recycled – Alloy obtained from recovered material with a lower environmental footprint.
Aluminium sandblasted – Finish achieved by sandblasting, giving a uniform matte appearance.
Aluminium satin – Brushed finish with a silk effect, between glossy and matte.
Aluminium sheet – Flat aluminium stock used for custom brackets and mounting plates.
Ambient light rejection – Cover or lens property minimising the appearance of ambient reflections.
Ambient lighting – General illumination of a space ensuring visibility and visual comfort.
Ambient temperature (Ta) – Air temperature surrounding the luminaire, influencing LED performance.
Ammeter – Instrument measuring electric current in amperes for system commissioning.
Amp meter (clamp) – Non-contact current-measuring tool for verifying LED circuit loads on site.
Amperage – Electric current intensity measured in amperes, critical for system sizing.
Amplifier (DALI) – Repeater extending the DALI bus beyond 300 m or 64 devices.
Amplifier (DMX) – Signal booster regenerating the DMX512 signal for long cable runs.
Amplifier (LED) – Device replicating the dimming signal to drive additional strip runs.
Amplifier (RGB) – Three-channel signal repeater extending RGB strip length.
Amplifier (RGBW) – Four-channel repeater for strips with RGB plus dedicated white.
Amplifier (RGBWW) – Five-channel repeater for strips with RGB, warm white and cool white.
Amplifier (signal) – Generic device regenerating control signals over long cable distances.
Analogue 0-10 V – Dimming standard using a 0 to 10 volt DC control signal.
Analogue 1-10 V – Dimming variant where 1 V equals minimum brightness and 10 V equals full.
Analogue output module – Building-automation module providing a 0-10 V signal for LED dimming.
Anchor (spring) – Accessory for securing recessed profiles in suspended ceilings and panels.
Angle (beam) – Width of the light cone at 50 percent of peak intensity.
Angle (critical) – Angle beyond which total internal reflection occurs inside an optical medium.
Angle (cut-off) – Angle beyond which the light source is no longer visible, for glare control.
Angle (emission) – Total angle within which the LED emits light, typically 120° for SMD.
Angle (field) – Total cone where intensity falls to 10 percent of peak.
Angle (half-peak) – Synonym for beam angle measured at 50 percent intensity.
Angle (incidence) – Angle at which a beam strikes a surface relative to the normal.
Angle (installation) – Tilt of the profile relative to the illuminated surface.
Angle (nadir) – Angle measured downward from the horizontal, used in outdoor luminaire aiming.
Angle (reflection) – Angle of the reflected beam, equal to the angle of incidence.
Angle (shielding) – Minimum obscuring angle of the source against direct glare.
Angle (solid) – Three-dimensional portion of space measured in steradians (sr).
Angle (tilt) – Rotational adjustment of a luminaire around its horizontal axis.
Angle-cut profile – Profile end cut at an angle for mitre-jointed corner installations.
Annual operation 1000h – LED installation operating 1000 hours per year. Annual energy cost equals installed watts x 1000h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 1250h – LED installation operating 1250 hours per year. Annual energy cost equals installed watts x 1250h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 1500h – LED installation operating 1500 hours per year. Annual energy cost equals installed watts x 1500h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 1750h – LED installation operating 1750 hours per year. Annual energy cost equals installed watts x 1750h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 2000h – LED installation operating 2000 hours per year. Annual energy cost equals installed watts x 2000h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 2250h – LED installation operating 2250 hours per year. Annual energy cost equals installed watts x 2250h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 2500h – LED installation operating 2500 hours per year. Annual energy cost equals installed watts x 2500h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 2750h – LED installation operating 2750 hours per year. Annual energy cost equals installed watts x 2750h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 3000h – LED installation operating 3000 hours per year. Annual energy cost equals installed watts x 3000h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 3250h – LED installation operating 3250 hours per year. Annual energy cost equals installed watts x 3250h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 3500h – LED installation operating 3500 hours per year. Annual energy cost equals installed watts x 3500h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 3750h – LED installation operating 3750 hours per year. Annual energy cost equals installed watts x 3750h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 4000h – LED installation operating 4000 hours per year. Annual energy cost equals installed watts x 4000h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 4250h – LED installation operating 4250 hours per year. Annual energy cost equals installed watts x 4250h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 4500h – LED installation operating 4500 hours per year. Annual energy cost equals installed watts x 4500h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 4750h – LED installation operating 4750 hours per year. Annual energy cost equals installed watts x 4750h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 5000h – LED installation operating 5000 hours per year. Annual energy cost equals installed watts x 5000h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 500h – LED installation operating 500 hours per year. Annual energy cost equals installed watts x 500h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 5250h – LED installation operating 5250 hours per year. Annual energy cost equals installed watts x 5250h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 5500h – LED installation operating 5500 hours per year. Annual energy cost equals installed watts x 5500h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 5750h – LED installation operating 5750 hours per year. Annual energy cost equals installed watts x 5750h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 6000h – LED installation operating 6000 hours per year. Annual energy cost equals installed watts x 6000h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 6250h – LED installation operating 6250 hours per year. Annual energy cost equals installed watts x 6250h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 6500h – LED installation operating 6500 hours per year. Annual energy cost equals installed watts x 6500h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 6750h – LED installation operating 6750 hours per year. Annual energy cost equals installed watts x 6750h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 7000h – LED installation operating 7000 hours per year. Annual energy cost equals installed watts x 7000h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 7250h – LED installation operating 7250 hours per year. Annual energy cost equals installed watts x 7250h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 7500h – LED installation operating 7500 hours per year. Annual energy cost equals installed watts x 7500h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 750h – LED installation operating 750 hours per year. Annual energy cost equals installed watts x 750h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 7750h – LED installation operating 7750 hours per year. Annual energy cost equals installed watts x 7750h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 8000h – LED installation operating 8000 hours per year. Annual energy cost equals installed watts x 8000h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 8250h – LED installation operating 8250 hours per year. Annual energy cost equals installed watts x 8250h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 8500h – LED installation operating 8500 hours per year. Annual energy cost equals installed watts x 8500h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Annual operation 8750h – LED installation operating 8750 hours per year. Annual energy cost equals installed watts x 8750h x electricity tariff; longer operating hours amplify the financial benefit of high-efficacy LED technology.
Anode – Positive terminal of an LED, identified by the longer pin or a plus sign.
Anodising – Electrochemical process creating a protective oxide layer on aluminium.
Anodising (bright) – Process producing a reflective, mirror-like anodised surface.
Anodising (colour) – Anodising incorporating dye to produce coloured finishes.
Anodising (hard / Type III) – Thick-layer anodising (over 25 µm) for high mechanical resistance.
Anodising (Type II) – Standard anodising with 5–25 µm thickness, most common for profiles.
ANSI – American National Standards Institute, defining LED colour, binning and safety standards.
ANSI bin – Colour-coordinate region defined by ANSI for standardised LED binning.
ANSI C78.377 – Chromaticity specifications for SSL products.
ANSI/ASHRAE 90.1 – Energy standard with lighting power density limits.
ANSI/IES RP-1 – Office lighting practice.
ANSI/IES RP-7 – Industrial lighting practice.
ANSI/IES RP-8 – Roadway lighting practice.
Anti-bacterial coating – Silver-ion or titanium-dioxide surface treatment for luminaires in healthcare.
Anti-corrosion treatment – Chemical or physical coating preventing oxidation of metal components.
Anti-fingerprint coating – Oleophobic treatment on profile surfaces resisting fingerprint marks.
Anti-flicker – Technology eliminating perceptible and imperceptible LED flickering.
Anti-glare – Treatment or design reducing reflections and glare on illuminated surfaces.
Anti-reflection coating (AR) – Thin-film coating on a lens reducing surface reflections and increasing transmittance.
Anti-static packaging – ESD-safe wrapping protecting LED components during transport and storage.
Anti-yellowing additive – UV stabiliser in polycarbonate covers preventing discolouration over time.
Aperture (luminous) – Area of the profile from which light exits, defined by the cover width.
Aperture ratio – Proportion of the luminaire face area that is luminous versus opaque.
App control – Smartphone or tablet application for wireless LED-system management.
Apparent power (VA) – Product of RMS voltage and RMS current, related to power factor.
Application (airport terminal) – LED lighting solution designed for airport terminal environments.
Application (ambulance bay) – LED lighting solution designed for ambulance bay environments.
Application (amphitheatre) – LED lighting solution designed for amphitheatre environments.
Application (amusement park) – LED lighting solution designed for amusement park environments.
Application (aquarium) – LED lighting solution designed for aquarium environments.
Application (arcade) – LED lighting solution designed for arcade environments.
Application (architectural) – Use of LED systems to enhance structural and building elements.
Application (archive room) – LED lighting solution designed for archive room environments.
Application (art gallery) – LED lighting solution designed for art gallery environments.
Application (assembly hall) – LED lighting solution designed for assembly hall environments.
Application (attic) – LED lighting solution designed for attic environments.
Application (auditorium) – LED lighting solution designed for auditorium environments.
Application (auto repair shop) – LED lighting solution designed for auto repair shop environments.
Application (baggage claim) – LED lighting solution designed for baggage claim environments.
Application (bakery) – LED lighting solution designed for bakery environments.
Application (balcony) – LED lighting solution designed for balcony environments.
Application (bank branch) – LED lighting solution designed for bank branch environments.
Application (banquet hall) – LED lighting solution designed for banquet hall environments.
Application (bar) – LED lighting solution designed for bar environments.
Application (barbershop) – LED lighting solution designed for barbershop environments.
Application (barn) – LED lighting solution designed for barn environments.
Application (basement) – LED lighting solution designed for basement environments.
Application (bathroom (commercial)) – LED lighting solution designed for bathroom (commercial) environments.
Application (bathroom (residential)) – LED lighting solution designed for bathroom (residential) environments.
Application (beach bar) – LED lighting solution designed for beach bar environments.
Application (beauty salon) – LED lighting solution designed for beauty salon environments.
Application (bedroom) – LED lighting solution designed for bedroom environments.
Application (bicycle path) – LED lighting solution designed for bicycle path environments.
Application (billiard room) – LED lighting solution designed for billiard room environments.
Application (boardroom) – LED lighting solution designed for boardroom environments.
Application (boat cabin) – LED lighting solution designed for boat cabin environments.
Application (boat deck) – LED lighting solution designed for boat deck environments.
Application (boiler room) – LED lighting solution designed for boiler room environments.
Application (bookshop) – LED lighting solution designed for bookshop environments.
Application (botanical garden) – LED lighting solution designed for botanical garden environments.
Application (boutique) – LED lighting solution designed for boutique environments.
Application (bowling alley) – LED lighting solution designed for bowling alley environments.
Application (brewery) – LED lighting solution designed for brewery environments.
Application (bridge (pedestrian)) – LED lighting solution designed for bridge (pedestrian) environments.
Application (bus shelter) – LED lighting solution designed for bus shelter environments.
Application (bus station) – LED lighting solution designed for bus station environments.
Application (butcher shop) – LED lighting solution designed for butcher shop environments.
Application (cafe) – LED lighting solution designed for cafe environments.
Application (cafeteria) – LED lighting solution designed for cafeteria environments.
Application (campsite) – LED lighting solution designed for campsite environments.
Application (canteen) – LED lighting solution designed for canteen environments.
Application (car dealership) – LED lighting solution designed for car dealership environments.
Application (car park (indoor)) – LED lighting solution designed for car park (indoor) environments.
Application (car park (outdoor)) – LED lighting solution designed for car park (outdoor) environments.
Application (car wash) – LED lighting solution designed for car wash environments.
Application (casino) – LED lighting solution designed for casino environments.
Application (cathedral) – LED lighting solution designed for cathedral environments.
Application (cellar) – LED lighting solution designed for cellar environments.
Application (cemetery) – LED lighting solution designed for cemetery environments.
Application (changing room) – LED lighting solution designed for changing room environments.
Application (chapel) – LED lighting solution designed for chapel environments.
Application (cheese ageing room) – LED lighting solution designed for cheese ageing room environments.
Application (chemical plant) – LED lighting solution designed for chemical plant environments.
Application (children playground) – LED lighting solution designed for children playground environments.
Application (church) – LED lighting solution designed for church environments.
Application (cinema foyer) – LED lighting solution designed for cinema foyer environments.
Application (cinema screen) – LED lighting solution designed for cinema screen environments.
Application (clean room ISO 5) – LED lighting solution designed for clean room ISO 5 environments.
Application (clean room ISO 7) – LED lighting solution designed for clean room ISO 7 environments.
Application (cloakroom) – LED lighting solution designed for cloakroom environments.
Application (clock tower) – LED lighting solution designed for clock tower environments.
Application (closet) – LED lighting solution designed for closet environments.
Application (club) – LED lighting solution designed for club environments.
Application (coaching inn) – LED lighting solution designed for coaching inn environments.
Application (cold storage) – LED lighting solution designed for cold storage environments.
Application (colonnade) – LED lighting solution designed for colonnade environments.
Application (commercial kitchen) – LED lighting solution designed for commercial kitchen environments.
Application (commercial) – LED installation in retail, showroom, office and hospitality spaces.
Application (community centre) – LED lighting solution designed for community centre environments.
Application (computer room) – LED lighting solution designed for computer room environments.
Application (concert hall) – LED lighting solution designed for concert hall environments.
Application (conference room) – LED lighting solution designed for conference room environments.
Application (conservatory) – LED lighting solution designed for conservatory environments.
Application (construction site) – LED lighting solution designed for construction site environments.
Application (control room) – LED lighting solution designed for control room environments.
Application (convenience store) – LED lighting solution designed for convenience store environments.
Application (corridor (commercial)) – LED lighting solution designed for corridor (commercial) environments.
Application (corridor (hospital)) – LED lighting solution designed for corridor (hospital) environments.
Application (corridor (hotel)) – LED lighting solution designed for corridor (hotel) environments.
Application (corridor (residential)) – LED lighting solution designed for corridor (residential) environments.
Application (corridor (school)) – LED lighting solution designed for corridor (school) environments.
Application (courtyard) – LED lighting solution designed for courtyard environments.
Application (covered market) – LED lighting solution designed for covered market environments.
Application (covered walkway) – LED lighting solution designed for covered walkway environments.
Application (craft workshop) – LED lighting solution designed for craft workshop environments.
Application (crematorium) – LED lighting solution designed for crematorium environments.
Application (cruise ship cabin) – LED lighting solution designed for cruise ship cabin environments.
Application (cruise ship deck) – LED lighting solution designed for cruise ship deck environments.
Application (cycle lane) – LED lighting solution designed for cycle lane environments.
Application (dairy farm) – LED lighting solution designed for dairy farm environments.
Application (dance floor) – LED lighting solution designed for dance floor environments.
Application (dance studio) – LED lighting solution designed for dance studio environments.
Application (data centre) – LED lighting solution designed for data centre environments.
Application (delicatessen) – LED lighting solution designed for delicatessen environments.
Application (dental surgery) – LED lighting solution designed for dental surgery environments.
Application (department store) – LED lighting solution designed for department store environments.
Application (departure lounge) – LED lighting solution designed for departure lounge environments.
Application (depot) – LED lighting solution designed for depot environments.
Application (design studio) – LED lighting solution designed for design studio environments.
Application (dining room) – LED lighting solution designed for dining room environments.
Application (disco) – LED lighting solution designed for disco environments.
Application (dispensary) – LED lighting solution designed for dispensary environments.
Application (display cabinet) – LED lighting solution designed for display cabinet environments.
Application (dock) – LED lighting solution designed for dock environments.
Application (dormitory) – LED lighting solution designed for dormitory environments.
Application (dressing room) – LED lighting solution designed for dressing room environments.
Application (drive-through) – LED lighting solution designed for drive-through environments.
Application (dry cleaner) – LED lighting solution designed for dry cleaner environments.
Application (editing suite) – LED lighting solution designed for editing suite environments.
Application (electric vehicle charger) – LED lighting solution designed for electric vehicle charger environments.
Application (elevator cab) – LED lighting solution designed for elevator cab environments.
Application (elevator lobby) – LED lighting solution designed for elevator lobby environments.
Application (emergency exit) – LED lighting solution designed for emergency exit environments.
Application (engine room) – LED lighting solution designed for engine room environments.
Application (entrance canopy) – LED lighting solution designed for entrance canopy environments.
Application (entrance hall) – LED lighting solution designed for entrance hall environments.
Application (escalator) – LED lighting solution designed for escalator environments.
Application (event tent) – LED lighting solution designed for event tent environments.
Application (examination room) – LED lighting solution designed for examination room environments.
Application (exchange trading floor) – LED lighting solution designed for exchange trading floor environments.
Application (exhibition hall) – LED lighting solution designed for exhibition hall environments.
Application (exterior) – LED lighting for gardens, façades, terraces and outdoor public spaces.
Application (eye clinic) – LED lighting solution designed for eye clinic environments.
Application (factory assembly line) – LED lighting solution designed for factory assembly line environments.
Application (factory clean area) – LED lighting solution designed for factory clean area environments.
Application (factory loading bay) – LED lighting solution designed for factory loading bay environments.
Application (farm building) – LED lighting solution designed for farm building environments.
Application (fashion boutique) – LED lighting solution designed for fashion boutique environments.
Application (fast food outlet) – LED lighting solution designed for fast food outlet environments.
Application (ferry terminal) – LED lighting solution designed for ferry terminal environments.
Application (filing room) – LED lighting solution designed for filing room environments.
Application (fire escape) – LED lighting solution designed for fire escape environments.
Application (fire station) – LED lighting solution designed for fire station environments.
Application (fish market) – LED lighting solution designed for fish market environments.
Application (fitness centre) – LED lighting solution designed for fitness centre environments.
Application (fitting room) – LED lighting solution designed for fitting room environments.
Application (flight of stairs) – LED lighting solution designed for flight of stairs environments.
Application (florist) – LED lighting solution designed for florist environments.
Application (food court) – LED lighting solution designed for food court environments.
Application (food processing hall) – LED lighting solution designed for food processing hall environments.
Application (football pitch) – LED lighting solution designed for football pitch environments.
Application (forecourt) – LED lighting solution designed for forecourt environments.
Application (foyer) – LED lighting solution designed for foyer environments.
Application (freezer room) – LED lighting solution designed for freezer room environments.
Application (fruit market) – LED lighting solution designed for fruit market environments.
Application (fuel station) – LED lighting solution designed for fuel station environments.
Application (funeral parlour) – LED lighting solution designed for funeral parlour environments.
Application (furniture showroom) – LED lighting solution designed for furniture showroom environments.
Application (gallery (art)) – LED lighting solution designed for gallery (art) environments.
Application (gallery (corridor)) – LED lighting solution designed for gallery (corridor) environments.
Application (gaming room) – LED lighting solution designed for gaming room environments.
Application (garage (commercial)) – LED lighting solution designed for garage (commercial) environments.
Application (garage (residential)) – LED lighting solution designed for garage (residential) environments.
Application (garden path) – LED lighting solution designed for garden path environments.
Application (garden) – LED lighting solution designed for garden environments.
Application (gate house) – LED lighting solution designed for gate house environments.
Application (gazebo) – LED lighting solution designed for gazebo environments.
Application (gemological lab) – LED lighting solution designed for gemological lab environments.
Application (gift shop) – LED lighting solution designed for gift shop environments.
Application (glasshouse) – LED lighting solution designed for glasshouse environments.
Application (go-kart track) – LED lighting solution designed for go-kart track environments.
Application (golf clubhouse) – LED lighting solution designed for golf clubhouse environments.
Application (grain silo) – LED lighting solution designed for grain silo environments.
Application (greenhouse) – LED lighting solution designed for greenhouse environments.
Application (grocery store) – LED lighting solution designed for grocery store environments.
Application (guest house) – LED lighting solution designed for guest house environments.
Application (guest room) – LED lighting solution designed for guest room environments.
Application (gymnasium) – LED lighting solution designed for gymnasium environments.
Application (hairdresser) – LED lighting solution designed for hairdresser environments.
Application (hallway) – LED lighting solution designed for hallway environments.
Application (handball court) – LED lighting solution designed for handball court environments.
Application (hangar) – LED lighting solution designed for hangar environments.
Application (harbour) – LED lighting solution designed for harbour environments.
Application (hardware store) – LED lighting solution designed for hardware store environments.
Application (health spa) – LED lighting solution designed for health spa environments.
Application (healthcare) – LED solutions for hospitals, clinics and care facilities with strict hygiene norms.
Application (helipad) – LED lighting solution designed for helipad environments.
Application (heritage building) – LED lighting solution designed for heritage building environments.
Application (high-bay warehouse) – LED lighting solution designed for high-bay warehouse environments.
Application (home cinema) – LED lighting solution designed for home cinema environments.
Application (home office) – LED lighting solution designed for home office environments.
Application (home studio) – LED lighting solution designed for home studio environments.
Application (horticultural) – LED grow lights with tuned spectra for plant growth.
Application (hospice) – LED lighting solution designed for hospice environments.
Application (hospital corridor) – LED lighting solution designed for hospital corridor environments.
Application (hospital ICU) – LED lighting solution designed for hospital ICU environments.
Application (hospital operating theatre) – LED lighting solution designed for hospital operating theatre environments.
Application (hospital patient room) – LED lighting solution designed for hospital patient room environments.
Application (hospital waiting area) – LED lighting solution designed for hospital waiting area environments.
Application (hospitality) – LED lighting for hotels, restaurants, bars and leisure venues.
Application (hostage negotiation room) – LED lighting solution designed for hostage negotiation room environments.
Application (hotel bathroom) – LED lighting solution designed for hotel bathroom environments.
Application (hotel bedroom) – LED lighting solution designed for hotel bedroom environments.
Application (hotel corridor) – LED lighting solution designed for hotel corridor environments.
Application (hotel gym) – LED lighting solution designed for hotel gym environments.
Application (hotel lobby) – LED lighting solution designed for hotel lobby environments.
Application (hotel lounge) – LED lighting solution designed for hotel lounge environments.
Application (hotel restaurant) – LED lighting solution designed for hotel restaurant environments.
Application (hotel spa) – LED lighting solution designed for hotel spa environments.
Application (ice rink) – LED lighting solution designed for ice rink environments.
Application (incubator room) – LED lighting solution designed for incubator room environments.
Application (indoor climbing wall) – LED lighting solution designed for indoor climbing wall environments.
Application (indoor garden) – LED lighting solution designed for indoor garden environments.
Application (indoor pool) – LED lighting solution designed for indoor pool environments.
Application (industrial kitchen) – LED lighting solution designed for industrial kitchen environments.
Application (industrial workshop) – LED lighting solution designed for industrial workshop environments.
Application (industrial) – LED lighting for factories, warehouses and heavy-duty environments.
Application (infinity pool) – LED lighting solution designed for infinity pool environments.
Application (information desk) – LED lighting solution designed for information desk environments.
Application (inspection bay) – LED lighting solution designed for inspection bay environments.
Application (interview room) – LED lighting solution designed for interview room environments.
Application (irrigation channel) – LED lighting solution designed for irrigation channel environments.
Application (IT server room) – LED lighting solution designed for IT server room environments.
Application (jail cell) – LED lighting solution designed for jail cell environments.
Application (jewellery shop) – LED lighting solution designed for jewellery shop environments.
Application (juice bar) – LED lighting solution designed for juice bar environments.
Application (karaoke room) – LED lighting solution designed for karaoke room environments.
Application (kennel) – LED lighting solution designed for kennel environments.
Application (kindergarten) – LED lighting solution designed for kindergarten environments.
Application (kiosk) – LED lighting solution designed for kiosk environments.
Application (kitchen (domestic)) – LED lighting solution designed for kitchen (domestic) environments.
Application (kitchen island) – LED lighting solution designed for kitchen island environments.
Application (laboratory (chemical)) – LED lighting solution designed for laboratory (chemical) environments.
Application (laboratory (electronics)) – LED lighting solution designed for laboratory (electronics) environments.
Application (laboratory (medical)) – LED lighting solution designed for laboratory (medical) environments.
Application (laboratory (research)) – LED lighting solution designed for laboratory (research) environments.
Application (landing) – LED lighting solution designed for landing environments.
Application (landscape garden) – LED lighting solution designed for landscape garden environments.
Application (landscape) – LED lighting for gardens, parks and green spaces.
Application (laser tag arena) – LED lighting solution designed for laser tag arena environments.
Application (laundromat) – LED lighting solution designed for laundromat environments.
Application (laundry room) – LED lighting solution designed for laundry room environments.
Application (lecture hall) – LED lighting solution designed for lecture hall environments.
Application (library (academic)) – LED lighting solution designed for library (academic) environments.
Application (library (public)) – LED lighting solution designed for library (public) environments.
Application (lift lobby) – LED lighting solution designed for lift lobby environments.
Application (linen room) – LED lighting solution designed for linen room environments.
Application (loading dock) – LED lighting solution designed for loading dock environments.
Application (lobby (commercial)) – LED lighting solution designed for lobby (commercial) environments.
Application (lobby (residential)) – LED lighting solution designed for lobby (residential) environments.
Application (locker room) – LED lighting solution designed for locker room environments.
Application (loft apartment) – LED lighting solution designed for loft apartment environments.
Application (loft conversion) – LED lighting solution designed for loft conversion environments.
Application (loggia) – LED lighting solution designed for loggia environments.
Application (lounge) – LED lighting solution designed for lounge environments.
Application (machine room) – LED lighting solution designed for machine room environments.
Application (mail room) – LED lighting solution designed for mail room environments.
Application (marina berth) – LED lighting solution designed for marina berth environments.
Application (marine) – Corrosion-resistant LED lighting for boats, docks and marine structures.
Application (market hall) – LED lighting solution designed for market hall environments.
Application (market stall) – LED lighting solution designed for market stall environments.
Application (massage room) – LED lighting solution designed for massage room environments.
Application (mausoleum) – LED lighting solution designed for mausoleum environments.
Application (meat processing plant) – LED lighting solution designed for meat processing plant environments.
Application (media room) – LED lighting solution designed for media room environments.
Application (medical examination room) – LED lighting solution designed for medical examination room environments.
Application (meeting room) – LED lighting solution designed for meeting room environments.
Application (memorial garden) – LED lighting solution designed for memorial garden environments.
Application (metro platform) – LED lighting solution designed for metro platform environments.
Application (metro station concourse) – LED lighting solution designed for metro station concourse environments.
Application (mill) – LED lighting solution designed for mill environments.
Application (minibar niche) – LED lighting solution designed for minibar niche environments.
Application (monastery) – LED lighting solution designed for monastery environments.
Application (monument) – LED lighting solution designed for monument environments.
Application (mortuary) – LED lighting solution designed for mortuary environments.
Application (mosque) – LED lighting solution designed for mosque environments.
Application (motel room) – LED lighting solution designed for motel room environments.
Application (motor workshop) – LED lighting solution designed for motor workshop environments.
Application (multi-purpose hall) – LED lighting solution designed for multi-purpose hall environments.
Application (museum archive) – LED lighting solution designed for museum archive environments.
Application (museum gallery) – LED lighting solution designed for museum gallery environments.
Application (museum) – High-CRI, low-UV/IR LED lighting for artwork conservation.
Application (music practice room) – LED lighting solution designed for music practice room environments.
Application (music studio) – LED lighting solution designed for music studio environments.
Application (nail salon) – LED lighting solution designed for nail salon environments.
Application (neonatal unit) – LED lighting solution designed for neonatal unit environments.
Application (newsroom) – LED lighting solution designed for newsroom environments.
Application (night club) – LED lighting solution designed for night club environments.
Application (nursery (children)) – LED lighting solution designed for nursery (children) environments.
Application (nursery (plant)) – LED lighting solution designed for nursery (plant) environments.
Application (nursing home bedroom) – LED lighting solution designed for nursing home bedroom environments.
Application (nursing home corridor) – LED lighting solution designed for nursing home corridor environments.
Application (observatory) – LED lighting solution designed for observatory environments.
Application (office (cellular)) – LED lighting solution designed for office (cellular) environments.
Application (office (executive)) – LED lighting solution designed for office (executive) environments.
Application (office (open plan)) – LED lighting solution designed for office (open plan) environments.
Application (operating theatre) – LED lighting solution designed for operating theatre environments.
Application (optical shop) – LED lighting solution designed for optical shop environments.
Application (orangery) – LED lighting solution designed for orangery environments.
Application (orchard) – LED lighting solution designed for orchard environments.
Application (outdoor café) – LED lighting solution designed for outdoor café environments.
Application (outdoor dining terrace) – LED lighting solution designed for outdoor dining terrace environments.
Application (outdoor pool) – LED lighting solution designed for outdoor pool environments.
Application (outdoor sports court) – LED lighting solution designed for outdoor sports court environments.
Application (paint booth) – LED lighting solution designed for paint booth environments.
Application (pantry) – LED lighting solution designed for pantry environments.
Application (parking ramp) – LED lighting solution designed for parking ramp environments.
Application (parlour) – LED lighting solution designed for parlour environments.
Application (passageway) – LED lighting solution designed for passageway environments.
Application (patio) – LED lighting solution designed for patio environments.
Application (pavilion) – LED lighting solution designed for pavilion environments.
Application (pedestrian bridge) – LED lighting solution designed for pedestrian bridge environments.
Application (pedestrian tunnel) – LED lighting solution designed for pedestrian tunnel environments.
Application (penthouse) – LED lighting solution designed for penthouse environments.
Application (pergola) – LED lighting solution designed for pergola environments.
Application (pet shop) – LED lighting solution designed for pet shop environments.
Application (petrol station forecourt) – LED lighting solution designed for petrol station forecourt environments.
Application (pharmacy) – LED lighting solution designed for pharmacy environments.
Application (photo studio) – LED lighting solution designed for photo studio environments.
Application (piano bar) – LED lighting solution designed for piano bar environments.
Application (pier) – LED lighting solution designed for pier environments.
Application (pilates studio) – LED lighting solution designed for pilates studio environments.
Application (pizza oven area) – LED lighting solution designed for pizza oven area environments.
Application (planetarium) – LED lighting solution designed for planetarium environments.
Application (plant nursery (retail)) – LED lighting solution designed for plant nursery (retail) environments.
Application (platform (train)) – LED lighting solution designed for platform (train) environments.
Application (playground (indoor)) – LED lighting solution designed for playground (indoor) environments.
Application (playground (outdoor)) – LED lighting solution designed for playground (outdoor) environments.
Application (plaza) – LED lighting solution designed for plaza environments.
Application (police interview room) – LED lighting solution designed for police interview room environments.
Application (police station) – LED lighting solution designed for police station environments.
Application (pool bar) – LED lighting solution designed for pool bar environments.
Application (pool house) – LED lighting solution designed for pool house environments.
Application (porch) – LED lighting solution designed for porch environments.
Application (portrait studio) – LED lighting solution designed for portrait studio environments.
Application (post office) – LED lighting solution designed for post office environments.
Application (potting shed) – LED lighting solution designed for potting shed environments.
Application (poultry house) – LED lighting solution designed for poultry house environments.
Application (powder room) – LED lighting solution designed for powder room environments.
Application (power plant control room) – LED lighting solution designed for power plant control room environments.
Application (prayer room) – LED lighting solution designed for prayer room environments.
Application (pre-school) – LED lighting solution designed for pre-school environments.
Application (print room) – LED lighting solution designed for print room environments.
Application (prison cell) – LED lighting solution designed for prison cell environments.
Application (prison corridor) – LED lighting solution designed for prison corridor environments.
Application (produce market) – LED lighting solution designed for produce market environments.
Application (projection room) – LED lighting solution designed for projection room environments.
Application (pub) – LED lighting solution designed for pub environments.
Application (public toilet) – LED lighting solution designed for public toilet environments.
Application (pump room) – LED lighting solution designed for pump room environments.
Application (quarantine room) – LED lighting solution designed for quarantine room environments.
Application (racecourse grandstand) – LED lighting solution designed for racecourse grandstand environments.
Application (racquet court) – LED lighting solution designed for racquet court environments.
Application (radio studio) – LED lighting solution designed for radio studio environments.
Application (reading nook) – LED lighting solution designed for reading nook environments.
Application (reception desk) – LED lighting solution designed for reception desk environments.
Application (recording booth) – LED lighting solution designed for recording booth environments.
Application (recycling centre) – LED lighting solution designed for recycling centre environments.
Application (refectory) – LED lighting solution designed for refectory environments.
Application (rehabilitation gym) – LED lighting solution designed for rehabilitation gym environments.
Application (religious building) – LED lighting solution designed for religious building environments.
Application (research cleanroom) – LED lighting solution designed for research cleanroom environments.
Application (residential corridor) – LED lighting solution designed for residential corridor environments.
Application (residential garage) – LED lighting solution designed for residential garage environments.
Application (residential) – Domestic LED systems for functional and decorative illumination.
Application (restaurant dining) – LED lighting solution designed for restaurant dining environments.
Application (restaurant kitchen) – LED lighting solution designed for restaurant kitchen environments.
Application (restroom) – LED lighting solution designed for restroom environments.
Application (retail checkout) – LED lighting solution designed for retail checkout environments.
Application (retail fitting room) – LED lighting solution designed for retail fitting room environments.
Application (retail stockroom) – LED lighting solution designed for retail stockroom environments.
Application (retail) – LED lighting for shops, focused on merchandise presentation.
Application (retirement home) – LED lighting solution designed for retirement home environments.
Application (rooftop bar) – LED lighting solution designed for rooftop bar environments.
Application (rooftop garden) – LED lighting solution designed for rooftop garden environments.
Application (rooftop terrace) – LED lighting solution designed for rooftop terrace environments.
Application (rope-access area) – LED lighting solution designed for rope-access area environments.
Application (rotunda) – LED lighting solution designed for rotunda environments.
Application (rugby pitch) – LED lighting solution designed for rugby pitch environments.
Application (running track) – LED lighting solution designed for running track environments.
Application (sacristy) – LED lighting solution designed for sacristy environments.
Application (safe room) – LED lighting solution designed for safe room environments.
Application (salon) – LED lighting solution designed for salon environments.
Application (sample room) – LED lighting solution designed for sample room environments.
Application (sanctuary) – LED lighting solution designed for sanctuary environments.
Application (sauna (dry)) – LED lighting solution designed for sauna (dry) environments.
Application (sauna (steam)) – LED lighting solution designed for sauna (steam) environments.
Application (school art room) – LED lighting solution designed for school art room environments.
Application (school canteen) – LED lighting solution designed for school canteen environments.
Application (school classroom) – LED lighting solution designed for school classroom environments.
Application (school corridor) – LED lighting solution designed for school corridor environments.
Application (school gymnasium) – LED lighting solution designed for school gymnasium environments.
Application (school hall) – LED lighting solution designed for school hall environments.
Application (school laboratory) – LED lighting solution designed for school laboratory environments.
Application (school library) – LED lighting solution designed for school library environments.
Application (school reception) – LED lighting solution designed for school reception environments.
Application (school toilet) – LED lighting solution designed for school toilet environments.
Application (sculpture garden) – LED lighting solution designed for sculpture garden environments.
Application (security checkpoint) – LED lighting solution designed for security checkpoint environments.
Application (security control room) – LED lighting solution designed for security control room environments.
Application (self-storage unit) – LED lighting solution designed for self-storage unit environments.
Application (seminar room) – LED lighting solution designed for seminar room environments.
Application (server farm) – LED lighting solution designed for server farm environments.
Application (service corridor) – LED lighting solution designed for service corridor environments.
Application (shed) – LED lighting solution designed for shed environments.
Application (shelter (bus)) – LED lighting solution designed for shelter (bus) environments.
Application (ship bridge) – LED lighting solution designed for ship bridge environments.
Application (ship cabin) – LED lighting solution designed for ship cabin environments.
Application (ship engine room) – LED lighting solution designed for ship engine room environments.
Application (shoe shop) – LED lighting solution designed for shoe shop environments.
Application (shooting range) – LED lighting solution designed for shooting range environments.
Application (shop window) – LED lighting solution designed for shop window environments.
Application (shopping arcade) – LED lighting solution designed for shopping arcade environments.
Application (shopping centre atrium) – LED lighting solution designed for shopping centre atrium environments.
Application (shower room) – LED lighting solution designed for shower room environments.
Application (showroom (bathroom)) – LED lighting solution designed for showroom (bathroom) environments.
Application (showroom (car)) – LED lighting solution designed for showroom (car) environments.
Application (showroom (furniture)) – LED lighting solution designed for showroom (furniture) environments.
Application (showroom (kitchen)) – LED lighting solution designed for showroom (kitchen) environments.
Application (showroom (lighting)) – LED lighting solution designed for showroom (lighting) environments.
Application (showroom (tile)) – LED lighting solution designed for showroom (tile) environments.
Application (sidewalk) – LED lighting solution designed for sidewalk environments.
Application (signage) – LED backlighting and edge-lighting for commercial signage and wayfinding.
Application (silo) – LED lighting solution designed for silo environments.
Application (skating rink) – LED lighting solution designed for skating rink environments.
Application (ski lodge) – LED lighting solution designed for ski lodge environments.
Application (skylight well) – LED lighting solution designed for skylight well environments.
Application (smoking shelter) – LED lighting solution designed for smoking shelter environments.
Application (snack bar) – LED lighting solution designed for snack bar environments.
Application (solarium) – LED lighting solution designed for solarium environments.
Application (sound stage) – LED lighting solution designed for sound stage environments.
Application (spa treatment room) – LED lighting solution designed for spa treatment room environments.
Application (spine corridor) – LED lighting solution designed for spine corridor environments.
Application (sports arena) – LED lighting solution designed for sports arena environments.
Application (sports hall) – LED lighting solution designed for sports hall environments.
Application (sports) – High-output LED floodlights for stadiums and sports facilities.
Application (squash court) – LED lighting solution designed for squash court environments.
Application (stable) – LED lighting solution designed for stable environments.
Application (stadium bowl) – LED lighting solution designed for stadium bowl environments.
Application (stadium concourse) – LED lighting solution designed for stadium concourse environments.
Application (staff break room) – LED lighting solution designed for staff break room environments.
Application (stage (theatre)) – LED lighting solution designed for stage (theatre) environments.
Application (staircase (feature)) – LED lighting solution designed for staircase (feature) environments.
Application (staircase (service)) – LED lighting solution designed for staircase (service) environments.
Application (stairwell) – LED lighting solution designed for stairwell environments.
Application (steam room) – LED lighting solution designed for steam room environments.
Application (stock exchange floor) – LED lighting solution designed for stock exchange floor environments.
Application (stockroom) – LED lighting solution designed for stockroom environments.
Application (storage cage) – LED lighting solution designed for storage cage environments.
Application (storage room) – LED lighting solution designed for storage room environments.
Application (street (residential)) – LED lighting solution designed for street (residential) environments.
Application (street (urban)) – LED lighting solution designed for street (urban) environments.
Application (studio apartment) – LED lighting solution designed for studio apartment environments.
Application (study) – LED lighting solution designed for study environments.
Application (subway passage) – LED lighting solution designed for subway passage environments.
Application (suite (hotel)) – LED lighting solution designed for suite (hotel) environments.
Application (sunroom) – LED lighting solution designed for sunroom environments.
Application (supermarket aisle) – LED lighting solution designed for supermarket aisle environments.
Application (supermarket checkout) – LED lighting solution designed for supermarket checkout environments.
Application (supermarket produce section) – LED lighting solution designed for supermarket produce section environments.
Application (surgery (dental)) – LED lighting solution designed for surgery (dental) environments.
Application (surgery (medical)) – LED lighting solution designed for surgery (medical) environments.
Application (swimming pool (indoor)) – LED lighting solution designed for swimming pool (indoor) environments.
Application (swimming pool (outdoor)) – LED lighting solution designed for swimming pool (outdoor) environments.
Application (synagogue) – LED lighting solution designed for synagogue environments.
Application (tanning booth) – LED lighting solution designed for tanning booth environments.
Application (tapas bar) – LED lighting solution designed for tapas bar environments.
Application (tea room) – LED lighting solution designed for tea room environments.
Application (telephone room) – LED lighting solution designed for telephone room environments.
Application (temple) – LED lighting solution designed for temple environments.
Application (tennis court) – LED lighting solution designed for tennis court environments.
Application (terrace (covered)) – LED lighting solution designed for terrace (covered) environments.
Application (terrace (open)) – LED lighting solution designed for terrace (open) environments.
Application (testing laboratory) – LED lighting solution designed for testing laboratory environments.
Application (textile mill) – LED lighting solution designed for textile mill environments.
Application (theatre auditorium) – LED lighting solution designed for theatre auditorium environments.
Application (theatre backstage) – LED lighting solution designed for theatre backstage environments.
Application (theatre foyer) – LED lighting solution designed for theatre foyer environments.
Application (ticket office) – LED lighting solution designed for ticket office environments.
Application (timber yard) – LED lighting solution designed for timber yard environments.
Application (toilet (commercial)) – LED lighting solution designed for toilet (commercial) environments.
Application (toilet (residential)) – LED lighting solution designed for toilet (residential) environments.
Application (toll booth) – LED lighting solution designed for toll booth environments.
Application (tool crib) – LED lighting solution designed for tool crib environments.
Application (tower viewing platform) – LED lighting solution designed for tower viewing platform environments.
Application (townhouse entrance) – LED lighting solution designed for townhouse entrance environments.
Application (toy shop) – LED lighting solution designed for toy shop environments.
Application (track (athletics)) – LED lighting solution designed for track (athletics) environments.
Application (trade counter) – LED lighting solution designed for trade counter environments.
Application (trading floor) – LED lighting solution designed for trading floor environments.
Application (train carriage) – LED lighting solution designed for train carriage environments.
Application (train platform) – LED lighting solution designed for train platform environments.
Application (train station concourse) – LED lighting solution designed for train station concourse environments.
Application (tram stop) – LED lighting solution designed for tram stop environments.
Application (transport) – LED lighting for tunnels, stations, airports and transit areas.
Application (treatment room (medical)) – LED lighting solution designed for treatment room (medical) environments.
Application (treatment room (spa)) – LED lighting solution designed for treatment room (spa) environments.
Application (tree-lined avenue) – LED lighting solution designed for tree-lined avenue environments.
Application (trophy room) – LED lighting solution designed for trophy room environments.
Application (truck loading bay) – LED lighting solution designed for truck loading bay environments.
Application (tunnel (pedestrian)) – LED lighting solution designed for tunnel (pedestrian) environments.
Application (tunnel (road)) – LED lighting solution designed for tunnel (road) environments.
Application (TV broadcasting studio) – LED lighting solution designed for TV broadcasting studio environments.
Application (underground car park) – LED lighting solution designed for underground car park environments.
Application (underground passage) – LED lighting solution designed for underground passage environments.
Application (university atrium) – LED lighting solution designed for university atrium environments.
Application (university lecture hall) – LED lighting solution designed for university lecture hall environments.
Application (university library) – LED lighting solution designed for university library environments.
Application (utility room) – LED lighting solution designed for utility room environments.
Application (UV curing room) – LED lighting solution designed for UV curing room environments.
Application (van interior) – LED lighting solution designed for van interior environments.
Application (vault (bank)) – LED lighting solution designed for vault (bank) environments.
Application (vault (wine)) – LED lighting solution designed for vault (wine) environments.
Application (vegetable shop) – LED lighting solution designed for vegetable shop environments.
Application (vending area) – LED lighting solution designed for vending area environments.
Application (veranda) – LED lighting solution designed for veranda environments.
Application (vestibule) – LED lighting solution designed for vestibule environments.
Application (veterinary clinic) – LED lighting solution designed for veterinary clinic environments.
Application (video conferencing room) – LED lighting solution designed for video conferencing room environments.
Application (villa terrace) – LED lighting solution designed for villa terrace environments.
Application (vineyard) – LED lighting solution designed for vineyard environments.
Application (VIP lounge) – LED lighting solution designed for VIP lounge environments.
Application (visitor centre) – LED lighting solution designed for visitor centre environments.
Application (volleyball court) – LED lighting solution designed for volleyball court environments.
Application (waiting room (dentist)) – LED lighting solution designed for waiting room (dentist) environments.
Application (waiting room (doctor)) – LED lighting solution designed for waiting room (doctor) environments.
Application (waiting room (station)) – LED lighting solution designed for waiting room (station) environments.
Application (walk-in fridge) – LED lighting solution designed for walk-in fridge environments.
Application (walk-in wardrobe) – LED lighting solution designed for walk-in wardrobe environments.
Application (walkway (covered)) – LED lighting solution designed for walkway (covered) environments.
Application (walkway (open)) – LED lighting solution designed for walkway (open) environments.
Application (warehouse (ambient)) – LED lighting solution designed for warehouse (ambient) environments.
Application (warehouse (cold)) – LED lighting solution designed for warehouse (cold) environments.
Application (warehouse (high-bay)) – LED lighting solution designed for warehouse (high-bay) environments.
Application (washroom) – LED lighting solution designed for washroom environments.
Application (watch shop) – LED lighting solution designed for watch shop environments.
Application (water feature) – LED lighting solution designed for water feature environments.
Application (waterfront promenade) – LED lighting solution designed for waterfront promenade environments.
Application (wedding marquee) – LED lighting solution designed for wedding marquee environments.
Application (wedding venue) – LED lighting solution designed for wedding venue environments.
Application (wellness / spa) – LED solutions for spas and wellness centres with dynamic colour scenes.
Application (wellness centre) – LED lighting solution designed for wellness centre environments.
Application (wet room) – LED lighting solution designed for wet room environments.
Application (wine bar) – LED lighting solution designed for wine bar environments.
Application (winery cellar) – LED lighting solution designed for winery cellar environments.
Application (winery tasting room) – LED lighting solution designed for winery tasting room environments.
Application (winter garden) – LED lighting solution designed for winter garden environments.
Application (woodwork shop) – LED lighting solution designed for woodwork shop environments.
Application (workshop (craft)) – LED lighting solution designed for workshop (craft) environments.
Application (workshop (industrial)) – LED lighting solution designed for workshop (industrial) environments.
Application (worship hall) – LED lighting solution designed for worship hall environments.
Application (yacht cabin) – LED lighting solution designed for yacht cabin environments.
Application (yacht deck) – LED lighting solution designed for yacht deck environments.
Application (yoga studio) – LED lighting solution designed for yoga studio environments.
Application (youth centre) – LED lighting solution designed for youth centre environments.
Application (zen garden) – LED lighting solution designed for zen garden environments.
Application (zoo aquarium) – LED lighting solution designed for zoo aquarium environments.
Application (zoo enclosure (indoor)) – LED lighting solution designed for zoo enclosure (indoor) environments.
Application (zoo enclosure (outdoor)) – LED lighting solution designed for zoo enclosure (outdoor) environments.
Application temperature range – Minimum and maximum ambient temperatures within which the LED system operates.
Appliqué (wall sconce) – Wall-mounted decorative luminaire providing ambient or accent light.
Arc suppressor – Component preventing electrical arcing at relay contacts switching LED loads.
Arc-shaped profile – Pre-bent aluminium profile following a constant radius for curved installations.
Architectural lighting – The art and science of using light to valorise architectural elements.
Area light – Luminaire designed to uniformly illuminate a large outdoor area.
Array (LED) – Group of LEDs mounted on a single PCB module.
Art-Net – Ethernet-based protocol for transporting DMX512 data over IP networks.
Art-Net 4 – Latest Art-Net revision supporting up to 32 768 DMX universes.
As-built drawing – Final installation drawing reflecting actual luminaire positions and wiring.
Assembly (SMT) – Surface-mount technology for placing LED components onto PCBs.
Assembly (through-hole) – Older component-mounting method with leads inserted into PCB holes.
Asymmetric distribution – Intentionally unequal light output on opposite sides of the optical axis.
Asymmetric lens film – Adhesive optical film redirecting strip output for wall-wash applications.
Atex luminaire – Explosion-proof LED luminaire certified for hazardous atmospheres.
Atmospheric corrosion – Degradation of outdoor aluminium profiles by pollutants and salt air.
Attenuation – Controlled reduction of luminous intensity through dimming.
Attenuation (fibre-optic) – Signal loss per unit length in an optical fibre, measured in dB/km.
Attenuation (signal) – Progressive loss of control-signal strength over long cables.
Attenuation (voltage drop) – Brightness decrease along a strip run caused by conductor resistance.
Audio-visual integration – Coordinating LED lighting with AV systems for unified scene control.
Auto-addressing – Automatic assignment of unique addresses to DALI luminaires during commissioning.
Auto-dimming driver – Driver that automatically reduces output in response to rising temperature.
Auto-off timer – Timer that switches lights off after a set period of inactivity.
Auto-tuning – Driver or controller feature that self-calibrates to the connected LED load.
Automatic test system (ATS) – Self-testing module verifying emergency-luminaire battery and lamp function.
Automation – Automatic lighting control based on sensors, timers and programmed logic.
Autonomous emergency luminaire – Self-contained unit with battery and LEDs for emergency illumination.
Average rated life – Statistical median of useful life for a population of LEDs in hours.
AWG (American Wire Gauge) – Wire-diameter classification system used for cable sizing.
Awning lighting – LED strip or profile installed under a retractable fabric awning.
Azimuth – Horizontal angle indicating beam direction relative to north.
B
Back-channel wiring – Cables routed behind the mounting surface through the profile back channel.
Back-lit channel – Profile designed so light is emitted from behind a translucent surface.
Back-lit panel – Panel where LEDs behind a diffuser create uniform surface illumination.
Backlight – Illumination from behind a panel or translucent surface.
backlit stone technique – LED panels behind thin translucent stone slabs (onyx, alabaster) make the material glow from within, revealing its unique veining and warm natural colour.
Backplate – Mounting plate fixed to the wall before the luminaire body is attached.
Baffle – Internal deflecting element controlling light direction and reducing glare.
Baffle (black) – Dark-coloured baffle minimising internal reflections for precise cut-off.
Baffle (cone) – Conical element inside a downlight reducing spill light and glare.
Baffle (linear) – Longitudinal louvre inside a linear profile for anti-glare performance.
Balanced white – Tunable-white mode producing equal warm and cool channel output for neutral CCT.
Ballast – Historical term for a lamp control gear, now replaced by electronic LED drivers.
Ballast bypass – Rewiring a fluorescent fixture to remove the ballast when retrofitting with LED tubes.
Ballast compatibility – Ability of an LED retrofit lamp to operate on an existing fluorescent ballast.
Band-pass filter – Optical filter transmitting only a narrow range of wavelengths.
Bar (LED) – Rigid strip on an aluminium PCB, often used inside linear profiles.
Bar (rigid LED) – Non-flexible LED module on a metal base for linear and showcase applications.
Barn door – Hinged metal flap on a projector used to shape or block part of the beam.
Barrel connector – Cylindrical DC power connector (e.g. 5.5 × 2.1 mm) for LED drivers.
Barrier (optical) – Element separating light and dark zones inside a multi-source profile.
Barrier (vapour) – Seal preventing moisture migration into an IP-rated luminaire.
Base (GU10) – Bi-pin twist-lock lamp base used in many LED spotlight retrofits.
Base (lamp) – Mechanical and electrical interface of a lamp (E27, E14, GU10, G4, G9, etc.).
Base (mounting) – Bottom part of a profile that attaches to the installation surface.
Base temperature (Tb) – Temperature measured at the base of an LED module, used for thermal derating.
Battery (lithium iron phosphate) – LiFePO4 battery used in high-cycle emergency LED modules.
Battery (nickel cadmium) – NiCd battery, an older technology still found in some emergency luminaires.
Battery (nickel metal hydride) – NiMH battery used in maintained emergency LED luminaires.
Battery backup – Integral or external battery keeping LEDs lit during a power failure.
Battery duration (1 hour) – Emergency luminaire rated for 1 hour of battery-powered illumination.
Battery duration (3 hours) – Emergency luminaire rated for 3 hours of battery-powered illumination.
Bead-blast finish – Surface texture produced by blasting with fine glass beads.
Beam 100° – Optic producing a 100-degree beam angle at half-peak intensity.
Beam 101° – Optic producing a 101-degree beam angle at half-peak intensity.
Beam 102° – Optic producing a 102-degree beam angle at half-peak intensity.
Beam 103° – Optic producing a 103-degree beam angle at half-peak intensity.
Beam 104° – Optic producing a 104-degree beam angle at half-peak intensity.
Beam 105° – Optic producing a 105-degree beam angle at half-peak intensity.
Beam 106° – Optic producing a 106-degree beam angle at half-peak intensity.
Beam 107° – Optic producing a 107-degree beam angle at half-peak intensity.
Beam 108° – Optic producing a 108-degree beam angle at half-peak intensity.
Beam 109° – Optic producing a 109-degree beam angle at half-peak intensity.
Beam 10° – Optic producing a 10-degree beam angle at half-peak intensity.
Beam 110° – Optic producing a 110-degree beam angle at half-peak intensity.
Beam 111° – Optic producing a 111-degree beam angle at half-peak intensity.
Beam 112° – Optic producing a 112-degree beam angle at half-peak intensity.
Beam 113° – Optic producing a 113-degree beam angle at half-peak intensity.
Beam 114° – Optic producing a 114-degree beam angle at half-peak intensity.
Beam 115° – Optic producing a 115-degree beam angle at half-peak intensity.
Beam 116° – Optic producing a 116-degree beam angle at half-peak intensity.
Beam 117° – Optic producing a 117-degree beam angle at half-peak intensity.
Beam 118° – Optic producing a 118-degree beam angle at half-peak intensity.
Beam 119° – Optic producing a 119-degree beam angle at half-peak intensity.
Beam 11° – Optic producing a 11-degree beam angle at half-peak intensity.
Beam 120° – Optic producing a 120-degree beam angle at half-peak intensity.
Beam 121° – Optic producing a 121-degree beam angle at half-peak intensity.
Beam 122° – Optic producing a 122-degree beam angle at half-peak intensity.
Beam 123° – Optic producing a 123-degree beam angle at half-peak intensity.
Beam 124° – Optic producing a 124-degree beam angle at half-peak intensity.
Beam 125° – Optic producing a 125-degree beam angle at half-peak intensity.
Beam 126° – Optic producing a 126-degree beam angle at half-peak intensity.
Beam 127° – Optic producing a 127-degree beam angle at half-peak intensity.
Beam 128° – Optic producing a 128-degree beam angle at half-peak intensity.
Beam 129° – Optic producing a 129-degree beam angle at half-peak intensity.
Beam 12° – Optic producing a 12-degree beam angle at half-peak intensity.
Beam 130° – Optic producing a 130-degree beam angle at half-peak intensity.
Beam 131° – Optic producing a 131-degree beam angle at half-peak intensity.
Beam 132° – Optic producing a 132-degree beam angle at half-peak intensity.
Beam 133° – Optic producing a 133-degree beam angle at half-peak intensity.
Beam 134° – Optic producing a 134-degree beam angle at half-peak intensity.
Beam 135° – Optic producing a 135-degree beam angle at half-peak intensity.
Beam 136° – Optic producing a 136-degree beam angle at half-peak intensity.
Beam 137° – Optic producing a 137-degree beam angle at half-peak intensity.
Beam 138° – Optic producing a 138-degree beam angle at half-peak intensity.
Beam 139° – Optic producing a 139-degree beam angle at half-peak intensity.
Beam 13° – Optic producing a 13-degree beam angle at half-peak intensity.
Beam 140° – Optic producing a 140-degree beam angle at half-peak intensity.
Beam 141° – Optic producing a 141-degree beam angle at half-peak intensity.
Beam 142° – Optic producing a 142-degree beam angle at half-peak intensity.
Beam 143° – Optic producing a 143-degree beam angle at half-peak intensity.
Beam 144° – Optic producing a 144-degree beam angle at half-peak intensity.
Beam 145° – Optic producing a 145-degree beam angle at half-peak intensity.
Beam 146° – Optic producing a 146-degree beam angle at half-peak intensity.
Beam 147° – Optic producing a 147-degree beam angle at half-peak intensity.
Beam 148° – Optic producing a 148-degree beam angle at half-peak intensity.
Beam 149° – Optic producing a 149-degree beam angle at half-peak intensity.
Beam 14° – Optic producing a 14-degree beam angle at half-peak intensity.
Beam 150° – Optic producing a 150-degree beam angle at half-peak intensity.
Beam 151° – Optic producing a 151-degree beam angle at half-peak intensity.
Beam 152° – Optic producing a 152-degree beam angle at half-peak intensity.
Beam 153° – Optic producing a 153-degree beam angle at half-peak intensity.
Beam 154° – Optic producing a 154-degree beam angle at half-peak intensity.
Beam 155° – Optic producing a 155-degree beam angle at half-peak intensity.
Beam 156° – Optic producing a 156-degree beam angle at half-peak intensity.
Beam 157° – Optic producing a 157-degree beam angle at half-peak intensity.
Beam 158° – Optic producing a 158-degree beam angle at half-peak intensity.
Beam 159° – Optic producing a 159-degree beam angle at half-peak intensity.
Beam 15° – Optic producing a 15-degree beam angle at half-peak intensity.
Beam 160° – Optic producing a 160-degree beam angle at half-peak intensity.
Beam 161° – Optic producing a 161-degree beam angle at half-peak intensity.
Beam 162° – Optic producing a 162-degree beam angle at half-peak intensity.
Beam 163° – Optic producing a 163-degree beam angle at half-peak intensity.
Beam 164° – Optic producing a 164-degree beam angle at half-peak intensity.
Beam 165° – Optic producing a 165-degree beam angle at half-peak intensity.
Beam 166° – Optic producing a 166-degree beam angle at half-peak intensity.
Beam 167° – Optic producing a 167-degree beam angle at half-peak intensity.
Beam 168° – Optic producing a 168-degree beam angle at half-peak intensity.
Beam 169° – Optic producing a 169-degree beam angle at half-peak intensity.
Beam 16° – Optic producing a 16-degree beam angle at half-peak intensity.
Beam 170° – Optic producing a 170-degree beam angle at half-peak intensity.
Beam 171° – Optic producing a 171-degree beam angle at half-peak intensity.
Beam 172° – Optic producing a 172-degree beam angle at half-peak intensity.
Beam 173° – Optic producing a 173-degree beam angle at half-peak intensity.
Beam 174° – Optic producing a 174-degree beam angle at half-peak intensity.
Beam 175° – Optic producing a 175-degree beam angle at half-peak intensity.
Beam 176° – Optic producing a 176-degree beam angle at half-peak intensity.
Beam 177° – Optic producing a 177-degree beam angle at half-peak intensity.
Beam 178° – Optic producing a 178-degree beam angle at half-peak intensity.
Beam 179° – Optic producing a 179-degree beam angle at half-peak intensity.
Beam 17° – Optic producing a 17-degree beam angle at half-peak intensity.
Beam 180° – Optic producing a 180-degree beam angle at half-peak intensity.
Beam 18° – Optic producing a 18-degree beam angle at half-peak intensity.
Beam 19° – Optic producing a 19-degree beam angle at half-peak intensity.
Beam 1° – Optic producing a 1-degree beam angle at half-peak intensity.
Beam 20° – Optic producing a 20-degree beam angle at half-peak intensity.
Beam 21° – Optic producing a 21-degree beam angle at half-peak intensity.
Beam 22° – Optic producing a 22-degree beam angle at half-peak intensity.
Beam 23° – Optic producing a 23-degree beam angle at half-peak intensity.
Beam 24° – Optic producing a 24-degree beam angle at half-peak intensity.
Beam 25° – Optic producing a 25-degree beam angle at half-peak intensity.
Beam 26° – Optic producing a 26-degree beam angle at half-peak intensity.
Beam 27° – Optic producing a 27-degree beam angle at half-peak intensity.
Beam 28° – Optic producing a 28-degree beam angle at half-peak intensity.
Beam 29° – Optic producing a 29-degree beam angle at half-peak intensity.
Beam 2° – Optic producing a 2-degree beam angle at half-peak intensity.
Beam 30° – Optic producing a 30-degree beam angle at half-peak intensity.
Beam 31° – Optic producing a 31-degree beam angle at half-peak intensity.
Beam 32° – Optic producing a 32-degree beam angle at half-peak intensity.
Beam 33° – Optic producing a 33-degree beam angle at half-peak intensity.
Beam 34° – Optic producing a 34-degree beam angle at half-peak intensity.
Beam 35° – Optic producing a 35-degree beam angle at half-peak intensity.
Beam 36° – Optic producing a 36-degree beam angle at half-peak intensity.
Beam 37° – Optic producing a 37-degree beam angle at half-peak intensity.
Beam 38° – Optic producing a 38-degree beam angle at half-peak intensity.
Beam 39° – Optic producing a 39-degree beam angle at half-peak intensity.
Beam 3° – Optic producing a 3-degree beam angle at half-peak intensity.
Beam 40° – Optic producing a 40-degree beam angle at half-peak intensity.
Beam 41° – Optic producing a 41-degree beam angle at half-peak intensity.
Beam 42° – Optic producing a 42-degree beam angle at half-peak intensity.
Beam 43° – Optic producing a 43-degree beam angle at half-peak intensity.
Beam 44° – Optic producing a 44-degree beam angle at half-peak intensity.
Beam 45° – Optic producing a 45-degree beam angle at half-peak intensity.
Beam 46° – Optic producing a 46-degree beam angle at half-peak intensity.
Beam 47° – Optic producing a 47-degree beam angle at half-peak intensity.
Beam 48° – Optic producing a 48-degree beam angle at half-peak intensity.
Beam 49° – Optic producing a 49-degree beam angle at half-peak intensity.
Beam 4° – Optic producing a 4-degree beam angle at half-peak intensity.
Beam 50° – Optic producing a 50-degree beam angle at half-peak intensity.
Beam 51° – Optic producing a 51-degree beam angle at half-peak intensity.
Beam 52° – Optic producing a 52-degree beam angle at half-peak intensity.
Beam 53° – Optic producing a 53-degree beam angle at half-peak intensity.
Beam 54° – Optic producing a 54-degree beam angle at half-peak intensity.
Beam 55° – Optic producing a 55-degree beam angle at half-peak intensity.
Beam 56° – Optic producing a 56-degree beam angle at half-peak intensity.
Beam 57° – Optic producing a 57-degree beam angle at half-peak intensity.
Beam 58° – Optic producing a 58-degree beam angle at half-peak intensity.
Beam 59° – Optic producing a 59-degree beam angle at half-peak intensity.
Beam 5° – Optic producing a 5-degree beam angle at half-peak intensity.
Beam 60° – Optic producing a 60-degree beam angle at half-peak intensity.
Beam 61° – Optic producing a 61-degree beam angle at half-peak intensity.
Beam 62° – Optic producing a 62-degree beam angle at half-peak intensity.
Beam 63° – Optic producing a 63-degree beam angle at half-peak intensity.
Beam 64° – Optic producing a 64-degree beam angle at half-peak intensity.
Beam 65° – Optic producing a 65-degree beam angle at half-peak intensity.
Beam 66° – Optic producing a 66-degree beam angle at half-peak intensity.
Beam 67° – Optic producing a 67-degree beam angle at half-peak intensity.
Beam 68° – Optic producing a 68-degree beam angle at half-peak intensity.
Beam 69° – Optic producing a 69-degree beam angle at half-peak intensity.
Beam 6° – Optic producing a 6-degree beam angle at half-peak intensity.
Beam 70° – Optic producing a 70-degree beam angle at half-peak intensity.
Beam 71° – Optic producing a 71-degree beam angle at half-peak intensity.
Beam 72° – Optic producing a 72-degree beam angle at half-peak intensity.
Beam 73° – Optic producing a 73-degree beam angle at half-peak intensity.
Beam 74° – Optic producing a 74-degree beam angle at half-peak intensity.
Beam 75° – Optic producing a 75-degree beam angle at half-peak intensity.
Beam 76° – Optic producing a 76-degree beam angle at half-peak intensity.
Beam 77° – Optic producing a 77-degree beam angle at half-peak intensity.
Beam 78° – Optic producing a 78-degree beam angle at half-peak intensity.
Beam 79° – Optic producing a 79-degree beam angle at half-peak intensity.
Beam 7° – Optic producing a 7-degree beam angle at half-peak intensity.
Beam 80° – Optic producing a 80-degree beam angle at half-peak intensity.
Beam 81° – Optic producing a 81-degree beam angle at half-peak intensity.
Beam 82° – Optic producing a 82-degree beam angle at half-peak intensity.
Beam 83° – Optic producing a 83-degree beam angle at half-peak intensity.
Beam 84° – Optic producing a 84-degree beam angle at half-peak intensity.
Beam 85° – Optic producing a 85-degree beam angle at half-peak intensity.
Beam 86° – Optic producing a 86-degree beam angle at half-peak intensity.
Beam 87° – Optic producing a 87-degree beam angle at half-peak intensity.
Beam 88° – Optic producing a 88-degree beam angle at half-peak intensity.
Beam 89° – Optic producing a 89-degree beam angle at half-peak intensity.
Beam 8° – Optic producing a 8-degree beam angle at half-peak intensity.
Beam 90° – Optic producing a 90-degree beam angle at half-peak intensity.
Beam 91° – Optic producing a 91-degree beam angle at half-peak intensity.
Beam 92° – Optic producing a 92-degree beam angle at half-peak intensity.
Beam 93° – Optic producing a 93-degree beam angle at half-peak intensity.
Beam 94° – Optic producing a 94-degree beam angle at half-peak intensity.
Beam 95° – Optic producing a 95-degree beam angle at half-peak intensity.
Beam 96° – Optic producing a 96-degree beam angle at half-peak intensity.
Beam 97° – Optic producing a 97-degree beam angle at half-peak intensity.
Beam 98° – Optic producing a 98-degree beam angle at half-peak intensity.
Beam 99° – Optic producing a 99-degree beam angle at half-peak intensity.
Beam 9° – Optic producing a 9-degree beam angle at half-peak intensity.
Beam angle – Cone of light measured at 50 percent of peak intensity.
Beam angle 100° – Luminaire or optic with a 100-degree beam angle at half-peak intensity.
Beam angle 105° – Luminaire or optic with a 105-degree beam angle at half-peak intensity.
Beam angle 10° – Luminaire or optic with a 10-degree beam angle at half-peak intensity.
Beam angle 110° – Luminaire or optic with a 110-degree beam angle at half-peak intensity.
Beam angle 115° – Luminaire or optic with a 115-degree beam angle at half-peak intensity.
Beam angle 120° – Luminaire or optic with a 120-degree beam angle at half-peak intensity.
Beam angle 125° – Luminaire or optic with a 125-degree beam angle at half-peak intensity.
Beam angle 130° – Luminaire or optic with a 130-degree beam angle at half-peak intensity.
Beam angle 135° – Luminaire or optic with a 135-degree beam angle at half-peak intensity.
Beam angle 140° – Luminaire or optic with a 140-degree beam angle at half-peak intensity.
Beam angle 145° – Luminaire or optic with a 145-degree beam angle at half-peak intensity.
Beam angle 150° – Luminaire or optic with a 150-degree beam angle at half-peak intensity.
Beam angle 155° – Luminaire or optic with a 155-degree beam angle at half-peak intensity.
Beam angle 15° – Luminaire or optic with a 15-degree beam angle at half-peak intensity.
Beam angle 160° – Luminaire or optic with a 160-degree beam angle at half-peak intensity.
Beam angle 165° – Luminaire or optic with a 165-degree beam angle at half-peak intensity.
Beam angle 170° – Luminaire or optic with a 170-degree beam angle at half-peak intensity.
Beam angle 175° – Luminaire or optic with a 175-degree beam angle at half-peak intensity.
Beam angle 180° – Luminaire or optic with a 180-degree beam angle at half-peak intensity.
Beam angle 20° – Luminaire or optic with a 20-degree beam angle at half-peak intensity.
Beam angle 25° – Luminaire or optic with a 25-degree beam angle at half-peak intensity.
Beam angle 30° – Luminaire or optic with a 30-degree beam angle at half-peak intensity.
Beam angle 35° – Luminaire or optic with a 35-degree beam angle at half-peak intensity.
Beam angle 40° – Luminaire or optic with a 40-degree beam angle at half-peak intensity.
Beam angle 45° – Luminaire or optic with a 45-degree beam angle at half-peak intensity.
Beam angle 50° – Luminaire or optic with a 50-degree beam angle at half-peak intensity.
Beam angle 55° – Luminaire or optic with a 55-degree beam angle at half-peak intensity.
Beam angle 5° – Luminaire or optic with a 5-degree beam angle at half-peak intensity.
Beam angle 60° – Luminaire or optic with a 60-degree beam angle at half-peak intensity.
Beam angle 65° – Luminaire or optic with a 65-degree beam angle at half-peak intensity.
Beam angle 70° – Luminaire or optic with a 70-degree beam angle at half-peak intensity.
Beam angle 75° – Luminaire or optic with a 75-degree beam angle at half-peak intensity.
Beam angle 80° – Luminaire or optic with a 80-degree beam angle at half-peak intensity.
Beam angle 85° – Luminaire or optic with a 85-degree beam angle at half-peak intensity.
Beam angle 90° – Luminaire or optic with a 90-degree beam angle at half-peak intensity.
Beam angle 95° – Luminaire or optic with a 95-degree beam angle at half-peak intensity.
Beam pattern – Shape of the illuminated area on a target surface (round, oval, rectangular).
Beam shaping – Optical technique modifying the form of the light distribution.
Beam spread – Divergence of the light cone as it travels away from the source.
Bearing capacity – Maximum mechanical load a floor-recessed profile cover can withstand.
Bench test – Laboratory verification of LED-driver or strip performance before installation.
Bench-top power supply – Adjustable laboratory PSU for testing and prototyping LED circuits.
Bend radius (minimum) – Smallest curvature radius a flexible strip can achieve without damage.
Bevel-cut end – Profile end cut at a 45° angle for mitre joints in corner installations.
Bi-colour strip – Strip with two LED types (e.g. warm and cool white) for tunable-white output.
Bi-directional emission – Profile or luminaire emitting light both upward and downward.
Bi-level sensor – Occupancy sensor reducing light to a low level rather than switching off.
Bi-level switching – Control providing two discrete brightness levels (e.g. full and 50 percent).
Bi-pin base – Lamp base with two protruding pins (G4, G9, GU5.3, etc.).
Bidirectional communication – Two-way data exchange between controller and luminaire (DALI, RDM).
Bill of materials (BOM) – Complete list of components needed to assemble an LED luminaire.
Binning – Sorting and grouping LEDs by colour, flux and forward voltage for uniformity.
Binning (chromatic) – LED classification based on position in the CIE chromaticity diagram.
Binning (flux) – Sorting LEDs into groups of similar luminous output.
Binning (tight / narrow) – Rigorous selection within narrow ranges for high-uniformity professional use.
Binning (voltage / Vf) – Grouping LEDs by similar forward voltage for strip consistency.
Biological clock – Internal timing mechanism in living organisms influenced by light exposure.
Black-body curve – Planckian locus on the CIE diagram representing ideal thermal-emitter colours.
Blanking plate – Opaque panel covering an unused module slot in a trunking system.
BLE (Bluetooth Low Energy) – Low-power wireless protocol for local LED system control.
Bleed resistor – Resistor discharging residual capacitor charge preventing LED ghosting when off.
Bleeding (light) – Unwanted light leakage from gaps or edges of a profile or luminaire.
Blind-rivet fixing – Pop-rivet method for attaching profiles to thin sheet-metal surfaces.
Block diagram – Simplified schematic showing functional blocks of an LED control system.
Blue (deep) – LED at 450–460 nm, used in RGB systems and special applications.
Blue (royal) – LED at 440–450 nm, used for horticultural or entertainment lighting.
Blue-light hazard – Potential retinal risk from prolonged exposure to intense blue LED radiation.
Bluetooth Mesh – BLE-based mesh network for distributed LED luminaire control.
Bluetooth SIG – Standards organisation governing Bluetooth specifications including mesh lighting.
Board-level thermal simulation – FEA modelling of heat flow within an LED PCB assembly.
Board-to-board connector – Connector linking two PCBs together inside a luminaire.
Body (profile) – Main structure of the extruded aluminium profile.
Bollard height – Standard mounting height (700-1200 mm) of a pathway bollard luminaire.
Bollard light – Outdoor post-mounted LED luminaire for pathway and landscape illumination.
Bolted joint – Mechanical connection using bolts, for heavy-duty profile mounting.
Bonding (die attach) – Process of fixing the LED die to its substrate inside the package.
Bonding (wire) – Fine-wire connections between the LED die and the lead frame inside the package.
Bonding pad – Metallised area on the LED die for wire-bond attachment.
Boost converter – DC-DC converter stepping voltage up, used when LED string Vf exceeds supply.
Borderline flicker – Flicker at the threshold of human perception, typically around 60-80 Hz.
Borosilicate glass – Heat-resistant glass used in high-temperature luminaire lenses.
Bottom-emitting LED strip – Strip mounted face-down to create upward-reflected indirect illumination.
Bounce lighting – Technique reflecting light off a ceiling or wall to create soft indirect illumination.
Bracket – Metal support for wall or ceiling mounting of LED profiles.
Bracket (adjustable) – Mounting support with angular or positional adjustment.
Bracket (L-shape) – Right-angle bracket for perpendicular profile-to-surface fixing.
Bracket (U-shape) – Cradle bracket supporting a profile from below.
Bracket (yoke) – Swivelling bracket enabling angular orientation of projectors.
Bracket offset – Horizontal distance a wall bracket positions the profile away from the wall surface.
Branch circuit – Electrical sub-circuit feeding a group of LED luminaires from a distribution board.
Break-before-make switch – Switch that disconnects one circuit before connecting another, preventing shorts.
Breaker 0.5A type B – Miniature circuit breaker rated 0.5A with type-B trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 0.5A type C – Miniature circuit breaker rated 0.5A with type-C trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 0.5A type D – Miniature circuit breaker rated 0.5A with type-D trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 10A type B – Miniature circuit breaker rated 10A with type-B trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 10A type C – Miniature circuit breaker rated 10A with type-C trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 10A type D – Miniature circuit breaker rated 10A with type-D trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 13A type B – Miniature circuit breaker rated 13A with type-B trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 13A type C – Miniature circuit breaker rated 13A with type-C trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 13A type D – Miniature circuit breaker rated 13A with type-D trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 15A type B – Miniature circuit breaker rated 15A with type-B trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 15A type C – Miniature circuit breaker rated 15A with type-C trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 15A type D – Miniature circuit breaker rated 15A with type-D trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 16A type B – Miniature circuit breaker rated 16A with type-B trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 16A type C – Miniature circuit breaker rated 16A with type-C trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 16A type D – Miniature circuit breaker rated 16A with type-D trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 1A type B – Miniature circuit breaker rated 1A with type-B trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 1A type C – Miniature circuit breaker rated 1A with type-C trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 1A type D – Miniature circuit breaker rated 1A with type-D trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 20A type B – Miniature circuit breaker rated 20A with type-B trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 20A type C – Miniature circuit breaker rated 20A with type-C trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 20A type D – Miniature circuit breaker rated 20A with type-D trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 25A type B – Miniature circuit breaker rated 25A with type-B trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 25A type C – Miniature circuit breaker rated 25A with type-C trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 25A type D – Miniature circuit breaker rated 25A with type-D trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 2A type B – Miniature circuit breaker rated 2A with type-B trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 2A type C – Miniature circuit breaker rated 2A with type-C trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 2A type D – Miniature circuit breaker rated 2A with type-D trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 32A type B – Miniature circuit breaker rated 32A with type-B trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 32A type C – Miniature circuit breaker rated 32A with type-C trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 32A type D – Miniature circuit breaker rated 32A with type-D trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 3A type B – Miniature circuit breaker rated 3A with type-B trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 3A type C – Miniature circuit breaker rated 3A with type-C trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 3A type D – Miniature circuit breaker rated 3A with type-D trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 40A type B – Miniature circuit breaker rated 40A with type-B trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 40A type C – Miniature circuit breaker rated 40A with type-C trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 40A type D – Miniature circuit breaker rated 40A with type-D trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 4A type B – Miniature circuit breaker rated 4A with type-B trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 4A type C – Miniature circuit breaker rated 4A with type-C trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 4A type D – Miniature circuit breaker rated 4A with type-D trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 50A type B – Miniature circuit breaker rated 50A with type-B trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 50A type C – Miniature circuit breaker rated 50A with type-C trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 50A type D – Miniature circuit breaker rated 50A with type-D trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 5A type B – Miniature circuit breaker rated 5A with type-B trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 5A type C – Miniature circuit breaker rated 5A with type-C trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 5A type D – Miniature circuit breaker rated 5A with type-D trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 63A type B – Miniature circuit breaker rated 63A with type-B trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 63A type C – Miniature circuit breaker rated 63A with type-C trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 63A type D – Miniature circuit breaker rated 63A with type-D trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 6A type B – Miniature circuit breaker rated 6A with type-B trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 6A type C – Miniature circuit breaker rated 6A with type-C trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 6A type D – Miniature circuit breaker rated 6A with type-D trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 8A type B – Miniature circuit breaker rated 8A with type-B trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 8A type C – Miniature circuit breaker rated 8A with type-C trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Breaker 8A type D – Miniature circuit breaker rated 8A with type-D trip curve. Type B (3-5x) suits resistive LED loads; C (5-10x) handles moderate inrush; D (10-20x) protects high-inrush multi-driver installations.
Bridge rectifier – Four-diode circuit converting AC to pulsating DC inside LED drivers.
Brightness – Perceptual term for luminance; the perceived intensity of a surface or source.
Brightness 0% – LED output regulated to 0 percent of maximum luminous flux.
Brightness 1% – LED output regulated to 1 percent of maximum luminous flux.
Brightness 10% – LED output regulated to 10 percent of maximum luminous flux.
Brightness 100% – LED output regulated to 100 percent of maximum luminous flux.
Brightness 11% – LED output regulated to 11 percent of maximum luminous flux.
Brightness 12% – LED output regulated to 12 percent of maximum luminous flux.
Brightness 13% – LED output regulated to 13 percent of maximum luminous flux.
Brightness 14% – LED output regulated to 14 percent of maximum luminous flux.
Brightness 15% – LED output regulated to 15 percent of maximum luminous flux.
Brightness 16% – LED output regulated to 16 percent of maximum luminous flux.
Brightness 17% – LED output regulated to 17 percent of maximum luminous flux.
Brightness 18% – LED output regulated to 18 percent of maximum luminous flux.
Brightness 19% – LED output regulated to 19 percent of maximum luminous flux.
Brightness 2% – LED output regulated to 2 percent of maximum luminous flux.
Brightness 20% – LED output regulated to 20 percent of maximum luminous flux.
Brightness 21% – LED output regulated to 21 percent of maximum luminous flux.
Brightness 22% – LED output regulated to 22 percent of maximum luminous flux.
Brightness 23% – LED output regulated to 23 percent of maximum luminous flux.
Brightness 24% – LED output regulated to 24 percent of maximum luminous flux.
Brightness 25% – LED output regulated to 25 percent of maximum luminous flux.
Brightness 26% – LED output regulated to 26 percent of maximum luminous flux.
Brightness 27% – LED output regulated to 27 percent of maximum luminous flux.
Brightness 28% – LED output regulated to 28 percent of maximum luminous flux.
Brightness 29% – LED output regulated to 29 percent of maximum luminous flux.
Brightness 3% – LED output regulated to 3 percent of maximum luminous flux.
Brightness 30% – LED output regulated to 30 percent of maximum luminous flux.
Brightness 31% – LED output regulated to 31 percent of maximum luminous flux.
Brightness 32% – LED output regulated to 32 percent of maximum luminous flux.
Brightness 33% – LED output regulated to 33 percent of maximum luminous flux.
Brightness 34% – LED output regulated to 34 percent of maximum luminous flux.
Brightness 35% – LED output regulated to 35 percent of maximum luminous flux.
Brightness 36% – LED output regulated to 36 percent of maximum luminous flux.
Brightness 37% – LED output regulated to 37 percent of maximum luminous flux.
Brightness 38% – LED output regulated to 38 percent of maximum luminous flux.
Brightness 39% – LED output regulated to 39 percent of maximum luminous flux.
Brightness 4% – LED output regulated to 4 percent of maximum luminous flux.
Brightness 40% – LED output regulated to 40 percent of maximum luminous flux.
Brightness 41% – LED output regulated to 41 percent of maximum luminous flux.
Brightness 42% – LED output regulated to 42 percent of maximum luminous flux.
Brightness 43% – LED output regulated to 43 percent of maximum luminous flux.
Brightness 44% – LED output regulated to 44 percent of maximum luminous flux.
Brightness 45% – LED output regulated to 45 percent of maximum luminous flux.
Brightness 46% – LED output regulated to 46 percent of maximum luminous flux.
Brightness 47% – LED output regulated to 47 percent of maximum luminous flux.
Brightness 48% – LED output regulated to 48 percent of maximum luminous flux.
Brightness 49% – LED output regulated to 49 percent of maximum luminous flux.
Brightness 5% – LED output regulated to 5 percent of maximum luminous flux.
Brightness 50% – LED output regulated to 50 percent of maximum luminous flux.
Brightness 51% – LED output regulated to 51 percent of maximum luminous flux.
Brightness 52% – LED output regulated to 52 percent of maximum luminous flux.
Brightness 53% – LED output regulated to 53 percent of maximum luminous flux.
Brightness 54% – LED output regulated to 54 percent of maximum luminous flux.
Brightness 55% – LED output regulated to 55 percent of maximum luminous flux.
Brightness 56% – LED output regulated to 56 percent of maximum luminous flux.
Brightness 57% – LED output regulated to 57 percent of maximum luminous flux.
Brightness 58% – LED output regulated to 58 percent of maximum luminous flux.
Brightness 59% – LED output regulated to 59 percent of maximum luminous flux.
Brightness 6% – LED output regulated to 6 percent of maximum luminous flux.
Brightness 60% – LED output regulated to 60 percent of maximum luminous flux.
Brightness 61% – LED output regulated to 61 percent of maximum luminous flux.
Brightness 62% – LED output regulated to 62 percent of maximum luminous flux.
Brightness 63% – LED output regulated to 63 percent of maximum luminous flux.
Brightness 64% – LED output regulated to 64 percent of maximum luminous flux.
Brightness 65% – LED output regulated to 65 percent of maximum luminous flux.
Brightness 66% – LED output regulated to 66 percent of maximum luminous flux.
Brightness 67% – LED output regulated to 67 percent of maximum luminous flux.
Brightness 68% – LED output regulated to 68 percent of maximum luminous flux.
Brightness 69% – LED output regulated to 69 percent of maximum luminous flux.
Brightness 7% – LED output regulated to 7 percent of maximum luminous flux.
Brightness 70% – LED output regulated to 70 percent of maximum luminous flux.
Brightness 71% – LED output regulated to 71 percent of maximum luminous flux.
Brightness 72% – LED output regulated to 72 percent of maximum luminous flux.
Brightness 73% – LED output regulated to 73 percent of maximum luminous flux.
Brightness 74% – LED output regulated to 74 percent of maximum luminous flux.
Brightness 75% – LED output regulated to 75 percent of maximum luminous flux.
Brightness 76% – LED output regulated to 76 percent of maximum luminous flux.
Brightness 77% – LED output regulated to 77 percent of maximum luminous flux.
Brightness 78% – LED output regulated to 78 percent of maximum luminous flux.
Brightness 79% – LED output regulated to 79 percent of maximum luminous flux.
Brightness 8% – LED output regulated to 8 percent of maximum luminous flux.
Brightness 80% – LED output regulated to 80 percent of maximum luminous flux.
Brightness 81% – LED output regulated to 81 percent of maximum luminous flux.
Brightness 82% – LED output regulated to 82 percent of maximum luminous flux.
Brightness 83% – LED output regulated to 83 percent of maximum luminous flux.
Brightness 84% – LED output regulated to 84 percent of maximum luminous flux.
Brightness 85% – LED output regulated to 85 percent of maximum luminous flux.
Brightness 86% – LED output regulated to 86 percent of maximum luminous flux.
Brightness 87% – LED output regulated to 87 percent of maximum luminous flux.
Brightness 88% – LED output regulated to 88 percent of maximum luminous flux.
Brightness 89% – LED output regulated to 89 percent of maximum luminous flux.
Brightness 9% – LED output regulated to 9 percent of maximum luminous flux.
Brightness 90% – LED output regulated to 90 percent of maximum luminous flux.
Brightness 91% – LED output regulated to 91 percent of maximum luminous flux.
Brightness 92% – LED output regulated to 92 percent of maximum luminous flux.
Brightness 93% – LED output regulated to 93 percent of maximum luminous flux.
Brightness 94% – LED output regulated to 94 percent of maximum luminous flux.
Brightness 95% – LED output regulated to 95 percent of maximum luminous flux.
Brightness 96% – LED output regulated to 96 percent of maximum luminous flux.
Brightness 97% – LED output regulated to 97 percent of maximum luminous flux.
Brightness 98% – LED output regulated to 98 percent of maximum luminous flux.
Brightness 99% – LED output regulated to 99 percent of maximum luminous flux.
Brightness perception – Subjective human response to luminance, non-linear (Weber-Fechner law).
Broad-spectrum white – LED with a wide spectral power distribution covering 400-700 nm evenly.
Broadcast (DALI) – DALI command sent simultaneously to all devices on the line.
Bronze patina profile – Aluminium profile finished to resemble naturally aged bronze.
BS 5266 – British emergency lighting standard.
BS EN 12464-1 – British adoption of workplace lighting standard.
BTA (Building Technical Automation) – Building automation system integrating lighting, HVAC and security.
Buck converter – DC-DC converter stepping voltage down, the most common LED driver topology.
Buck-boost converter – DC-DC converter that can step voltage up or down for flexible LED strings.
Buffer zone – Transition area between two differently lit zones requiring gradual illuminance change.
Building Information Modelling (BIM) – Digital 3D representation of a building including luminaire data.
Building Management System (BMS) – Central system monitoring and controlling HVAC, lighting and security.
Bulk capacitor – Large capacitor at the driver input smoothing rectified mains voltage.
Burn-in – Initial operating period that stabilises LED performance characteristics.
BUS – Shared communication line between lighting-control devices (DALI, KNX, DMX).
BUS (DALI) – Two-wire communication line dedicated to the DALI protocol.
BUS (KNX) – Twisted-pair or IP communication line for the KNX building-automation protocol.
Bus topology – Network layout where all devices share a single communication line.
Butt joint – Two profile sections placed end to end with a joining plate or connector.
Bypass (thermal) – Alternative heat path when the primary heat sink is insufficient.
Bypass capacitor – Small capacitor placed close to an IC to filter high-frequency noise.
C
Cable (bipolar) – Two-conductor cable for monowhite LED strip power.
Cable (bus) – Cable dedicated to data transmission (DALI, KNX, DMX).
Cable (Cat5e / Cat6) – Ethernet cable used for Art-Net or sACN DMX-over-IP transport.
Cable (DMX) – Shielded 120 Ω cable for DMX512 signal transmission.
Cable (flat / ribbon) – Multi-conductor flat cable for compact LED wiring inside furniture.
Cable (fly lead) – Factory-soldered cable on a strip for direct connection to the driver.
Cable (LSZH) – Low-smoke zero-halogen cable required in public buildings for fire safety.
Cable (multi-core) – Cable with multiple conductors for RGB, RGBW or tunable-white strips.
Cable (shielded) – Cable with a metal braid protecting the signal from EMI.
Cable (silicone-jacketed) – High-temperature-rated cable for use inside enclosed luminaires.
Cable 0.5mm2 at 10A drop – Approximate voltage drop of 700.0 mV/m for 0.5 mm2 copper cable at 10A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 0.5mm2 at 15A drop – Approximate voltage drop of 1050.0 mV/m for 0.5 mm2 copper cable at 15A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 0.5mm2 at 1A drop – Approximate voltage drop of 70.0 mV/m for 0.5 mm2 copper cable at 1A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 0.5mm2 at 20A drop – Approximate voltage drop of 1400.0 mV/m for 0.5 mm2 copper cable at 20A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 0.5mm2 at 2A drop – Approximate voltage drop of 140.0 mV/m for 0.5 mm2 copper cable at 2A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 0.5mm2 at 3A drop – Approximate voltage drop of 210.0 mV/m for 0.5 mm2 copper cable at 3A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 0.5mm2 at 5A drop – Approximate voltage drop of 350.0 mV/m for 0.5 mm2 copper cable at 5A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 0.5mm2 at 8A drop – Approximate voltage drop of 560.0 mV/m for 0.5 mm2 copper cable at 8A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 0.7mm2 at 10A drop – Approximate voltage drop of 500.0 mV/m for 0.7 mm2 copper cable at 10A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 0.7mm2 at 15A drop – Approximate voltage drop of 750.0 mV/m for 0.7 mm2 copper cable at 15A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 0.7mm2 at 1A drop – Approximate voltage drop of 50.0 mV/m for 0.7 mm2 copper cable at 1A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 0.7mm2 at 20A drop – Approximate voltage drop of 1000.0 mV/m for 0.7 mm2 copper cable at 20A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 0.7mm2 at 2A drop – Approximate voltage drop of 100.0 mV/m for 0.7 mm2 copper cable at 2A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 0.7mm2 at 3A drop – Approximate voltage drop of 150.0 mV/m for 0.7 mm2 copper cable at 3A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 0.7mm2 at 5A drop – Approximate voltage drop of 250.0 mV/m for 0.7 mm2 copper cable at 5A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 0.7mm2 at 8A drop – Approximate voltage drop of 400.0 mV/m for 0.7 mm2 copper cable at 8A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 1.0mm2 at 10A drop – Approximate voltage drop of 350.0 mV/m for 1.0 mm2 copper cable at 10A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 1.0mm2 at 15A drop – Approximate voltage drop of 525.0 mV/m for 1.0 mm2 copper cable at 15A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 1.0mm2 at 1A drop – Approximate voltage drop of 35.0 mV/m for 1.0 mm2 copper cable at 1A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 1.0mm2 at 20A drop – Approximate voltage drop of 700.0 mV/m for 1.0 mm2 copper cable at 20A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 1.0mm2 at 2A drop – Approximate voltage drop of 70.0 mV/m for 1.0 mm2 copper cable at 2A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 1.0mm2 at 3A drop – Approximate voltage drop of 105.0 mV/m for 1.0 mm2 copper cable at 3A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 1.0mm2 at 5A drop – Approximate voltage drop of 175.0 mV/m for 1.0 mm2 copper cable at 5A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 1.0mm2 at 8A drop – Approximate voltage drop of 280.0 mV/m for 1.0 mm2 copper cable at 8A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 1.5mm2 at 10A drop – Approximate voltage drop of 233.3 mV/m for 1.5 mm2 copper cable at 10A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 1.5mm2 at 15A drop – Approximate voltage drop of 350.0 mV/m for 1.5 mm2 copper cable at 15A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 1.5mm2 at 1A drop – Approximate voltage drop of 23.3 mV/m for 1.5 mm2 copper cable at 1A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 1.5mm2 at 20A drop – Approximate voltage drop of 466.7 mV/m for 1.5 mm2 copper cable at 20A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 1.5mm2 at 2A drop – Approximate voltage drop of 46.7 mV/m for 1.5 mm2 copper cable at 2A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 1.5mm2 at 3A drop – Approximate voltage drop of 70.0 mV/m for 1.5 mm2 copper cable at 3A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 1.5mm2 at 5A drop – Approximate voltage drop of 116.7 mV/m for 1.5 mm2 copper cable at 5A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 1.5mm2 at 8A drop – Approximate voltage drop of 186.7 mV/m for 1.5 mm2 copper cable at 8A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 2.5mm2 at 10A drop – Approximate voltage drop of 140.0 mV/m for 2.5 mm2 copper cable at 10A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 2.5mm2 at 15A drop – Approximate voltage drop of 210.0 mV/m for 2.5 mm2 copper cable at 15A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 2.5mm2 at 1A drop – Approximate voltage drop of 14.0 mV/m for 2.5 mm2 copper cable at 1A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 2.5mm2 at 20A drop – Approximate voltage drop of 280.0 mV/m for 2.5 mm2 copper cable at 20A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 2.5mm2 at 2A drop – Approximate voltage drop of 28.0 mV/m for 2.5 mm2 copper cable at 2A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 2.5mm2 at 3A drop – Approximate voltage drop of 42.0 mV/m for 2.5 mm2 copper cable at 3A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 2.5mm2 at 5A drop – Approximate voltage drop of 70.0 mV/m for 2.5 mm2 copper cable at 5A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 2.5mm2 at 8A drop – Approximate voltage drop of 112.0 mV/m for 2.5 mm2 copper cable at 8A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 4.0mm2 at 10A drop – Approximate voltage drop of 87.5 mV/m for 4.0 mm2 copper cable at 10A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 4.0mm2 at 15A drop – Approximate voltage drop of 131.2 mV/m for 4.0 mm2 copper cable at 15A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 4.0mm2 at 1A drop – Approximate voltage drop of 8.8 mV/m for 4.0 mm2 copper cable at 1A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 4.0mm2 at 20A drop – Approximate voltage drop of 175.0 mV/m for 4.0 mm2 copper cable at 20A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 4.0mm2 at 2A drop – Approximate voltage drop of 17.5 mV/m for 4.0 mm2 copper cable at 2A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 4.0mm2 at 3A drop – Approximate voltage drop of 26.3 mV/m for 4.0 mm2 copper cable at 3A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 4.0mm2 at 5A drop – Approximate voltage drop of 43.8 mV/m for 4.0 mm2 copper cable at 5A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 4.0mm2 at 8A drop – Approximate voltage drop of 70.0 mV/m for 4.0 mm2 copper cable at 8A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 6.0mm2 at 10A drop – Approximate voltage drop of 58.3 mV/m for 6.0 mm2 copper cable at 10A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 6.0mm2 at 15A drop – Approximate voltage drop of 87.5 mV/m for 6.0 mm2 copper cable at 15A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 6.0mm2 at 1A drop – Approximate voltage drop of 5.8 mV/m for 6.0 mm2 copper cable at 1A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 6.0mm2 at 20A drop – Approximate voltage drop of 116.7 mV/m for 6.0 mm2 copper cable at 20A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 6.0mm2 at 2A drop – Approximate voltage drop of 11.7 mV/m for 6.0 mm2 copper cable at 2A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 6.0mm2 at 3A drop – Approximate voltage drop of 17.5 mV/m for 6.0 mm2 copper cable at 3A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 6.0mm2 at 5A drop – Approximate voltage drop of 29.2 mV/m for 6.0 mm2 copper cable at 5A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable 6.0mm2 at 8A drop – Approximate voltage drop of 46.7 mV/m for 6.0 mm2 copper cable at 8A round-trip. Total drop exceeding 5% of the LED strip operating voltage causes visible brightness reduction at the far end of the run.
Cable cross-section (mm²) – Conductor area determining current capacity and voltage drop.
Cable gland – Threaded fitting that clamps a cable and maintains the enclosure IP rating.
Cable length (maximum) – Longest cable run from driver to strip before voltage drop is excessive.
Cable management – Organising and routing cables neatly within a profile or installation.
Cable routing channel – Groove in the back of a profile for concealed cable management.
Cable strain-relief clip – Device preventing cable tension from reaching solder joints or terminals.
Cable tie (nylon) – Plastic fastener for bundling and securing cables.
Cable tray – Open tray supporting power and signal cables above ceilings or in service areas.
Cabling – Complete set of wires and connections in an LED lighting installation.
Cabling (structured) – Organised and standardised cable system for power and data distribution.
CAD (Computer-Aided Design) – Software used to draw profile cross-sections and luminaire assemblies.
Cadmium-free LED – LED phosphor formulated without cadmium, complying with RoHS.
Calendar scheduling – Lighting automation based on day-of-week and date-specific rules.
Calibration – Adjustment of colour, brightness and uniformity to a reference standard.
Calibration (chromatic) – Process correcting colour variations among different LEDs or modules.
Calibration (factory) – Colour and flux matching performed at the manufacturing stage.
Calibration (on-site) – Field adjustment of luminaire output to match the lighting-design intent.
Candela (cd) – SI unit of luminous intensity in a specific direction.
Candela distribution curve – Graphical plot of luminous intensity versus angle for a luminaire.
Canopy (ceiling) – Decorative plate on the ceiling concealing suspension-cable terminations.
Capacitance – Ability of a component or cable to store electric charge, affecting high-frequency signals.
Capacitor – Electronic component in drivers for filtering, smoothing and stabilisation.
Capacitor (electrolytic) – Polarised capacitor often limiting driver lifespan due to heat sensitivity.
Capacitor (film) – Long-life capacitor type preferred in high-reliability LED drivers.
Capacity planning – Calculating total driver and circuit-breaker capacity for an LED installation.
Carbon footprint LED luminaire – Total greenhouse-gas emissions from raw-material extraction through manufacturing, transport, operation and disposal, typically 5-25 kg CO2e for a linear LED luminaire over its 15-year service life.
Carbon-neutral manufacturing – Production process offsetting all CO₂ emissions.
Carrier board – Intermediate PCB mounting an LED module to a heat sink.
Carrier frequency – Frequency of the PWM signal driving LED dimming circuits.
Cartridge fuse – Replaceable cylindrical fuse protecting an LED circuit from overcurrent.
Casambi – Wireless Bluetooth-mesh lighting-control ecosystem.
Casambi CBU – Casambi Bluetooth Unit, a small module embedded in or connected to a driver.
Cascading – Daisy-chaining multiple controllers or drivers on the same signal line.
Catenary suspension – Cable strung between two points from which LED luminaires are hung.
Cathode – Negative terminal of an LED, connected to the circuit ground.
Cavity ratio – Geometric index used in the zonal-cavity method for indoor lighting calculations.
CCT 10000K – Correlated colour temperature of 10000 kelvins.
CCT 1800 K – LED emission at 1800 kelvins correlated colour temperature.
CCT 1800K – Correlated colour temperature of 1800 kelvins.
CCT 1850K – Correlated colour temperature of 1850 kelvins.
CCT 1900 K – LED emission at 1900 kelvins correlated colour temperature.
CCT 1900K – Correlated colour temperature of 1900 kelvins.
CCT 1950K – Correlated colour temperature of 1950 kelvins.
CCT 2000 K – LED emission at 2000 kelvins correlated colour temperature.
CCT 2000K – Correlated colour temperature of 2000 kelvins.
CCT 2050K – Correlated colour temperature of 2050 kelvins.
CCT 2100 K – LED emission at 2100 kelvins correlated colour temperature.
CCT 2100K – Correlated colour temperature of 2100 kelvins.
CCT 2150K – Correlated colour temperature of 2150 kelvins.
CCT 2200 K – LED emission at 2200 kelvins correlated colour temperature.
CCT 2200K – Correlated colour temperature of 2200 kelvins.
CCT 2250K – Correlated colour temperature of 2250 kelvins.
CCT 2300 K – LED emission at 2300 kelvins correlated colour temperature.
CCT 2300K – Correlated colour temperature of 2300 kelvins.
CCT 2350K – Correlated colour temperature of 2350 kelvins.
CCT 2400 K – LED emission at 2400 kelvins correlated colour temperature.
CCT 2400K – Correlated colour temperature of 2400 kelvins.
CCT 2450K – Correlated colour temperature of 2450 kelvins.
CCT 2500 K – LED emission at 2500 kelvins correlated colour temperature.
CCT 2500K – Correlated colour temperature of 2500 kelvins.
CCT 2550K – Correlated colour temperature of 2550 kelvins.
CCT 2600 K – LED emission at 2600 kelvins correlated colour temperature.
CCT 2600K – Correlated colour temperature of 2600 kelvins.
CCT 2650K – Correlated colour temperature of 2650 kelvins.
CCT 2700 K – LED emission at 2700 kelvins correlated colour temperature.
CCT 2700K – Correlated colour temperature of 2700 kelvins.
CCT 2750K – Correlated colour temperature of 2750 kelvins.
CCT 2800 K – LED emission at 2800 kelvins correlated colour temperature.
CCT 2800K – Correlated colour temperature of 2800 kelvins.
CCT 2850K – Correlated colour temperature of 2850 kelvins.
CCT 2900 K – LED emission at 2900 kelvins correlated colour temperature.
CCT 2900K – Correlated colour temperature of 2900 kelvins.
CCT 2950K – Correlated colour temperature of 2950 kelvins.
CCT 3000 K – LED emission at 3000 kelvins correlated colour temperature.
CCT 3000K – Correlated colour temperature of 3000 kelvins.
CCT 3050K – Correlated colour temperature of 3050 kelvins.
CCT 3100 K – LED emission at 3100 kelvins correlated colour temperature.
CCT 3100K – Correlated colour temperature of 3100 kelvins.
CCT 3150K – Correlated colour temperature of 3150 kelvins.
CCT 3200 K – LED emission at 3200 kelvins correlated colour temperature.
CCT 3200K – Correlated colour temperature of 3200 kelvins.
CCT 3250K – Correlated colour temperature of 3250 kelvins.
CCT 3300 K – LED emission at 3300 kelvins correlated colour temperature.
CCT 3300K – Correlated colour temperature of 3300 kelvins.
CCT 3350K – Correlated colour temperature of 3350 kelvins.
CCT 3400 K – LED emission at 3400 kelvins correlated colour temperature.
CCT 3400K – Correlated colour temperature of 3400 kelvins.
CCT 3450K – Correlated colour temperature of 3450 kelvins.
CCT 3500 K – LED emission at 3500 kelvins correlated colour temperature.
CCT 3500K – Correlated colour temperature of 3500 kelvins.
CCT 3550K – Correlated colour temperature of 3550 kelvins.
CCT 3600 K – LED emission at 3600 kelvins correlated colour temperature.
CCT 3600K – Correlated colour temperature of 3600 kelvins.
CCT 3650K – Correlated colour temperature of 3650 kelvins.
CCT 3700 K – LED emission at 3700 kelvins correlated colour temperature.
CCT 3700K – Correlated colour temperature of 3700 kelvins.
CCT 3750K – Correlated colour temperature of 3750 kelvins.
CCT 3800 K – LED emission at 3800 kelvins correlated colour temperature.
CCT 3800K – Correlated colour temperature of 3800 kelvins.
CCT 3850K – Correlated colour temperature of 3850 kelvins.
CCT 3900 K – LED emission at 3900 kelvins correlated colour temperature.
CCT 3900K – Correlated colour temperature of 3900 kelvins.
CCT 3950K – Correlated colour temperature of 3950 kelvins.
CCT 4000 K – LED emission at 4000 kelvins correlated colour temperature.
CCT 4000K – Correlated colour temperature of 4000 kelvins.
CCT 4050K – Correlated colour temperature of 4050 kelvins.
CCT 4100 K – LED emission at 4100 kelvins correlated colour temperature.
CCT 4100K – Correlated colour temperature of 4100 kelvins.
CCT 4150K – Correlated colour temperature of 4150 kelvins.
CCT 4200 K – LED emission at 4200 kelvins correlated colour temperature.
CCT 4200K – Correlated colour temperature of 4200 kelvins.
CCT 4250K – Correlated colour temperature of 4250 kelvins.
CCT 4300 K – LED emission at 4300 kelvins correlated colour temperature.
CCT 4300K – Correlated colour temperature of 4300 kelvins.
CCT 4350K – Correlated colour temperature of 4350 kelvins.
CCT 4400 K – LED emission at 4400 kelvins correlated colour temperature.
CCT 4400K – Correlated colour temperature of 4400 kelvins.
CCT 4450K – Correlated colour temperature of 4450 kelvins.
CCT 4500 K – LED emission at 4500 kelvins correlated colour temperature.
CCT 4500K – Correlated colour temperature of 4500 kelvins.
CCT 4550K – Correlated colour temperature of 4550 kelvins.
CCT 4600 K – LED emission at 4600 kelvins correlated colour temperature.
CCT 4600K – Correlated colour temperature of 4600 kelvins.
CCT 4650K – Correlated colour temperature of 4650 kelvins.
CCT 4700 K – LED emission at 4700 kelvins correlated colour temperature.
CCT 4700K – Correlated colour temperature of 4700 kelvins.
CCT 4750K – Correlated colour temperature of 4750 kelvins.
CCT 4800 K – LED emission at 4800 kelvins correlated colour temperature.
CCT 4800K – Correlated colour temperature of 4800 kelvins.
CCT 4850K – Correlated colour temperature of 4850 kelvins.
CCT 4900 K – LED emission at 4900 kelvins correlated colour temperature.
CCT 4900K – Correlated colour temperature of 4900 kelvins.
CCT 4950K – Correlated colour temperature of 4950 kelvins.
CCT 5000 K – LED emission at 5000 kelvins correlated colour temperature.
CCT 5000K – Correlated colour temperature of 5000 kelvins.
CCT 5050K – Correlated colour temperature of 5050 kelvins.
CCT 5100 K – LED emission at 5100 kelvins correlated colour temperature.
CCT 5100K – Correlated colour temperature of 5100 kelvins.
CCT 5150K – Correlated colour temperature of 5150 kelvins.
CCT 5200 K – LED emission at 5200 kelvins correlated colour temperature.
CCT 5200K – Correlated colour temperature of 5200 kelvins.
CCT 5250K – Correlated colour temperature of 5250 kelvins.
CCT 5300 K – LED emission at 5300 kelvins correlated colour temperature.
CCT 5300K – Correlated colour temperature of 5300 kelvins.
CCT 5350K – Correlated colour temperature of 5350 kelvins.
CCT 5400 K – LED emission at 5400 kelvins correlated colour temperature.
CCT 5400K – Correlated colour temperature of 5400 kelvins.
CCT 5450K – Correlated colour temperature of 5450 kelvins.
CCT 5500 K – LED emission at 5500 kelvins correlated colour temperature.
CCT 5500K – Correlated colour temperature of 5500 kelvins.
CCT 5550K – Correlated colour temperature of 5550 kelvins.
CCT 5600 K – LED emission at 5600 kelvins correlated colour temperature.
CCT 5600K – Correlated colour temperature of 5600 kelvins.
CCT 5650K – Correlated colour temperature of 5650 kelvins.
CCT 5700 K – LED emission at 5700 kelvins correlated colour temperature.
CCT 5700K – Correlated colour temperature of 5700 kelvins.
CCT 5750K – Correlated colour temperature of 5750 kelvins.
CCT 5800 K – LED emission at 5800 kelvins correlated colour temperature.
CCT 5800K – Correlated colour temperature of 5800 kelvins.
CCT 5850K – Correlated colour temperature of 5850 kelvins.
CCT 5900 K – LED emission at 5900 kelvins correlated colour temperature.
CCT 5900K – Correlated colour temperature of 5900 kelvins.
CCT 5950K – Correlated colour temperature of 5950 kelvins.
CCT 6000 K – LED emission at 6000 kelvins correlated colour temperature.
CCT 6000K – Correlated colour temperature of 6000 kelvins.
CCT 6050K – Correlated colour temperature of 6050 kelvins.
CCT 6100 K – LED emission at 6100 kelvins correlated colour temperature.
CCT 6100K – Correlated colour temperature of 6100 kelvins.
CCT 6150K – Correlated colour temperature of 6150 kelvins.
CCT 6200 K – LED emission at 6200 kelvins correlated colour temperature.
CCT 6200K – Correlated colour temperature of 6200 kelvins.
CCT 6250K – Correlated colour temperature of 6250 kelvins.
CCT 6300 K – LED emission at 6300 kelvins correlated colour temperature.
CCT 6300K – Correlated colour temperature of 6300 kelvins.
CCT 6350K – Correlated colour temperature of 6350 kelvins.
CCT 6400 K – LED emission at 6400 kelvins correlated colour temperature.
CCT 6400K – Correlated colour temperature of 6400 kelvins.
CCT 6450K – Correlated colour temperature of 6450 kelvins.
CCT 6500 K – LED emission at 6500 kelvins correlated colour temperature.
CCT 6500K – Correlated colour temperature of 6500 kelvins.
CCT 6550K – Correlated colour temperature of 6550 kelvins.
CCT 6600 K – LED emission at 6600 kelvins correlated colour temperature.
CCT 6600K – Correlated colour temperature of 6600 kelvins.
CCT 6650K – Correlated colour temperature of 6650 kelvins.
CCT 6700 K – LED emission at 6700 kelvins correlated colour temperature.
CCT 6700K – Correlated colour temperature of 6700 kelvins.
CCT 6750K – Correlated colour temperature of 6750 kelvins.
CCT 6800 K – LED emission at 6800 kelvins correlated colour temperature.
CCT 6800K – Correlated colour temperature of 6800 kelvins.
CCT 6850K – Correlated colour temperature of 6850 kelvins.
CCT 6900 K – LED emission at 6900 kelvins correlated colour temperature.
CCT 6900K – Correlated colour temperature of 6900 kelvins.
CCT 6950K – Correlated colour temperature of 6950 kelvins.
CCT 7000 K – LED emission at 7000 kelvins correlated colour temperature.
CCT 7000K – Correlated colour temperature of 7000 kelvins.
CCT 7050K – Correlated colour temperature of 7050 kelvins.
CCT 7100K – Correlated colour temperature of 7100 kelvins.
CCT 7150K – Correlated colour temperature of 7150 kelvins.
CCT 7200K – Correlated colour temperature of 7200 kelvins.
CCT 7250K – Correlated colour temperature of 7250 kelvins.
CCT 7300K – Correlated colour temperature of 7300 kelvins.
CCT 7350K – Correlated colour temperature of 7350 kelvins.
CCT 7400K – Correlated colour temperature of 7400 kelvins.
CCT 7450K – Correlated colour temperature of 7450 kelvins.
CCT 7500K – Correlated colour temperature of 7500 kelvins.
CCT 7550K – Correlated colour temperature of 7550 kelvins.
CCT 7600K – Correlated colour temperature of 7600 kelvins.
CCT 7650K – Correlated colour temperature of 7650 kelvins.
CCT 7700K – Correlated colour temperature of 7700 kelvins.
CCT 7750K – Correlated colour temperature of 7750 kelvins.
CCT 7800K – Correlated colour temperature of 7800 kelvins.
CCT 7850K – Correlated colour temperature of 7850 kelvins.
CCT 7900K – Correlated colour temperature of 7900 kelvins.
CCT 7950K – Correlated colour temperature of 7950 kelvins.
CCT 8000K – Correlated colour temperature of 8000 kelvins.
CCT 8050K – Correlated colour temperature of 8050 kelvins.
CCT 8100K – Correlated colour temperature of 8100 kelvins.
CCT 8150K – Correlated colour temperature of 8150 kelvins.
CCT 8200K – Correlated colour temperature of 8200 kelvins.
CCT 8250K – Correlated colour temperature of 8250 kelvins.
CCT 8300K – Correlated colour temperature of 8300 kelvins.
CCT 8350K – Correlated colour temperature of 8350 kelvins.
CCT 8400K – Correlated colour temperature of 8400 kelvins.
CCT 8450K – Correlated colour temperature of 8450 kelvins.
CCT 8500K – Correlated colour temperature of 8500 kelvins.
CCT 8550K – Correlated colour temperature of 8550 kelvins.
CCT 8600K – Correlated colour temperature of 8600 kelvins.
CCT 8650K – Correlated colour temperature of 8650 kelvins.
CCT 8700K – Correlated colour temperature of 8700 kelvins.
CCT 8750K – Correlated colour temperature of 8750 kelvins.
CCT 8800K – Correlated colour temperature of 8800 kelvins.
CCT 8850K – Correlated colour temperature of 8850 kelvins.
CCT 8900K – Correlated colour temperature of 8900 kelvins.
CCT 8950K – Correlated colour temperature of 8950 kelvins.
CCT 9000K – Correlated colour temperature of 9000 kelvins.
CCT 9050K – Correlated colour temperature of 9050 kelvins.
CCT 9100K – Correlated colour temperature of 9100 kelvins.
CCT 9150K – Correlated colour temperature of 9150 kelvins.
CCT 9200K – Correlated colour temperature of 9200 kelvins.
CCT 9250K – Correlated colour temperature of 9250 kelvins.
CCT 9300K – Correlated colour temperature of 9300 kelvins.
CCT 9350K – Correlated colour temperature of 9350 kelvins.
CCT 9400K – Correlated colour temperature of 9400 kelvins.
CCT 9450K – Correlated colour temperature of 9450 kelvins.
CCT 9500K – Correlated colour temperature of 9500 kelvins.
CCT 9550K – Correlated colour temperature of 9550 kelvins.
CCT 9600K – Correlated colour temperature of 9600 kelvins.
CCT 9650K – Correlated colour temperature of 9650 kelvins.
CCT 9700K – Correlated colour temperature of 9700 kelvins.
CCT 9750K – Correlated colour temperature of 9750 kelvins.
CCT 9800K – Correlated colour temperature of 9800 kelvins.
CCT 9850K – Correlated colour temperature of 9850 kelvins.
CCT 9900K – Correlated colour temperature of 9900 kelvins.
CCT 9950K – Correlated colour temperature of 9950 kelvins.
CE marking – Declaration of conformity with applicable European directives.
Ceiling grid (T-bar) – Suspended ceiling framework into which modular LED panels are inserted.
Ceiling recess – Installation where the profile is embedded flush within a ceiling surface.
Ceiling rose – Decorative plate on the ceiling concealing the electrical connection of a pendant.
Ceiling void depth – Available space above the ceiling surface for recessed profiles and wiring.
CEN (European Committee for Standardisation) – Body developing EN standards for lighting.
Centralised system (emergency) – Emergency lighting powered from a central battery room.
Centre-feed injection – Power supplied at the middle of a strip run for uniform brightness.
Certificate of conformity – Document attesting that a product meets specified standards.
Certification (CB) – International mutual-recognition scheme for electrical product safety testing.
Certification (CSA) – Canadian Standards Association safety mark for electrical products.
Certification (DLC) – DesignLights Consortium listing qualifying LED products for utility rebates.
Certification (ENEC) – European safety mark for luminaires recognised across the EU.
Certification (ETL) – North American safety mark, alternative to UL listing.
Certification (IP) – Ingress-protection rating against solids and liquids.
Certification (UL) – Underwriters Laboratories safety listing for electrical products.
Chain-link suspension – Heavy-duty chain for hanging industrial LED high-bay luminaires.
Chamfered edge – Bevelled edge on a profile reducing sharp corners for safety and aesthetics.
Change-over switch – Switch transferring power between normal mains and emergency supply.
Channel – Groove in an aluminium profile housing the LED strip and cover.
Channel (angle / corner 45°) – Profile with a 45-degree cross-section for corner illumination.
Channel (architectural) – Design profile for aesthetic integration in high-end architecture.
Channel (circular) – Round cross-section profile for decorative suspended applications.
Channel (crown moulding) – Profile shaped to integrate into or replace traditional ceiling cornices.
Channel (custom / bespoke) – Profile manufactured to a client’s unique design specifications.
Channel (decorative) – Profile with an aesthetic design that becomes a visible interior element.
Channel (double) – Profile with two independent strip housings for direct and indirect light.
Channel (drywall / plasterboard) – Profile with wings for recessing into plasterboard.
Channel (elliptical) – Oval cross-section profile for elegant suspended installations.
Channel (external / outdoor) – Profile with an adequate IP rating for outdoor use.
Channel (flexible) – Bendable silicone or plastic profile for non-linear paths.
Channel (floor recessed) – Reinforced profile for flush floor mounting with a walkable cover.
Channel (furniture / cabinet) – Slim profile for integration into cabinetry and shelving.
Channel (glass-slot) – Profile with a groove for inserting and illuminating glass panels.
Channel (handrail) – Profile integrated into a staircase or balustrade handrail.
Channel (LED) – Generic term for an aluminium extrusion housing an LED strip.
Channel (magnetic) – Profile with an integrated magnetic rail for modular LED inserts.
Channel (mini / slim) – Ultra-compact profile for discreet, space-constrained installations.
Channel (pendant / suspended) – Profile designed to hang from the ceiling via cables or rods.
Channel (perimeter) – Profile installed along ceiling or wall edges for indirect light.
Channel (rectangular) – Rectangular cross-section profile, versatile for many applications.
Channel (showcase / vitrine) – Compact profile for illuminating display cases and vitrines.
Channel (skirting / baseboard) – Profile integrated into the base of a wall for floor-level light.
Channel (square) – Square cross-section profile for exposed or suspended runs.
Channel (stair / step) – Profile for embedding in stair nosings for safety marking.
Channel (surface-mounted) – Profile applied directly onto a surface without recessing.
Channel (tile-in) – Profile for recessing into tiled surfaces such as bathrooms or kitchens.
Channel (triangular) – Triangular cross-section for corner installations.
Channel (trunking) – Large-section linear profile forming a continuous lighting system.
Channel (U-shape) – U-shaped cross-section, the most common type for LED strips.
Channel (wall / vertical) – Profile for vertical mounting, wall-wash or step-marker applications.
Channel (watertight / sealed) – Profile with IP65–IP68 hermetic sealing for wet environments.
Characteristic impedance – Nominal cable impedance, 120 Ω for DMX or 100 Ω for Ethernet.
Chip (LED) – Semiconductor die generating light through electroluminescence.
Chip Scale Package (CSP) – Miniaturised LED whose package is nearly die-size.
Chip-on-Board (COB) – Multiple LED dies mounted directly on a substrate without individual packages.
Chip-on-Flex (COF) – LED dies on a flexible substrate for high-density strips.
Chromatic adaptation – Eye’s ability to adjust colour perception when ambient illumination changes.
Chromatic shift – Change in LED colour over time from phosphor or die degradation.
Chromaticity – Objective colour specification independent of luminance.
Chromaticity bin – Defined colour-coordinate region for sorting LEDs into uniform groups.
Chromaticity tolerance – Maximum allowed colour variation among LEDs in an installation (SDCM steps).
CIE – Commission Internationale de l’Éclairage; international lighting-standards body.
CIE 013.3 – Colour rendering measurement method.
CIE 015 – Colorimetry.
CIE 117 – Discomfort glare in interiors.
CIE 150 – Guide on obtrusive light limitation.
CIE 1931 – Standard observer colour-matching functions defining the x, y chromaticity diagram.
CIE 1976 (u’, v’) – Uniform chromaticity diagram where equal distances better represent perceived colour differences.
CIE 224 – Colour fidelity index.
CIE S 025 – LED test procedures.
Circadian lighting – Lighting tuned to support the human circadian rhythm, a form of HCL.
Circadian stimulus (CS) – Metric quantifying the effectiveness of a light source at suppressing melatonin.
Circadian stimulus factor – Numerical value indicating a source effectiveness at melatonin suppression.
circadian tuning technique – Dynamically adjusting LED colour temperature and intensity throughout the day to support occupant wellbeing: cool energising light in the morning, warm relaxing light in the evening.
Circuit (constant-current) – Topology maintaining a fixed current through the LED string.
Circuit (open) – Break in an electrical path preventing current flow.
Circuit (parallel) – Configuration where multiple strips share the same supply voltage.
Circuit (protection) – Electronics protecting LEDs from overvoltage, overcurrent and short circuits.
Circuit (series) – Configuration where LEDs are powered sequentially by the same current.
Circuit (short) – Unintended low-resistance path causing excessive current flow.
Circuit breaker – Resettable device interrupting current during an overload.
Circuit breaker (MCB) – Miniature circuit breaker used in distribution boards protecting LED circuits.
Circuit breaker (RCBO) – Combined RCD and MCB protecting against both earth leakage and overcurrent.
Circuit segregation – Keeping LED power and control cables separate from mains wiring.
Circular economy lighting – Design philosophy keeping luminaire materials in productive use through repair, module replacement, refurbishment and end-of-life recycling rather than landfill disposal.
Cladding – Outer layer of an optical fibre with lower refractive index enabling total internal reflection.
Cladding (profile) – Decorative outer shell that slides over an aluminium profile to change its appearance.
Clamp (beam) – Structural clamp for mounting luminaires on truss or beams.
Clamp (cable) – Mechanical device securing cables to a surface or inside a profile.
Class I – Luminaire with basic insulation and a protective earth connection.
Class II – Luminaire with double or reinforced insulation, no earth needed.
Class III – Luminaire powered at safety extra-low voltage (SELV).
Clean-room compatibility – Luminaire designed for ISO 14644 clean-room classes with sealed housings.
Clean-room lighting – LED luminaires with sealed housings suitable for ISO-classified clean rooms.
Click-fit cover – Diffuser that snaps into the profile channel without tools.
Climate zone consideration – Adjusting luminaire IP and material specifications for local weather conditions.
Clip (metal) – Stainless-steel or zinc-plated fixing clip for LED profiles.
Clip (mounting spring) – Elastic clip that snaps into the profile seat for quick installation.
Clip (plastic) – Non-conductive plastic fixing element, economical and lightweight.
Clip (profile end) – Small retainer holding the cover in place at the profile end.
Clip-in trunking module – Interchangeable LED module that clicks into a trunking rail.
Clock (astronomical) – Timer that calculates sunrise and sunset to automate exterior lighting.
Closed-loop dimming – Dimming with photosensor feedback maintaining a constant target lux.
Cloud commissioning – Configuring luminaire addresses and scenes via a cloud-based dashboard.
Cloud-based control – Lighting management via internet-connected cloud servers.
CMOS sensor – Image sensor used in some smart luminaires for occupancy analytics.
Coastal-grade finish – Enhanced corrosion-resistant surface treatment for salt-spray environments.
Coating (conformal) – Thin protective film applied to a PCB to resist moisture and contaminants.
Coating (powder) – Electrostatically applied dry paint cured by heat, the standard aluminium finish.
Coaxial cable (DMX) – 75 Ω coaxial cable sometimes misused for DMX; 120 Ω twisted-pair is correct.
COB strip – Chip-on-Board strip producing a continuous dot-free line of light.
Coefficient (reflection) – Ratio of reflected flux to incident flux on a surface.
Coefficient (thermal / temperature) – Percentage change in a parameter per degree of temperature.
Coefficient (transmission) – Ratio of transmitted to incident light through a cover.
Coefficient (uniformity) – Ratio of minimum to average illuminance on a surface.
Coefficient (utilisation) – Ratio of useful flux on the work plane to total luminaire flux.
Coefficient of performance (CoP) – Ratio of useful light output to total system input, analogous to efficacy.
Coefficient of thermal expansion (CTE) – Rate at which a material expands per degree of temperature rise.
Cold cathode – Gas-discharge tube technology largely replaced by LED neon flex.
Colour – Perceptual light property determined by the dominant wavelength.
Colour (amber) – Warm amber LED emission around 590 nm.
Colour (cyan) – Blue-green LED emission around 500 nm.
Colour (lime) – Yellow-green LED emission used in high-CRI RGBA systems.
Colour (magenta) – Red-blue LED mix produced by combining red and blue channels.
Colour (tunable) – System capable of changing its output colour dynamically.
Colour bin tolerance – Acceptable chromaticity variation within a single LED production bin.
Colour calibration target – Reference colour point (e.g. D50, D65) to which luminaires are calibrated.
Colour changeover – Rapid switch from one colour to another in an RGB or RGBW system.
Colour consistency – Uniformity of colour across all LEDs in a batch or installation.
Colour fidelity (Rf) – TM-30 metric quantifying how faithfully a source renders all 99 test colours.
Colour gamut – Range of colours reproducible by an LED system, plotted in the CIE diagram.
Colour gamut (Rg) – TM-30 metric showing overall saturation increase or decrease versus reference.
Colour integrity – Maintenance of consistent colour output throughout the luminaire lifetime.
Colour matching – Process of selecting LEDs with identical chromaticity for uniform installations.
Colour mixing – Blending multiple LED colours to achieve a desired composite hue.
Colour mixing (additive) – Combining red, green and blue light to create other colours.
Colour mixing (subtractive) – Filtering white light with coloured filters, not typical in LED but used with gels.
Colour palette – Designer-selected set of LED colours or CCTs for a project.
Colour point – Specific x, y chromaticity coordinate of an LED’s emission.
Colour preference – Tendency of viewers to prefer colours that are slightly more saturated than reality.
Colour prescriptive specification – Project spec defining exact chromaticity coordinates for the supplied LEDs.
Colour quality scale (CQS) – NIST-developed metric for evaluating LED colour quality.
Colour recall – Controller function restoring the last-used colour setting after a power cycle.
Colour rendering – Ability of a source to reproduce colours faithfully; measured by CRI or TM-30.
Colour Rendering Index (CRI) – Scale from 0 to 100 measuring colour fidelity; 90+ for professional use.
Colour sequence – Programmed order of colours in a dynamic LED scene.
Colour shift – Undesirable change in emitted colour over time or with temperature.
Colour stability – Constancy of emitted colour throughout the LED’s operating life.
Colour temperature – Temperature in kelvins of a black body emitting light of equivalent hue.
Colour temperature (correlated / CCT) – Kelvin value approximating the hue of a non-incandescent source.
Colour temperature 1800 K – LED light output at a correlated colour temperature of 1800 kelvins.
Colour temperature 2000 K – LED light output at a correlated colour temperature of 2000 kelvins.
Colour temperature 2200 K – LED light output at a correlated colour temperature of 2200 kelvins.
Colour temperature 2400 K – LED light output at a correlated colour temperature of 2400 kelvins.
Colour temperature 2500 K – LED light output at a correlated colour temperature of 2500 kelvins.
Colour temperature 2700 K – LED light output at a correlated colour temperature of 2700 kelvins.
Colour temperature 2800 K – LED light output at a correlated colour temperature of 2800 kelvins.
Colour temperature 3000 K – LED light output at a correlated colour temperature of 3000 kelvins.
Colour temperature 3200 K – LED light output at a correlated colour temperature of 3200 kelvins.
Colour temperature 3500 K – LED light output at a correlated colour temperature of 3500 kelvins.
Colour temperature 4000 K – LED light output at a correlated colour temperature of 4000 kelvins.
Colour temperature 4500 K – LED light output at a correlated colour temperature of 4500 kelvins.
Colour temperature 5000 K – LED light output at a correlated colour temperature of 5000 kelvins.
Colour temperature 5500 K – LED light output at a correlated colour temperature of 5500 kelvins.
Colour temperature 5700 K – LED light output at a correlated colour temperature of 5700 kelvins.
Colour temperature 6000 K – LED light output at a correlated colour temperature of 6000 kelvins.
Colour temperature 6500 K – LED light output at a correlated colour temperature of 6500 kelvins.
Colour temperature 7000 K – LED light output at a correlated colour temperature of 7000 kelvins.
Colour temperature 8000 K – LED light output at a correlated colour temperature of 8000 kelvins.
Colour temperature range – Span between the warmest and coolest CCT a tunable-white system can produce.
Colour tuning – Dynamic adjustment of hue or CCT using multi-channel LED controllers.
Colour uniformity (angular) – Consistency of colour as the viewing angle changes.
Colour uniformity (spatial) – Consistency of colour across the emitting surface of a luminaire.
Colour vector – TM-30 arrow showing hue and saturation shift for a given colour bin.
Colour wheel – Circular arrangement of hues used as a reference for colour-mixing design.
Colour zoning – Dividing an installation into areas with different CCTs or colours.
column uplight technique – Ground-level LED spotlights wash structural or decorative columns with upward light, emphasising verticality and the materiality of stone, concrete or timber columns.
Combination emergency luminaire – Unit operating as both normal and emergency lighting.
Comfort (visual) – Condition free of fatigue, glare or visual discomfort.
Comfort temperature limit – Maximum Tc at which the luminaire still operates within warranty conditions.
Command signal – Digital or analogue instruction from a controller to a driver or luminaire.
Commissioning – Configuring, testing and verifying a completed lighting installation.
Commissioning (DALI) – Assigning addresses, groups and scenes to DALI devices during setup.
Common-anode – LED strip wiring where all LED positive terminals share a single wire.
Common-cathode – LED strip wiring where all LED negative terminals share a single wire.
Compact fluorescent lamp (CFL) – Energy-saving lamp now largely superseded by LED technology.
Compact linear profile – Short-length profile (300-600 mm) for furniture and display applications.
Compatibility (dimmer) – Verified interoperability between an LED driver and a specific dimmer type.
Compatibility (electromagnetic / EMC) – Ability of a device to function without causing or suffering interference.
Compatibility chart – Manufacturer table listing tested dimmer-driver combinations.
Compliance (regulatory) – Meeting all applicable standards, directives and local codes.
Compliance plate – Data label on a luminaire showing certifications, ratings and serial number.
Component (optic) – Lens, reflector, diffuser or prism modifying the light distribution.
Component derating – Operating a component below its maximum rating for extended reliability.
Compound parabolic concentrator (CPC) – Non-imaging optic for efficient light collection.
Concealed driver – Driver hidden inside a profile, ceiling void or furniture cavity.
Condensation – Moisture formation on cold surfaces, a risk for non-sealed luminaires.
Conductivity (electrical) – Ability of a material to conduct electric current, measured in S/m.
Conductivity (thermal) – Ability of a material to conduct heat, measured in W/(m·K).
Conductor – Low-resistivity material (copper, aluminium) carrying electric current.
Conduit – Duct for orderly routing of power and signal cables.
Conduit (flexible) – Corrugated tube allowing cables to follow curved paths.
Conduit (rigid) – Fixed tube for straight cable runs, usually PVC or steel.
Conduit sizing – Selecting conduit diameter to accommodate the required number of LED cables.
Cone (light) – Three-dimensional shape of the beam emitted by a luminaire.
Configuration software – Application for setting driver parameters, DALI addresses or pixel maps.
Conformal coating – Thin protective film on a PCB resisting moisture, dust and chemicals.
Conformity (declaration of) – Manufacturer’s formal statement that a product meets directive requirements.
Connected lighting – LED luminaires integrated into a network for monitoring and control.
Connection diagram – Drawing showing how LED strips, drivers and controllers are wired.
Connector – Component for quick electrical joining of cables, strips and power supplies.
Connector (2-pin 10mm) – Solderless 2-pin 10mm connector for LED strip installations.
Connector (2-pin 12mm) – Solderless 2-pin 12mm connector for LED strip installations.
Connector (2-pin 8mm) – Solderless 2-pin 8mm connector for LED strip installations.
Connector (4-pin 10mm) – Solderless 4-pin 10mm connector for LED strip installations.
Connector (4-pin 12mm) – Solderless 4-pin 12mm connector for LED strip installations.
Connector (4-pin 8mm) – Solderless 4-pin 8mm connector for LED strip installations.
Connector (5-pin 10mm) – Solderless 5-pin 10mm connector for LED strip installations.
Connector (5-pin 12mm) – Solderless 5-pin 12mm connector for LED strip installations.
Connector (6-pin 12mm) – Solderless 6-pin 12mm connector for LED strip installations.
Connector (6-pin 14mm) – Solderless 6-pin 14mm connector for LED strip installations.
Connector (90-degree angle) – Element for a right-angle direction change in a strip.
Connector (barrel / DC jack) – Cylindrical power connector commonly used on LED drivers.
Connector (barrel DC 5.5×2.1mm) – Solderless barrel DC 5.5×2.1mm connector for LED strip installations.
Connector (barrel DC 5.5×2.5mm) – Solderless barrel DC 5.5×2.5mm connector for LED strip installations.
Connector (board-to-board) – Connector linking two PCBs inside a luminaire or module.
Connector (crimp) – Terminal fixed to a cable by mechanical pressing.
Connector (DIN) – Circular multi-pin connector used in some European control systems.
Connector (flexible jumper 2-pin 15cm) – Solderless flexible jumper 2-pin 15cm connector for LED strip installations.
Connector (flexible jumper 2-pin 5cm) – Solderless flexible jumper 2-pin 5cm connector for LED strip installations.
Connector (flexible jumper 4-pin 15cm) – Solderless flexible jumper 4-pin 15cm connector for LED strip installations.
Connector (flexible jumper 5-pin 15cm) – Solderless flexible jumper 5-pin 15cm connector for LED strip installations.
Connector (flexible jumper 6-pin 15cm) – Solderless flexible jumper 6-pin 15cm connector for LED strip installations.
Connector (hippo 2-pin 10mm) – Solderless hippo 2-pin 10mm connector for LED strip installations.
Connector (hippo 2-pin 8mm) – Solderless hippo 2-pin 8mm connector for LED strip installations.
Connector (hippo 4-pin 10mm) – Solderless hippo 4-pin 10mm connector for LED strip installations.
Connector (hippo 5-pin 12mm) – Solderless hippo 5-pin 12mm connector for LED strip installations.
Connector (IP67 2-pin screw) – Solderless IP67 2-pin screw connector for LED strip installations.
Connector (IP67 4-pin screw) – Solderless IP67 4-pin screw connector for LED strip installations.
Connector (IP67 5-pin screw) – Solderless IP67 5-pin screw connector for LED strip installations.
Connector (IP67 waterproof) – Sealed connector for junctions in wet or outdoor environments.
Connector (IP68 2-pin potted) – Solderless IP68 2-pin potted connector for LED strip installations.
Connector (IP68 4-pin potted) – Solderless IP68 4-pin potted connector for LED strip installations.
Connector (JST) – Small pitch-locked connector popular in LED module wiring.
Connector (L-shape 2-pin 10mm) – Solderless L-shape 2-pin 10mm connector for LED strip installations.
Connector (L-shape 2-pin 8mm) – Solderless L-shape 2-pin 8mm connector for LED strip installations.
Connector (L-shape 4-pin 10mm) – Solderless L-shape 4-pin 10mm connector for LED strip installations.
Connector (L-shape 5-pin 12mm) – Solderless L-shape 5-pin 12mm connector for LED strip installations.
Connector (micro JST 2-pin) – Solderless micro JST 2-pin connector for LED strip installations.
Connector (micro JST 4-pin) – Solderless micro JST 4-pin connector for LED strip installations.
Connector (micro JST 6-pin) – Solderless micro JST 6-pin connector for LED strip installations.
Connector (Molex) – Industry-standard connector for internal LED luminaire wiring.
Connector (pigtail 2-wire 15cm) – Solderless pigtail 2-wire 15cm connector for LED strip installations.
Connector (pigtail 2-wire 30cm) – Solderless pigtail 2-wire 30cm connector for LED strip installations.
Connector (pigtail 4-wire 15cm) – Solderless pigtail 4-wire 15cm connector for LED strip installations.
Connector (pigtail 4-wire 30cm) – Solderless pigtail 4-wire 30cm connector for LED strip installations.
Connector (pigtail 5-wire 15cm) – Solderless pigtail 5-wire 15cm connector for LED strip installations.
Connector (pigtail 5-wire 30cm) – Solderless pigtail 5-wire 30cm connector for LED strip installations.
Connector (pigtail 6-wire 15cm) – Solderless pigtail 6-wire 15cm connector for LED strip installations.
Connector (push-in) – Tool-free connector locking the wire on insertion.
Connector (quick / solderless) – Snap-in or push-in system for joining strips without soldering.
Connector (RJ45) – Ethernet jack for Art-Net and sACN DMX-over-IP transport.
Connector (screw terminal) – Terminal block with clamping screws for secure, removable connections.
Connector (strip-to-strip 10mm) – Solderless strip-to-strip 10mm connector for LED strip installations.
Connector (strip-to-strip 12mm) – Solderless strip-to-strip 12mm connector for LED strip installations.
Connector (strip-to-strip 8mm) – Solderless strip-to-strip 8mm connector for LED strip installations.
Connector (strip-to-strip) – Element joining two strip segments without soldering.
Connector (strip-to-wire 15cm 2-pin) – Solderless strip-to-wire 15cm 2-pin connector for LED strip installations.
Connector (strip-to-wire 30cm 4-pin) – Solderless strip-to-wire 30cm 4-pin connector for LED strip installations.
Connector (strip-to-wire 50cm 5-pin) – Solderless strip-to-wire 50cm 5-pin connector for LED strip installations.
Connector (strip-to-wire) – Element joining a strip to a power-supply cable.
Connector (T-junction) – Three-way junction for branching a strip or power line.
Connector (T-shape 2-pin 10mm) – Solderless T-shape 2-pin 10mm connector for LED strip installations.
Connector (T-shape 4-pin 10mm) – Solderless T-shape 4-pin 10mm connector for LED strip installations.
Connector (T-shape 5-pin 12mm) – Solderless T-shape 5-pin 12mm connector for LED strip installations.
Connector (WAGO) – Universal spring-clamp connector for fast reliable wiring.
Connector (waterproof — Y-splitter) – Sealed Y-shaped cable splitter for outdoor LED wiring.
Connector (X-shape 4-pin 10mm) – Solderless X-shape 4-pin 10mm connector for LED strip installations.
Connector (X-shape 5-pin 12mm) – Solderless X-shape 5-pin 12mm connector for LED strip installations.
Connector (XLR 3-pin) – Professional connector for DMX512 signal, three-pin variant.
Connector (XLR 5-pin) – Professional connector for DMX512 signal, five-pin variant.
Connector (Y-splitter 2-pin IP67) – Solderless Y-splitter 2-pin IP67 connector for LED strip installations.
Connector (Y-splitter 4-pin IP67) – Solderless Y-splitter 4-pin IP67 connector for LED strip installations.
Constant current (CC) – Power-supply mode maintaining fixed output current regardless of load.
Constant voltage (CV) – Power-supply mode delivering a fixed output voltage.
Constant-current driver – Driver that regulates current through the LED, varying voltage as needed.
Constant-current strip – Strip with on-board regulators ensuring uniform brightness over long runs.
Constant-lumen output (CLO) – Driver mode compensating for lumen depreciation by increasing current over time.
Constant-voltage driver – Driver delivering a fixed voltage (12 V, 24 V, 48 V) while the strip regulates current via resistors.
Construction detail drawing – Architectural section showing how an LED profile integrates into the building fabric.
Continuous dimming – Smooth, stepless brightness adjustment from 0 to 100 percent.
Continuous manufacturing – Reel-to-reel production of LED strips for consistent quality over long runs.
Contrast – Ratio between maximum and minimum luminance in a scene.
Contrast ratio – Numerical expression of the luminance difference between the brightest and darkest areas.
Contrast ratio (visual task) – Luminance difference between the task object and its immediate background.
Control (closed-loop) – Dimming system using sensor feedback to maintain a target lux level.
Control (daylight-linked) – Automatic dimming in response to changes in natural light levels.
Control (open-loop) – Dimming system without feedback; the controller sends a fixed command.
Control (scene) – Pre-set brightness, colour and distribution creating a specific ambiance.
Control bus wiring – Dedicated cable connecting controllers, sensors and actuators on a bus protocol.
Control cabinet – Enclosure housing all lighting-control electronics in a centralised installation.
Control gear – Generic term for LED driver or associated electronic control equipment.
Control topology – Architecture of the lighting-control network (star, bus, mesh, hybrid).
Controller – Electronic device managing colour, intensity and effects of LED strips.
Controller (4-zone) – Multi-zone controller managing four independent lighting areas.
Controller (DALI) – Master device managing up to 64 luminaires on a DALI bus.
Controller (DMX) – Console or device generating DMX512 signals for luminaire control.
Controller (DMX-RDM) – DMX controller supporting the RDM bidirectional management extension.
Controller (gesture) – Controller activated by hand gestures detected by an infrared sensor.
Controller (KNX) – Controller integrated into the KNX building-automation bus.
Controller (Matter) – Controller using the Matter smart-home protocol for interoperability.
Controller (multi-zone) – Device managing several independent lighting zones.
Controller (pixel) – Device for individual control of each LED in an addressable system.
Controller (PLC) – Programmable logic controller for industrial LED-lighting automation.
Controller (programmable) – Device with scene memories and timelines for automatic sequences.
Controller (push-button interface) – Module translating physical button presses into DALI or KNX commands.
Controller (RF) – Radio-frequency remote and receiver for wireless LED control.
Controller (RGB) – Three-channel controller for mixing red, green and blue.
Controller (RGBW) – Four-channel controller for RGB plus a dedicated white channel.
Controller (RGBWW) – Five-channel controller for RGB, warm white and cool white.
Controller (rotary knob) – Simple wall controller with a rotating dial for dimming.
Controller (scene panel) – Wall-mounted panel with preset scene buttons.
Controller (Thread) – Controller using the Thread IP mesh protocol for smart lighting.
Controller (touch panel) – Wall unit with a tactile interface for lighting management.
Controller (tunable white) – Device dynamically adjusting white colour temperature.
Controller (USB-DMX) – PC interface converting USB data to DMX512 for software control.
Controller (voice) – System accepting voice commands (Alexa, Google, Siri) for LED control.
Controller (Wi-Fi) – Network-connected device for remote control via app or voice assistant.
Controller (Zigbee) – Zigbee-based device for mesh smart-lighting networks.
Convection – Heat transfer through air movement, the primary passive-cooling mechanism.
Convection (forced) – Heat removal accelerated by a fan or blower.
Convection (natural) – Heat removal relying solely on buoyancy-driven air currents.
Conversion (phosphor) – Process in which phosphors convert blue LED light into white.
Conversion efficiency – Percentage of electrical power converted to visible light by the LED.
Converter (AC-DC) – Mains-to-DC power supply for LED systems.
Converter (DC-DC) – Device changing one DC voltage level to another for LEDs.
Converter (frequency) – Device altering AC frequency, occasionally used in industrial LED systems.
Cool beam – Luminaire beam with minimal infrared content, safe for heat-sensitive objects.
Cool White – Colour temperature above 5 000 K, a bright and vivid light tone.
Cooling fin – Protruding rib on a profile increasing the heat-dissipating surface area.
Coordinates (chromaticity x, y) – Values in the CIE diagram uniquely identifying a colour.
Coordinates (u’, v’) – Values in the CIE 1976 uniform chromaticity diagram.
Copper pour – Large copper area on a PCB aiding heat dissipation under high-power LEDs.
Copper slug – Solid copper insert inside a PCB under high-power LEDs for enhanced heat conduction.
Cord grip – Clamping device in a pendant rose preventing cable pull-out.
Corner mitre joint – 45° angled joint at the meeting of two profile lengths forming a right angle.
Cornice lighting – Indirect illumination concealed within an architectural cornice or cove.
Corrosion – Metal degradation through oxidation, prevented by anodising or coating.
Corrosion (galvanic) – Electrochemical corrosion when dissimilar metals are in contact with moisture.
Corrosion resistance – Ability of a material or finish to withstand environmental degradation.
Cosine correction – Optical adjustment in lux meters to accurately measure off-axis illuminance.
Cost of ownership (total / TCO) – Sum of purchase, installation, energy, maintenance and disposal costs.
Cost-per-lumen – Economic metric comparing LED products by dividing price by lumen output.
Counter-reflector – Secondary reflector redirecting light that would otherwise be wasted.
Counter-sunk screw – Flat-head screw sitting flush with the profile surface.
Cove lighting – Indirect illumination from a concealed ledge or recess.
cove uplighting technique – LED strip concealed in a ceiling cove bounces light off the ceiling surface, producing soft indirect ambient illumination without visible hardware, a hallmark of high-end architectural interiors.
Cover – Transparent or opal element closing a profile and diffusing the light.
Cover (calpestable / walkable) – Reinforced cover rated for pedestrian loads on floor profiles.
Cover (click-in / snap-in) – Cover that clips into profile channels without screws.
Cover (flat) – Cover with a planar surface, standard for U-shaped profiles.
Cover (frost) – Cover with an iced finish for diffusion and LED-dot reduction.
Cover (glass) – Tempered or laminated glass cover for outdoor or harsh environments.
Cover (lenticular) – Cover with micro-lenses for directional beam control.
Cover (micro-prismatic) – Cover with micro-prisms for controlled distribution and anti-glare.
Cover (opal) – Milky-white cover uniformly diffusing light, hiding individual LEDs.
Cover (polycarbonate) – PC cover, more impact-resistant than PMMA, slight yellowing risk.
Cover (prismatic) – Cover with moulded prisms for directional control and reduced glare.
Cover (round / domed) – Convex cover widening the emission angle.
Cover (semi-transparent) – Cover with intermediate transmittance between clear and opal.
Cover (silicone) – Flexible cover for bendable profiles or special applications.
Cover (transparent / clear) – Clear cover with maximum transmittance above 90 percent.
Cradle bracket – U-shaped bracket supporting a profile from below for surface mounting.
Crest factor – Ratio of peak to RMS current in a driver, relevant for capacitor stress.
CRI (extended / Re) – CRI calculated over 14 test colour samples rather than 8.
CRI 65+ – LED source with a Colour Rendering Index of 65 or above.
CRI 70+ – LED source with a Colour Rendering Index of 70 or above.
CRI 75+ – LED source with a Colour Rendering Index of 75 or above.
CRI 80+ – LED source with a Colour Rendering Index of 80 or above.
CRI 83+ – LED source with a Colour Rendering Index of 83 or above.
CRI 85+ – LED source with a Colour Rendering Index of 85 or above.
CRI 87+ – LED source with a Colour Rendering Index of 87 or above.
CRI 90+ – LED source with a Colour Rendering Index of 90 or above.
CRI 92+ – LED source with a Colour Rendering Index of 92 or above.
CRI 93+ – LED source with a Colour Rendering Index of 93 or above.
CRI 95+ – LED source with a Colour Rendering Index of 95 or above.
CRI 97+ – LED source with a Colour Rendering Index of 97 or above.
CRI 98+ – LED source with a Colour Rendering Index of 98 or above.
CRI 99+ – LED source with a Colour Rendering Index of 99 or above.
CRI R9 – Sub-index for saturated red, critical for skin tones, textiles and food.
CRI Ra – General CRI calculated as the average of R1–R8 test colour samples.
Crimp tool – Hand or hydraulic tool for attaching crimp terminals to cables.
Cross-section – Transverse view of a profile showing internal geometry and dimensions.
Cross-talk (signal) – Unwanted interference between adjacent control cables or channels.
Curing (UV) – Hardening of adhesives or coatings under ultraviolet light.
Curing time – Duration required for adhesive, potting or coating to fully harden.
Current (direct / forward / IF) – Current flowing through the LED under forward bias.
Current (inrush) – Peak switch-on current in switching supplies, requiring adequate fusing.
Current (leakage) – Small unwanted current flowing through insulation, relevant for dimmer compatibility.
Current (operating) – Nominal amperage at which the LED operates under specified conditions.
Current (peak) – Maximum instantaneous current the LED can withstand.
Current (reverse) – Leakage current flowing when the LED is reverse-biased.
Current balancing – Technique ensuring equal current through parallel LED strings.
Current sharing – Multiple drivers or channels sharing the total load current equally.
Custom colour match – Manufacturing a profile finish to match a designer-specified colour sample.
Custom extrusion – Profile made from a new die to a client-specific cross-section design.
Custom length – Profile or strip cut to a non-standard length as specified by the project.
Custom optic – Lens or reflector designed specifically for a bespoke luminaire.
Cut interval 100 mm – LED strip can be cut every 100 mm at designated solder pads.
Cut interval 125 mm – LED strip can be cut every 125 mm at designated solder pads.
Cut interval 15 mm – LED strip can be cut every 15 mm at designated solder pads.
Cut interval 150 mm – LED strip can be cut every 150 mm at designated solder pads.
Cut interval 166 mm – LED strip can be cut every 166 mm at designated solder pads.
Cut interval 17 mm – LED strip can be cut every 17 mm at designated solder pads.
Cut interval 20 mm – LED strip can be cut every 20 mm at designated solder pads.
Cut interval 200 mm – LED strip can be cut every 200 mm at designated solder pads.
Cut interval 25 mm – LED strip can be cut every 25 mm at designated solder pads.
Cut interval 250 mm – LED strip can be cut every 250 mm at designated solder pads.
Cut interval 30 mm – LED strip can be cut every 30 mm at designated solder pads.
Cut interval 33 mm – LED strip can be cut every 33 mm at designated solder pads.
Cut interval 333 mm – LED strip can be cut every 333 mm at designated solder pads.
Cut interval 35 mm – LED strip can be cut every 35 mm at designated solder pads.
Cut interval 40 mm – LED strip can be cut every 40 mm at designated solder pads.
Cut interval 50 mm – LED strip can be cut every 50 mm at designated solder pads.
Cut interval 500 mm – LED strip can be cut every 500 mm at designated solder pads.
Cut interval 55 mm – LED strip can be cut every 55 mm at designated solder pads.
Cut interval 62 mm – LED strip can be cut every 62 mm at designated solder pads.
Cut interval 67 mm – LED strip can be cut every 67 mm at designated solder pads.
Cut interval 83 mm – LED strip can be cut every 83 mm at designated solder pads.
Cut length (minimum) – Shortest permissible segment when cutting a strip at its cut marks.
Cut length 0.050 m – LED profile or strip cut to 0.050 metres.
Cut length 0.075 m – LED profile or strip cut to 0.075 metres.
Cut length 0.100 m – LED profile or strip cut to 0.100 metres.
Cut length 0.125 m – LED profile or strip cut to 0.125 metres.
Cut length 0.150 m – LED profile or strip cut to 0.150 metres.
Cut length 0.175 m – LED profile or strip cut to 0.175 metres.
Cut length 0.200 m – LED profile or strip cut to 0.200 metres.
Cut length 0.225 m – LED profile or strip cut to 0.225 metres.
Cut length 0.250 m – LED profile or strip cut to 0.250 metres.
Cut length 0.275 m – LED profile or strip cut to 0.275 metres.
Cut length 0.300 m – LED profile or strip cut to 0.300 metres.
Cut length 0.325 m – LED profile or strip cut to 0.325 metres.
Cut length 0.350 m – LED profile or strip cut to 0.350 metres.
Cut length 0.375 m – LED profile or strip cut to 0.375 metres.
Cut length 0.400 m – LED profile or strip cut to 0.400 metres.
Cut length 0.425 m – LED profile or strip cut to 0.425 metres.
Cut length 0.450 m – LED profile or strip cut to 0.450 metres.
Cut length 0.475 m – LED profile or strip cut to 0.475 metres.
Cut length 0.500 m – LED profile or strip cut to 0.500 metres.
Cut length 0.525 m – LED profile or strip cut to 0.525 metres.
Cut length 0.550 m – LED profile or strip cut to 0.550 metres.
Cut length 0.575 m – LED profile or strip cut to 0.575 metres.
Cut length 0.600 m – LED profile or strip cut to 0.600 metres.
Cut length 0.625 m – LED profile or strip cut to 0.625 metres.
Cut length 0.650 m – LED profile or strip cut to 0.650 metres.
Cut length 0.675 m – LED profile or strip cut to 0.675 metres.
Cut length 0.700 m – LED profile or strip cut to 0.700 metres.
Cut length 0.725 m – LED profile or strip cut to 0.725 metres.
Cut length 0.750 m – LED profile or strip cut to 0.750 metres.
Cut length 0.775 m – LED profile or strip cut to 0.775 metres.
Cut length 0.800 m – LED profile or strip cut to 0.800 metres.
Cut length 0.825 m – LED profile or strip cut to 0.825 metres.
Cut length 0.850 m – LED profile or strip cut to 0.850 metres.
Cut length 0.875 m – LED profile or strip cut to 0.875 metres.
Cut length 0.900 m – LED profile or strip cut to 0.900 metres.
Cut length 0.925 m – LED profile or strip cut to 0.925 metres.
Cut length 0.950 m – LED profile or strip cut to 0.950 metres.
Cut length 0.975 m – LED profile or strip cut to 0.975 metres.
Cut length 1.000 m – LED profile or strip cut to 1.000 metres.
Cut length 1.025 m – LED profile or strip cut to 1.025 metres.
Cut length 1.050 m – LED profile or strip cut to 1.050 metres.
Cut length 1.075 m – LED profile or strip cut to 1.075 metres.
Cut length 1.100 m – LED profile or strip cut to 1.100 metres.
Cut length 1.125 m – LED profile or strip cut to 1.125 metres.
Cut length 1.150 m – LED profile or strip cut to 1.150 metres.
Cut length 1.175 m – LED profile or strip cut to 1.175 metres.
Cut length 1.200 m – LED profile or strip cut to 1.200 metres.
Cut length 1.225 m – LED profile or strip cut to 1.225 metres.
Cut length 1.250 m – LED profile or strip cut to 1.250 metres.
Cut length 1.275 m – LED profile or strip cut to 1.275 metres.
Cut length 1.300 m – LED profile or strip cut to 1.300 metres.
Cut length 1.325 m – LED profile or strip cut to 1.325 metres.
Cut length 1.350 m – LED profile or strip cut to 1.350 metres.
Cut length 1.375 m – LED profile or strip cut to 1.375 metres.
Cut length 1.400 m – LED profile or strip cut to 1.400 metres.
Cut length 1.425 m – LED profile or strip cut to 1.425 metres.
Cut length 1.450 m – LED profile or strip cut to 1.450 metres.
Cut length 1.475 m – LED profile or strip cut to 1.475 metres.
Cut length 1.500 m – LED profile or strip cut to 1.500 metres.
Cut length 1.525 m – LED profile or strip cut to 1.525 metres.
Cut length 1.550 m – LED profile or strip cut to 1.550 metres.
Cut length 1.575 m – LED profile or strip cut to 1.575 metres.
Cut length 1.600 m – LED profile or strip cut to 1.600 metres.
Cut length 1.625 m – LED profile or strip cut to 1.625 metres.
Cut length 1.650 m – LED profile or strip cut to 1.650 metres.
Cut length 1.675 m – LED profile or strip cut to 1.675 metres.
Cut length 1.700 m – LED profile or strip cut to 1.700 metres.
Cut length 1.725 m – LED profile or strip cut to 1.725 metres.
Cut length 1.750 m – LED profile or strip cut to 1.750 metres.
Cut length 1.775 m – LED profile or strip cut to 1.775 metres.
Cut length 1.800 m – LED profile or strip cut to 1.800 metres.
Cut length 1.825 m – LED profile or strip cut to 1.825 metres.
Cut length 1.850 m – LED profile or strip cut to 1.850 metres.
Cut length 1.875 m – LED profile or strip cut to 1.875 metres.
Cut length 1.900 m – LED profile or strip cut to 1.900 metres.
Cut length 1.925 m – LED profile or strip cut to 1.925 metres.
Cut length 1.950 m – LED profile or strip cut to 1.950 metres.
Cut length 1.975 m – LED profile or strip cut to 1.975 metres.
Cut length 2.000 m – LED profile or strip cut to 2.000 metres.
Cut length 2.025 m – LED profile or strip cut to 2.025 metres.
Cut length 2.050 m – LED profile or strip cut to 2.050 metres.
Cut length 2.075 m – LED profile or strip cut to 2.075 metres.
Cut length 2.100 m – LED profile or strip cut to 2.100 metres.
Cut length 2.125 m – LED profile or strip cut to 2.125 metres.
Cut length 2.150 m – LED profile or strip cut to 2.150 metres.
Cut length 2.175 m – LED profile or strip cut to 2.175 metres.
Cut length 2.200 m – LED profile or strip cut to 2.200 metres.
Cut length 2.225 m – LED profile or strip cut to 2.225 metres.
Cut length 2.250 m – LED profile or strip cut to 2.250 metres.
Cut length 2.275 m – LED profile or strip cut to 2.275 metres.
Cut length 2.300 m – LED profile or strip cut to 2.300 metres.
Cut length 2.325 m – LED profile or strip cut to 2.325 metres.
Cut length 2.350 m – LED profile or strip cut to 2.350 metres.
Cut length 2.375 m – LED profile or strip cut to 2.375 metres.
Cut length 2.400 m – LED profile or strip cut to 2.400 metres.
Cut length 2.425 m – LED profile or strip cut to 2.425 metres.
Cut length 2.450 m – LED profile or strip cut to 2.450 metres.
Cut length 2.475 m – LED profile or strip cut to 2.475 metres.
Cut length 2.500 m – LED profile or strip cut to 2.500 metres.
Cut length 2.525 m – LED profile or strip cut to 2.525 metres.
Cut length 2.550 m – LED profile or strip cut to 2.550 metres.
Cut length 2.575 m – LED profile or strip cut to 2.575 metres.
Cut length 2.600 m – LED profile or strip cut to 2.600 metres.
Cut length 2.625 m – LED profile or strip cut to 2.625 metres.
Cut length 2.650 m – LED profile or strip cut to 2.650 metres.
Cut length 2.675 m – LED profile or strip cut to 2.675 metres.
Cut length 2.700 m – LED profile or strip cut to 2.700 metres.
Cut length 2.725 m – LED profile or strip cut to 2.725 metres.
Cut length 2.750 m – LED profile or strip cut to 2.750 metres.
Cut length 2.775 m – LED profile or strip cut to 2.775 metres.
Cut length 2.800 m – LED profile or strip cut to 2.800 metres.
Cut length 2.825 m – LED profile or strip cut to 2.825 metres.
Cut length 2.850 m – LED profile or strip cut to 2.850 metres.
Cut length 2.875 m – LED profile or strip cut to 2.875 metres.
Cut length 2.900 m – LED profile or strip cut to 2.900 metres.
Cut length 2.925 m – LED profile or strip cut to 2.925 metres.
Cut length 2.950 m – LED profile or strip cut to 2.950 metres.
Cut length 2.975 m – LED profile or strip cut to 2.975 metres.
Cut length 3.000 m – LED profile or strip cut to 3.000 metres.
Cut length 3.025 m – LED profile or strip cut to 3.025 metres.
Cut length 3.050 m – LED profile or strip cut to 3.050 metres.
Cut length 3.075 m – LED profile or strip cut to 3.075 metres.
Cut length 3.100 m – LED profile or strip cut to 3.100 metres.
Cut length 3.125 m – LED profile or strip cut to 3.125 metres.
Cut length 3.150 m – LED profile or strip cut to 3.150 metres.
Cut length 3.175 m – LED profile or strip cut to 3.175 metres.
Cut length 3.200 m – LED profile or strip cut to 3.200 metres.
Cut length 3.225 m – LED profile or strip cut to 3.225 metres.
Cut length 3.250 m – LED profile or strip cut to 3.250 metres.
Cut length 3.275 m – LED profile or strip cut to 3.275 metres.
Cut length 3.300 m – LED profile or strip cut to 3.300 metres.
Cut length 3.325 m – LED profile or strip cut to 3.325 metres.
Cut length 3.350 m – LED profile or strip cut to 3.350 metres.
Cut length 3.375 m – LED profile or strip cut to 3.375 metres.
Cut length 3.400 m – LED profile or strip cut to 3.400 metres.
Cut length 3.425 m – LED profile or strip cut to 3.425 metres.
Cut length 3.450 m – LED profile or strip cut to 3.450 metres.
Cut length 3.475 m – LED profile or strip cut to 3.475 metres.
Cut length 3.500 m – LED profile or strip cut to 3.500 metres.
Cut length 3.525 m – LED profile or strip cut to 3.525 metres.
Cut length 3.550 m – LED profile or strip cut to 3.550 metres.
Cut length 3.575 m – LED profile or strip cut to 3.575 metres.
Cut length 3.600 m – LED profile or strip cut to 3.600 metres.
Cut length 3.625 m – LED profile or strip cut to 3.625 metres.
Cut length 3.650 m – LED profile or strip cut to 3.650 metres.
Cut length 3.675 m – LED profile or strip cut to 3.675 metres.
Cut length 3.700 m – LED profile or strip cut to 3.700 metres.
Cut length 3.725 m – LED profile or strip cut to 3.725 metres.
Cut length 3.750 m – LED profile or strip cut to 3.750 metres.
Cut length 3.775 m – LED profile or strip cut to 3.775 metres.
Cut length 3.800 m – LED profile or strip cut to 3.800 metres.
Cut length 3.825 m – LED profile or strip cut to 3.825 metres.
Cut length 3.850 m – LED profile or strip cut to 3.850 metres.
Cut length 3.875 m – LED profile or strip cut to 3.875 metres.
Cut length 3.900 m – LED profile or strip cut to 3.900 metres.
Cut length 3.925 m – LED profile or strip cut to 3.925 metres.
Cut length 3.950 m – LED profile or strip cut to 3.950 metres.
Cut length 3.975 m – LED profile or strip cut to 3.975 metres.
Cut length 4.000 m – LED profile or strip cut to 4.000 metres.
Cut length 4.025 m – LED profile or strip cut to 4.025 metres.
Cut length 4.050 m – LED profile or strip cut to 4.050 metres.
Cut length 4.075 m – LED profile or strip cut to 4.075 metres.
Cut length 4.100 m – LED profile or strip cut to 4.100 metres.
Cut length 4.125 m – LED profile or strip cut to 4.125 metres.
Cut length 4.150 m – LED profile or strip cut to 4.150 metres.
Cut length 4.175 m – LED profile or strip cut to 4.175 metres.
Cut length 4.200 m – LED profile or strip cut to 4.200 metres.
Cut length 4.225 m – LED profile or strip cut to 4.225 metres.
Cut length 4.250 m – LED profile or strip cut to 4.250 metres.
Cut length 4.275 m – LED profile or strip cut to 4.275 metres.
Cut length 4.300 m – LED profile or strip cut to 4.300 metres.
Cut length 4.325 m – LED profile or strip cut to 4.325 metres.
Cut length 4.350 m – LED profile or strip cut to 4.350 metres.
Cut length 4.375 m – LED profile or strip cut to 4.375 metres.
Cut length 4.400 m – LED profile or strip cut to 4.400 metres.
Cut length 4.425 m – LED profile or strip cut to 4.425 metres.
Cut length 4.450 m – LED profile or strip cut to 4.450 metres.
Cut length 4.475 m – LED profile or strip cut to 4.475 metres.
Cut length 4.500 m – LED profile or strip cut to 4.500 metres.
Cut length 4.525 m – LED profile or strip cut to 4.525 metres.
Cut length 4.550 m – LED profile or strip cut to 4.550 metres.
Cut length 4.575 m – LED profile or strip cut to 4.575 metres.
Cut length 4.600 m – LED profile or strip cut to 4.600 metres.
Cut length 4.625 m – LED profile or strip cut to 4.625 metres.
Cut length 4.650 m – LED profile or strip cut to 4.650 metres.
Cut length 4.675 m – LED profile or strip cut to 4.675 metres.
Cut length 4.700 m – LED profile or strip cut to 4.700 metres.
Cut length 4.725 m – LED profile or strip cut to 4.725 metres.
Cut length 4.750 m – LED profile or strip cut to 4.750 metres.
Cut length 4.775 m – LED profile or strip cut to 4.775 metres.
Cut length 4.800 m – LED profile or strip cut to 4.800 metres.
Cut length 4.825 m – LED profile or strip cut to 4.825 metres.
Cut length 4.850 m – LED profile or strip cut to 4.850 metres.
Cut length 4.875 m – LED profile or strip cut to 4.875 metres.
Cut length 4.900 m – LED profile or strip cut to 4.900 metres.
Cut length 4.925 m – LED profile or strip cut to 4.925 metres.
Cut length 4.950 m – LED profile or strip cut to 4.950 metres.
Cut length 4.975 m – LED profile or strip cut to 4.975 metres.
Cut length 5.000 m – LED profile or strip cut to 5.000 metres.
Cut length 5.025 m – LED profile or strip cut to 5.025 metres.
Cut length 5.050 m – LED profile or strip cut to 5.050 metres.
Cut length 5.075 m – LED profile or strip cut to 5.075 metres.
Cut length 5.100 m – LED profile or strip cut to 5.100 metres.
Cut length 5.125 m – LED profile or strip cut to 5.125 metres.
Cut length 5.150 m – LED profile or strip cut to 5.150 metres.
Cut length 5.175 m – LED profile or strip cut to 5.175 metres.
Cut length 5.200 m – LED profile or strip cut to 5.200 metres.
Cut length 5.225 m – LED profile or strip cut to 5.225 metres.
Cut length 5.250 m – LED profile or strip cut to 5.250 metres.
Cut length 5.275 m – LED profile or strip cut to 5.275 metres.
Cut length 5.300 m – LED profile or strip cut to 5.300 metres.
Cut length 5.325 m – LED profile or strip cut to 5.325 metres.
Cut length 5.350 m – LED profile or strip cut to 5.350 metres.
Cut length 5.375 m – LED profile or strip cut to 5.375 metres.
Cut length 5.400 m – LED profile or strip cut to 5.400 metres.
Cut length 5.425 m – LED profile or strip cut to 5.425 metres.
Cut length 5.450 m – LED profile or strip cut to 5.450 metres.
Cut length 5.475 m – LED profile or strip cut to 5.475 metres.
Cut length 5.500 m – LED profile or strip cut to 5.500 metres.
Cut length 5.525 m – LED profile or strip cut to 5.525 metres.
Cut length 5.550 m – LED profile or strip cut to 5.550 metres.
Cut length 5.575 m – LED profile or strip cut to 5.575 metres.
Cut length 5.600 m – LED profile or strip cut to 5.600 metres.
Cut length 5.625 m – LED profile or strip cut to 5.625 metres.
Cut length 5.650 m – LED profile or strip cut to 5.650 metres.
Cut length 5.675 m – LED profile or strip cut to 5.675 metres.
Cut length 5.700 m – LED profile or strip cut to 5.700 metres.
Cut length 5.725 m – LED profile or strip cut to 5.725 metres.
Cut length 5.750 m – LED profile or strip cut to 5.750 metres.
Cut length 5.775 m – LED profile or strip cut to 5.775 metres.
Cut length 5.800 m – LED profile or strip cut to 5.800 metres.
Cut length 5.825 m – LED profile or strip cut to 5.825 metres.
Cut length 5.850 m – LED profile or strip cut to 5.850 metres.
Cut length 5.875 m – LED profile or strip cut to 5.875 metres.
Cut length 5.900 m – LED profile or strip cut to 5.900 metres.
Cut length 5.925 m – LED profile or strip cut to 5.925 metres.
Cut length 5.950 m – LED profile or strip cut to 5.950 metres.
Cut length 5.975 m – LED profile or strip cut to 5.975 metres.
Cut length 6.000 m – LED profile or strip cut to 6.000 metres.
Cut mark – Printed indication on a strip identifying permitted cutting points.
Cut-off angle – Angle beyond which the source is hidden from the observer.
Cut-to-length service – Factory or distributor service cutting profiles and strips to order.
Cycle (on/off) – One complete switch-on then switch-off sequence, relevant for lifetime testing.
Cycle life (battery) – Number of charge-discharge cycles an emergency battery can sustain.
Cylindrical illuminance (Ez) – Average illuminance on a vertical cylinder, indicating 3D visual comfort.
D
DALI (Digital Addressable Lighting Interface) – Standard digital protocol for bidirectional luminaire control.
DALI 2 – Enhanced DALI protocol with extended features and certified interoperability.
DALI broadcast – Command sent simultaneously to all devices on the DALI bus.
DALI bus coupler – Device isolating DALI bus segments for fault protection.
DALI commissioning tool – Handheld or software-based device for addressing and configuring DALI luminaires.
DALI DT6 – Device Type 6 profile for single-channel LED drivers.
DALI DT8 – Device Type 8 profile for colour control (tunable white, RGB, XY).
DALI emergency (DT1) – Device Type 1 profile for emergency-lighting control via DALI.
DALI gateway – Interface connecting DALI to KNX, BACnet, Modbus or IP networks.
DALI group – Logical grouping of DALI luminaires for simultaneous control.
DALI master – Device initiating commands on the DALI bus.
DALI multi-master – DALI configuration supporting more than one master on the same bus.
DALI power supply – Dedicated PSU for the bus line, typically 16 V DC at 250 mA.
DALI scene – Stored lighting preset with defined levels per luminaire.
DALI sensor (DT6 Part 303) – Occupancy or daylight sensor communicating directly on the DALI bus.
DALI short address – Unique 0–63 address assigned to each device on a DALI line.
Damp location – Rating for areas with occasional moisture, requiring at least IP44.
Daylight – Natural light from the sun, reference for colour rendering evaluation.
Daylight autonomy – Percentage of occupied hours when daylight alone meets the target illuminance.
Daylight factor – Ratio of indoor to outdoor illuminance under an overcast sky.
Daylight factor (DF) – Ratio of indoor to outdoor illuminance under overcast sky, as a percentage.
Daylight harvesting – Strategy adjusting artificial light based on available natural daylight.
Daylight white – Colour temperature around 5 500–6 500 K, resembling noon daylight.
Daylight-linked dimming – Automatic LED dimming in response to natural-light level changes.
DC (Direct Current) – Unidirectional current, 12 V, 24 V or 48 V for LED strips.
Dead band – Dimmer range within which no visible change in LED output occurs.
Dead load – Weight of the luminaire and suspension acting on the mounting structure.
Decay (luminous) – Progressive flux reduction over the LED’s operating life.
Decibel (dB) – Logarithmic unit for signal level, used in EMC and fibre-optic specifications.
Decimal dimming – DALI dimming resolution using 254 logarithmic steps from 0.1% to 100%.
Decoder (DMX) – Device converting DMX512 to PWM outputs for driving LED strips.
Decoration lighting – LED systems used primarily for aesthetic and mood-setting purposes.
Deep dimming – Dimming below 1 percent without flicker or premature switch-off.
Deep-recessed downlight – Downlight with the light source set far back in the housing for low glare.
Defect rate (ppm) – Number of defective LEDs per million produced, a quality metric.
Degree of protection (IP) – Two-digit code indicating solid and liquid ingress resistance.
Dehumidifier (luminaire) – Breathing membrane or desiccant preventing condensation inside sealed luminaires.
Delamination – Separation of bonded layers in a PCB or encapsulant due to thermal stress.
Delivered lumens – Actual luminous flux reaching the task surface after all system losses.
Delta-T (ΔT) – Temperature rise of the LED junction above the ambient temperature.
Demand response – Reducing lighting power in response to grid-utility peak-demand signals.
Density 100 LEDs/m – LED strip populated with 100 chips per linear metre.
Density 1000 LEDs/m – LED strip populated with 1000 chips per linear metre.
Density 105 LEDs/m – LED strip populated with 105 chips per linear metre.
Density 110 LEDs/m – LED strip populated with 110 chips per linear metre.
Density 115 LEDs/m – LED strip populated with 115 chips per linear metre.
Density 120 LEDs/m – LED strip populated with 120 chips per linear metre.
Density 125 LEDs/m – LED strip populated with 125 chips per linear metre.
Density 130 LEDs/m – LED strip populated with 130 chips per linear metre.
Density 135 LEDs/m – LED strip populated with 135 chips per linear metre.
Density 140 LEDs/m – LED strip populated with 140 chips per linear metre.
Density 145 LEDs/m – LED strip populated with 145 chips per linear metre.
Density 15 LEDs/m – LED strip populated with 15 chips per linear metre.
Density 150 LEDs/m – LED strip populated with 150 chips per linear metre.
Density 155 LEDs/m – LED strip populated with 155 chips per linear metre.
Density 160 LEDs/m – LED strip populated with 160 chips per linear metre.
Density 165 LEDs/m – LED strip populated with 165 chips per linear metre.
Density 170 LEDs/m – LED strip populated with 170 chips per linear metre.
Density 175 LEDs/m – LED strip populated with 175 chips per linear metre.
Density 180 LEDs/m – LED strip populated with 180 chips per linear metre.
Density 185 LEDs/m – LED strip populated with 185 chips per linear metre.
Density 190 LEDs/m – LED strip populated with 190 chips per linear metre.
Density 195 LEDs/m – LED strip populated with 195 chips per linear metre.
Density 20 LEDs/m – LED strip populated with 20 chips per linear metre.
Density 200 LEDs/m – LED strip populated with 200 chips per linear metre.
Density 205 LEDs/m – LED strip populated with 205 chips per linear metre.
Density 210 LEDs/m – LED strip populated with 210 chips per linear metre.
Density 215 LEDs/m – LED strip populated with 215 chips per linear metre.
Density 220 LEDs/m – LED strip populated with 220 chips per linear metre.
Density 225 LEDs/m – LED strip populated with 225 chips per linear metre.
Density 230 LEDs/m – LED strip populated with 230 chips per linear metre.
Density 235 LEDs/m – LED strip populated with 235 chips per linear metre.
Density 240 LEDs/m – LED strip populated with 240 chips per linear metre.
Density 245 LEDs/m – LED strip populated with 245 chips per linear metre.
Density 25 LEDs/m – LED strip populated with 25 chips per linear metre.
Density 250 LEDs/m – LED strip populated with 250 chips per linear metre.
Density 255 LEDs/m – LED strip populated with 255 chips per linear metre.
Density 260 LEDs/m – LED strip populated with 260 chips per linear metre.
Density 265 LEDs/m – LED strip populated with 265 chips per linear metre.
Density 270 LEDs/m – LED strip populated with 270 chips per linear metre.
Density 275 LEDs/m – LED strip populated with 275 chips per linear metre.
Density 280 LEDs/m – LED strip populated with 280 chips per linear metre.
Density 285 LEDs/m – LED strip populated with 285 chips per linear metre.
Density 290 LEDs/m – LED strip populated with 290 chips per linear metre.
Density 295 LEDs/m – LED strip populated with 295 chips per linear metre.
Density 30 LEDs/m – LED strip populated with 30 chips per linear metre.
Density 300 LEDs/m – LED strip populated with 300 chips per linear metre.
Density 305 LEDs/m – LED strip populated with 305 chips per linear metre.
Density 310 LEDs/m – LED strip populated with 310 chips per linear metre.
Density 315 LEDs/m – LED strip populated with 315 chips per linear metre.
Density 320 LEDs/m – LED strip populated with 320 chips per linear metre.
Density 325 LEDs/m – LED strip populated with 325 chips per linear metre.
Density 330 LEDs/m – LED strip populated with 330 chips per linear metre.
Density 335 LEDs/m – LED strip populated with 335 chips per linear metre.
Density 340 LEDs/m – LED strip populated with 340 chips per linear metre.
Density 345 LEDs/m – LED strip populated with 345 chips per linear metre.
Density 35 LEDs/m – LED strip populated with 35 chips per linear metre.
Density 350 LEDs/m – LED strip populated with 350 chips per linear metre.
Density 355 LEDs/m – LED strip populated with 355 chips per linear metre.
Density 360 LEDs/m – LED strip populated with 360 chips per linear metre.
Density 365 LEDs/m – LED strip populated with 365 chips per linear metre.
Density 370 LEDs/m – LED strip populated with 370 chips per linear metre.
Density 375 LEDs/m – LED strip populated with 375 chips per linear metre.
Density 380 LEDs/m – LED strip populated with 380 chips per linear metre.
Density 385 LEDs/m – LED strip populated with 385 chips per linear metre.
Density 390 LEDs/m – LED strip populated with 390 chips per linear metre.
Density 395 LEDs/m – LED strip populated with 395 chips per linear metre.
Density 40 LEDs/m – LED strip populated with 40 chips per linear metre.
Density 400 LEDs/m – LED strip populated with 400 chips per linear metre.
Density 405 LEDs/m – LED strip populated with 405 chips per linear metre.
Density 410 LEDs/m – LED strip populated with 410 chips per linear metre.
Density 415 LEDs/m – LED strip populated with 415 chips per linear metre.
Density 420 LEDs/m – LED strip populated with 420 chips per linear metre.
Density 425 LEDs/m – LED strip populated with 425 chips per linear metre.
Density 430 LEDs/m – LED strip populated with 430 chips per linear metre.
Density 435 LEDs/m – LED strip populated with 435 chips per linear metre.
Density 440 LEDs/m – LED strip populated with 440 chips per linear metre.
Density 445 LEDs/m – LED strip populated with 445 chips per linear metre.
Density 45 LEDs/m – LED strip populated with 45 chips per linear metre.
Density 450 LEDs/m – LED strip populated with 450 chips per linear metre.
Density 455 LEDs/m – LED strip populated with 455 chips per linear metre.
Density 460 LEDs/m – LED strip populated with 460 chips per linear metre.
Density 465 LEDs/m – LED strip populated with 465 chips per linear metre.
Density 470 LEDs/m – LED strip populated with 470 chips per linear metre.
Density 475 LEDs/m – LED strip populated with 475 chips per linear metre.
Density 480 LEDs/m – LED strip populated with 480 chips per linear metre.
Density 485 LEDs/m – LED strip populated with 485 chips per linear metre.
Density 490 LEDs/m – LED strip populated with 490 chips per linear metre.
Density 495 LEDs/m – LED strip populated with 495 chips per linear metre.
Density 50 LEDs/m – LED strip populated with 50 chips per linear metre.
Density 500 LEDs/m – LED strip populated with 500 chips per linear metre.
Density 505 LEDs/m – LED strip populated with 505 chips per linear metre.
Density 510 LEDs/m – LED strip populated with 510 chips per linear metre.
Density 515 LEDs/m – LED strip populated with 515 chips per linear metre.
Density 520 LEDs/m – LED strip populated with 520 chips per linear metre.
Density 525 LEDs/m – LED strip populated with 525 chips per linear metre.
Density 530 LEDs/m – LED strip populated with 530 chips per linear metre.
Density 535 LEDs/m – LED strip populated with 535 chips per linear metre.
Density 540 LEDs/m – LED strip populated with 540 chips per linear metre.
Density 545 LEDs/m – LED strip populated with 545 chips per linear metre.
Density 55 LEDs/m – LED strip populated with 55 chips per linear metre.
Density 550 LEDs/m – LED strip populated with 550 chips per linear metre.
Density 555 LEDs/m – LED strip populated with 555 chips per linear metre.
Density 560 LEDs/m – LED strip populated with 560 chips per linear metre.
Density 565 LEDs/m – LED strip populated with 565 chips per linear metre.
Density 570 LEDs/m – LED strip populated with 570 chips per linear metre.
Density 575 LEDs/m – LED strip populated with 575 chips per linear metre.
Density 580 LEDs/m – LED strip populated with 580 chips per linear metre.
Density 585 LEDs/m – LED strip populated with 585 chips per linear metre.
Density 590 LEDs/m – LED strip populated with 590 chips per linear metre.
Density 595 LEDs/m – LED strip populated with 595 chips per linear metre.
Density 60 LEDs/m – LED strip populated with 60 chips per linear metre.
Density 600 LEDs/m – LED strip populated with 600 chips per linear metre.
Density 605 LEDs/m – LED strip populated with 605 chips per linear metre.
Density 610 LEDs/m – LED strip populated with 610 chips per linear metre.
Density 615 LEDs/m – LED strip populated with 615 chips per linear metre.
Density 620 LEDs/m – LED strip populated with 620 chips per linear metre.
Density 625 LEDs/m – LED strip populated with 625 chips per linear metre.
Density 630 LEDs/m – LED strip populated with 630 chips per linear metre.
Density 635 LEDs/m – LED strip populated with 635 chips per linear metre.
Density 640 LEDs/m – LED strip populated with 640 chips per linear metre.
Density 645 LEDs/m – LED strip populated with 645 chips per linear metre.
Density 65 LEDs/m – LED strip populated with 65 chips per linear metre.
Density 650 LEDs/m – LED strip populated with 650 chips per linear metre.
Density 655 LEDs/m – LED strip populated with 655 chips per linear metre.
Density 660 LEDs/m – LED strip populated with 660 chips per linear metre.
Density 665 LEDs/m – LED strip populated with 665 chips per linear metre.
Density 670 LEDs/m – LED strip populated with 670 chips per linear metre.
Density 675 LEDs/m – LED strip populated with 675 chips per linear metre.
Density 680 LEDs/m – LED strip populated with 680 chips per linear metre.
Density 685 LEDs/m – LED strip populated with 685 chips per linear metre.
Density 690 LEDs/m – LED strip populated with 690 chips per linear metre.
Density 695 LEDs/m – LED strip populated with 695 chips per linear metre.
Density 70 LEDs/m – LED strip populated with 70 chips per linear metre.
Density 700 LEDs/m – LED strip populated with 700 chips per linear metre.
Density 705 LEDs/m – LED strip populated with 705 chips per linear metre.
Density 710 LEDs/m – LED strip populated with 710 chips per linear metre.
Density 715 LEDs/m – LED strip populated with 715 chips per linear metre.
Density 720 LEDs/m – LED strip populated with 720 chips per linear metre.
Density 725 LEDs/m – LED strip populated with 725 chips per linear metre.
Density 730 LEDs/m – LED strip populated with 730 chips per linear metre.
Density 735 LEDs/m – LED strip populated with 735 chips per linear metre.
Density 740 LEDs/m – LED strip populated with 740 chips per linear metre.
Density 745 LEDs/m – LED strip populated with 745 chips per linear metre.
Density 75 LEDs/m – LED strip populated with 75 chips per linear metre.
Density 750 LEDs/m – LED strip populated with 750 chips per linear metre.
Density 755 LEDs/m – LED strip populated with 755 chips per linear metre.
Density 760 LEDs/m – LED strip populated with 760 chips per linear metre.
Density 765 LEDs/m – LED strip populated with 765 chips per linear metre.
Density 770 LEDs/m – LED strip populated with 770 chips per linear metre.
Density 775 LEDs/m – LED strip populated with 775 chips per linear metre.
Density 780 LEDs/m – LED strip populated with 780 chips per linear metre.
Density 785 LEDs/m – LED strip populated with 785 chips per linear metre.
Density 790 LEDs/m – LED strip populated with 790 chips per linear metre.
Density 795 LEDs/m – LED strip populated with 795 chips per linear metre.
Density 80 LEDs/m – LED strip populated with 80 chips per linear metre.
Density 800 LEDs/m – LED strip populated with 800 chips per linear metre.
Density 805 LEDs/m – LED strip populated with 805 chips per linear metre.
Density 810 LEDs/m – LED strip populated with 810 chips per linear metre.
Density 815 LEDs/m – LED strip populated with 815 chips per linear metre.
Density 820 LEDs/m – LED strip populated with 820 chips per linear metre.
Density 825 LEDs/m – LED strip populated with 825 chips per linear metre.
Density 830 LEDs/m – LED strip populated with 830 chips per linear metre.
Density 835 LEDs/m – LED strip populated with 835 chips per linear metre.
Density 840 LEDs/m – LED strip populated with 840 chips per linear metre.
Density 845 LEDs/m – LED strip populated with 845 chips per linear metre.
Density 85 LEDs/m – LED strip populated with 85 chips per linear metre.
Density 850 LEDs/m – LED strip populated with 850 chips per linear metre.
Density 855 LEDs/m – LED strip populated with 855 chips per linear metre.
Density 860 LEDs/m – LED strip populated with 860 chips per linear metre.
Density 865 LEDs/m – LED strip populated with 865 chips per linear metre.
Density 870 LEDs/m – LED strip populated with 870 chips per linear metre.
Density 875 LEDs/m – LED strip populated with 875 chips per linear metre.
Density 880 LEDs/m – LED strip populated with 880 chips per linear metre.
Density 885 LEDs/m – LED strip populated with 885 chips per linear metre.
Density 890 LEDs/m – LED strip populated with 890 chips per linear metre.
Density 895 LEDs/m – LED strip populated with 895 chips per linear metre.
Density 90 LEDs/m – LED strip populated with 90 chips per linear metre.
Density 900 LEDs/m – LED strip populated with 900 chips per linear metre.
Density 905 LEDs/m – LED strip populated with 905 chips per linear metre.
Density 910 LEDs/m – LED strip populated with 910 chips per linear metre.
Density 915 LEDs/m – LED strip populated with 915 chips per linear metre.
Density 920 LEDs/m – LED strip populated with 920 chips per linear metre.
Density 925 LEDs/m – LED strip populated with 925 chips per linear metre.
Density 930 LEDs/m – LED strip populated with 930 chips per linear metre.
Density 935 LEDs/m – LED strip populated with 935 chips per linear metre.
Density 940 LEDs/m – LED strip populated with 940 chips per linear metre.
Density 945 LEDs/m – LED strip populated with 945 chips per linear metre.
Density 95 LEDs/m – LED strip populated with 95 chips per linear metre.
Density 950 LEDs/m – LED strip populated with 950 chips per linear metre.
Density 955 LEDs/m – LED strip populated with 955 chips per linear metre.
Density 960 LEDs/m – LED strip populated with 960 chips per linear metre.
Density 965 LEDs/m – LED strip populated with 965 chips per linear metre.
Density 970 LEDs/m – LED strip populated with 970 chips per linear metre.
Density 975 LEDs/m – LED strip populated with 975 chips per linear metre.
Density 980 LEDs/m – LED strip populated with 980 chips per linear metre.
Density 985 LEDs/m – LED strip populated with 985 chips per linear metre.
Density 990 LEDs/m – LED strip populated with 990 chips per linear metre.
Density 995 LEDs/m – LED strip populated with 995 chips per linear metre.
Depreciation (luminous) – Synonym for lumen depreciation; flux reduction over time.
Depreciation curve – Graph showing luminous flux decline over operating hours.
Derating – Reducing power to maintain safe temperatures under adverse conditions.
Derating curve – Graph showing allowable power versus ambient temperature.
Desiccant – Moisture-absorbing material placed inside sealed luminaires to prevent condensation.
Design intent drawing – Architect drawing showing desired lighting effect before engineering.
Design life – Intended operational lifespan specified during the design phase.
Desktop luminaire – Task light for desk use, often with adjustable arm and CCT control.
Detection zone – Area covered by a motion or occupancy sensor.
Device discovery – Automatic identification of new luminaires added to a smart-lighting network.
Device Type (DALI DT) – DALI specification defining the features and commands for a device category.
Dew point – Temperature at which moisture condenses, relevant for outdoor luminaire sealing.
Diagram (chromaticity / CIE) – Two-dimensional map of all visible colours with x, y coordinates.
Diagram (Ishikawa / fishbone) – Root-cause analysis tool used in LED quality investigations.
Diagram (polar) – Graphical representation of intensity distribution in polar coordinates.
Diagram (Sankey) – Flow diagram showing energy distribution from input to light and heat.
Diagram (wiring) – Schematic showing electrical connections in an LED installation.
DIALux – Free professional lighting-calculation software widely used in the industry.
Die (LED) – Semiconductor crystal inside the package that emits light.
Die attach – Process bonding the LED die to its substrate or lead frame.
Die bonding – Attaching the LED semiconductor die to its package substrate.
Die size – Physical dimensions of the LED semiconductor chip in millimetres.
Dielectric – Insulating material with specific electrical-withstand properties.
Dielectric strength – Maximum voltage an insulator can withstand before breakdown.
Diffuse light fraction – Proportion of a luminaire output that is scattered rather than direct.
Diffuser – Optical element distributing light uniformly, eliminating visible LED dots.
Diffuser (Fresnel) – Lens with concentric rings for focusing or spreading an LED beam.
Diffuser (holographic) – Film using holographic patterns for precise light shaping.
Diffuser (linear) – Continuous cover running the full profile length for uniform light.
Diffuser (opal) – Milky-white element that completely hides individual LEDs.
Diffuser (prismatic) – Cover with a prismatic structure for directional control and anti-glare.
Diffuser (satin / frosted) – Semi-transparent cover balancing diffusion and transmittance.
Diffuser (volumetric) – Thick diffuser creating a large illuminated surface with very low luminance.
Diffusion – Uniform light scattering through an opal or satin cover.
Digital twin – Virtual replica of a lighting installation used for simulation and monitoring.
Dim-on command – DALI or DMX instruction to switch on at the last-used dimming level.
Dim-to-warm – Function lowering CCT as intensity decreases, mimicking incandescent behaviour.
Dimmer – Device adjusting LED luminous intensity.
Dimmer (0-10 V) – Analogue dimmer sending a voltage signal.
Dimmer (capacitive touch) – Touch-sensitive dimmer without moving parts.
Dimmer (DALI) – Digital dimmer communicating via the DALI protocol.
Dimmer (DMX) – Dimmer using the DMX512 protocol.
Dimmer (Lutron) – Dimmer by Lutron Electronics, a major manufacturer of LED dimmers.
Dimmer (PWM) – Dimmer using pulse-width modulation.
Dimmer (rotary) – Dimmer with a rotating knob.
Dimmer (slider) – Dimmer with a linear slider control.
Dimmer (TRIAC) – Phase-cut dimmer, economical and widely used.
Dimmer (universal) – Dimmer compatible with multiple load types.
Dimmer compatibility list – Manufacturer-published list of dimmers tested with a specific LED driver.
Dimming – Process of regulating LED luminous intensity.
Dimming (analogue) – Regulation via a DC voltage signal (0–10 V or 1–10 V).
Dimming (curve — exponential) – Non-linear curve with rapid change at mid-range, less common than logarithmic.
Dimming (curve — linear) – Output proportional to the control signal level.
Dimming (curve — logarithmic) – Curve adapted to human perception, finer resolution at low levels.
Dimming (curve — S-curve) – Sigmoid response emphasising the extremes of the dimming range.
Dimming (curve — square-law) – Quadratic curve sometimes used for theatre and entertainment lighting.
Dimming (deep) – Dimming below 1 percent without flicker or cut-off.
Dimming (digital) – Regulation via digital protocols (DALI, DMX, BLE, Zigbee).
Dimming (leading edge) – Phase-cut dimming clipping the start of the AC waveform.
Dimming (range) – Ratio between maximum and minimum achievable brightness of a driver.
Dimming (trailing edge) – Phase-cut dimming clipping the end of the waveform, better for LEDs.
Dimming channel – Single control path in a multi-channel controller assigned to one LED colour or zone.
Dimming floor – Lowest achievable brightness percentage before the LED switches off.
Dimming level 0% – LED output regulated to 0 percent of maximum brightness.
Dimming level 1% – LED output regulated to 1 percent of maximum brightness.
Dimming level 10% – LED output regulated to 10 percent of maximum brightness.
Dimming level 100% – LED output regulated to 100 percent of maximum brightness.
Dimming level 11% – LED output regulated to 11 percent of maximum brightness.
Dimming level 12% – LED output regulated to 12 percent of maximum brightness.
Dimming level 13% – LED output regulated to 13 percent of maximum brightness.
Dimming level 14% – LED output regulated to 14 percent of maximum brightness.
Dimming level 15% – LED output regulated to 15 percent of maximum brightness.
Dimming level 16% – LED output regulated to 16 percent of maximum brightness.
Dimming level 17% – LED output regulated to 17 percent of maximum brightness.
Dimming level 18% – LED output regulated to 18 percent of maximum brightness.
Dimming level 19% – LED output regulated to 19 percent of maximum brightness.
Dimming level 2% – LED output regulated to 2 percent of maximum brightness.
Dimming level 20% – LED output regulated to 20 percent of maximum brightness.
Dimming level 21% – LED output regulated to 21 percent of maximum brightness.
Dimming level 22% – LED output regulated to 22 percent of maximum brightness.
Dimming level 23% – LED output regulated to 23 percent of maximum brightness.
Dimming level 24% – LED output regulated to 24 percent of maximum brightness.
Dimming level 25% – LED output regulated to 25 percent of maximum brightness.
Dimming level 26% – LED output regulated to 26 percent of maximum brightness.
Dimming level 27% – LED output regulated to 27 percent of maximum brightness.
Dimming level 28% – LED output regulated to 28 percent of maximum brightness.
Dimming level 29% – LED output regulated to 29 percent of maximum brightness.
Dimming level 3% – LED output regulated to 3 percent of maximum brightness.
Dimming level 30% – LED output regulated to 30 percent of maximum brightness.
Dimming level 31% – LED output regulated to 31 percent of maximum brightness.
Dimming level 32% – LED output regulated to 32 percent of maximum brightness.
Dimming level 33% – LED output regulated to 33 percent of maximum brightness.
Dimming level 34% – LED output regulated to 34 percent of maximum brightness.
Dimming level 35% – LED output regulated to 35 percent of maximum brightness.
Dimming level 36% – LED output regulated to 36 percent of maximum brightness.
Dimming level 37% – LED output regulated to 37 percent of maximum brightness.
Dimming level 38% – LED output regulated to 38 percent of maximum brightness.
Dimming level 39% – LED output regulated to 39 percent of maximum brightness.
Dimming level 4% – LED output regulated to 4 percent of maximum brightness.
Dimming level 40% – LED output regulated to 40 percent of maximum brightness.
Dimming level 41% – LED output regulated to 41 percent of maximum brightness.
Dimming level 42% – LED output regulated to 42 percent of maximum brightness.
Dimming level 43% – LED output regulated to 43 percent of maximum brightness.
Dimming level 44% – LED output regulated to 44 percent of maximum brightness.
Dimming level 45% – LED output regulated to 45 percent of maximum brightness.
Dimming level 46% – LED output regulated to 46 percent of maximum brightness.
Dimming level 47% – LED output regulated to 47 percent of maximum brightness.
Dimming level 48% – LED output regulated to 48 percent of maximum brightness.
Dimming level 49% – LED output regulated to 49 percent of maximum brightness.
Dimming level 5% – LED output regulated to 5 percent of maximum brightness.
Dimming level 50% – LED output regulated to 50 percent of maximum brightness.
Dimming level 51% – LED output regulated to 51 percent of maximum brightness.
Dimming level 52% – LED output regulated to 52 percent of maximum brightness.
Dimming level 53% – LED output regulated to 53 percent of maximum brightness.
Dimming level 54% – LED output regulated to 54 percent of maximum brightness.
Dimming level 55% – LED output regulated to 55 percent of maximum brightness.
Dimming level 56% – LED output regulated to 56 percent of maximum brightness.
Dimming level 57% – LED output regulated to 57 percent of maximum brightness.
Dimming level 58% – LED output regulated to 58 percent of maximum brightness.
Dimming level 59% – LED output regulated to 59 percent of maximum brightness.
Dimming level 6% – LED output regulated to 6 percent of maximum brightness.
Dimming level 60% – LED output regulated to 60 percent of maximum brightness.
Dimming level 61% – LED output regulated to 61 percent of maximum brightness.
Dimming level 62% – LED output regulated to 62 percent of maximum brightness.
Dimming level 63% – LED output regulated to 63 percent of maximum brightness.
Dimming level 64% – LED output regulated to 64 percent of maximum brightness.
Dimming level 65% – LED output regulated to 65 percent of maximum brightness.
Dimming level 66% – LED output regulated to 66 percent of maximum brightness.
Dimming level 67% – LED output regulated to 67 percent of maximum brightness.
Dimming level 68% – LED output regulated to 68 percent of maximum brightness.
Dimming level 69% – LED output regulated to 69 percent of maximum brightness.
Dimming level 7% – LED output regulated to 7 percent of maximum brightness.
Dimming level 70% – LED output regulated to 70 percent of maximum brightness.
Dimming level 71% – LED output regulated to 71 percent of maximum brightness.
Dimming level 72% – LED output regulated to 72 percent of maximum brightness.
Dimming level 73% – LED output regulated to 73 percent of maximum brightness.
Dimming level 74% – LED output regulated to 74 percent of maximum brightness.
Dimming level 75% – LED output regulated to 75 percent of maximum brightness.
Dimming level 76% – LED output regulated to 76 percent of maximum brightness.
Dimming level 77% – LED output regulated to 77 percent of maximum brightness.
Dimming level 78% – LED output regulated to 78 percent of maximum brightness.
Dimming level 79% – LED output regulated to 79 percent of maximum brightness.
Dimming level 8% – LED output regulated to 8 percent of maximum brightness.
Dimming level 80% – LED output regulated to 80 percent of maximum brightness.
Dimming level 81% – LED output regulated to 81 percent of maximum brightness.
Dimming level 82% – LED output regulated to 82 percent of maximum brightness.
Dimming level 83% – LED output regulated to 83 percent of maximum brightness.
Dimming level 84% – LED output regulated to 84 percent of maximum brightness.
Dimming level 85% – LED output regulated to 85 percent of maximum brightness.
Dimming level 86% – LED output regulated to 86 percent of maximum brightness.
Dimming level 87% – LED output regulated to 87 percent of maximum brightness.
Dimming level 88% – LED output regulated to 88 percent of maximum brightness.
Dimming level 89% – LED output regulated to 89 percent of maximum brightness.
Dimming level 9% – LED output regulated to 9 percent of maximum brightness.
Dimming level 90% – LED output regulated to 90 percent of maximum brightness.
Dimming level 91% – LED output regulated to 91 percent of maximum brightness.
Dimming level 92% – LED output regulated to 92 percent of maximum brightness.
Dimming level 93% – LED output regulated to 93 percent of maximum brightness.
Dimming level 94% – LED output regulated to 94 percent of maximum brightness.
Dimming level 95% – LED output regulated to 95 percent of maximum brightness.
Dimming level 96% – LED output regulated to 96 percent of maximum brightness.
Dimming level 97% – LED output regulated to 97 percent of maximum brightness.
Dimming level 98% – LED output regulated to 98 percent of maximum brightness.
Dimming level 99% – LED output regulated to 99 percent of maximum brightness.
Dimming range – Span from maximum to minimum achievable brightness of a driver.
Dimming resolution – Number of discrete brightness steps available (e.g. 256 for 8-bit DMX).
DIN 5035 – German workplace lighting.
DIN rail – Standardised metal rail for mounting electrical equipment in enclosures.
Diode – Semiconductor conducting in one direction; an LED is a light-emitting diode.
Diode (fly-back) – Diode protecting driver circuits from inductive voltage spikes.
Diode (Schottky) – Low-drop diode used in LED protection and power circuits.
Diode (TVS / transient voltage suppressor) – Diode clamping voltage transients to protect LED circuits.
Diode (Zener) – Voltage-clamping diode protecting LEDs from overvoltage.
DIP switch – Small manual switch on a driver or controller for parameter configuration.
Direct burial cable – Cable rated for installation underground without additional conduit.
Direct glare zone – Angular range within which a luminaire can cause discomfort glare to occupants.
Direct/indirect ratio – Split of luminaire output between downward and upward emission.
Directional lamp – Lamp emitting at least 80% of its flux within a solid angle of π sr.
Directionality – Characteristic of LEDs that emit in a preferred direction.
Dirt depreciation factor – Multiplier accounting for luminaire light loss due to accumulated dust.
Discharge lamp – Gas-discharge lamp (HID, fluorescent) largely replaced by LED technology.
Discomfort glare – Glare causing annoyance without necessarily reducing visual acuity.
Disconnect switch – Lockable switch isolating an LED circuit for safe maintenance.
Displacement factor – Cosine of the phase angle between voltage and current in a driver.
Display niche – Small recessed shelf specifically designed and lit for exhibiting an object.
Distance-to-height ratio – Spacing criterion between luminaires divided by mounting height, for uniformity.
Distribution (asymmetric) – Intentionally uneven light pattern, e.g. for wall-washing.
Distribution (bat-wing) – Wide, flat distribution producing uniform illuminance over a large area.
Distribution (direct-indirect) – Luminaire emitting both downward and upward.
Distribution (forward-throw) – Asymmetric pattern projecting light further forward than sideways.
Distribution (Lambertian) – Cosine-law emission where intensity is proportional to cos θ.
Distribution (luminous) – Spatial pattern of luminous intensity around a luminaire.
Distribution (narrow) – Concentrated beam below 20 degrees for accent lighting.
Distribution (symmetric) – Equal light output on opposite sides of the optical axis.
Distribution (type I–V) – IES classification of roadway luminaire beam patterns.
Distribution (wide) – Broad beam above 60 degrees for general illumination.
Distribution board – Electrical panel dividing the mains supply into branch circuits for LED zones.
DMX (Digital Multiplex) – Digital control protocol for stage and architectural lighting.
DMX address – Starting channel number assigned to a device on a DMX universe.
DMX daisy chain – Serial DMX wiring from one device’s output to the next device’s input.
DMX merger – Device combining two DMX input signals into a single output stream.
DMX node – Network device converting Ethernet DMX (Art-Net / sACN) to physical DMX ports.
DMX over IP – Transport of DMX via Ethernet networks (Art-Net, sACN).
DMX recorder – Device that records and plays back DMX sequences autonomously.
DMX splitter – Device duplicating one DMX input into multiple electrically isolated outputs.
DMX terminator – 120 Ω resistor at the end of a DMX line preventing signal reflections.
DMX universe – Set of 512 channels managed by a single controller output.
DMX512 – Standard with 512 channels per universe, each with 256 intensity levels.
DMX512-A – Extended DMX standard with bidirectional (RDM) capabilities.
Dot pitch – Distance between adjacent phosphor or LED elements in a dot-matrix display.
Dot-free – Strips or diffusers that eliminate visible individual LED dots.
Double feed – Powering a strip from both ends to reduce voltage drop.
Double insulation – Two independent insulation layers removing the need for earthing.
Double-ended lamp – Lamp with a base at each end, such as an LED linear tube.
Downlight – Ceiling-recessed luminaire emitting light downward.
Downlight (adjustable / gimbal) – Recessed downlight with a tiltable optic for accent aiming.
Downlight (fire-rated) – Downlight with an intumescent seal maintaining fire-compartment integrity.
Downlight (fixed) – Recessed downlight with a non-adjustable beam direction.
Downlight (square) – Recessed downlight with a square trim ring.
Downlight aperture – Opening in the ceiling through which the downlight beam exits.
Downlight baffle – Dark insert reducing spill light and glare inside a recessed downlight.
Downlight gimbal – Tilt mechanism inside a downlight allowing beam redirection.
Downlight spring clip – Spring-loaded clip holding the downlight body in the ceiling cut-out.
Drain wire – Uninsulated conductor in a shielded cable used for earthing the shield.
Draught lobby lighting – LED illumination of an entrance draught-prevention vestibule.
Draw (current) – Amount of current consumed by a load, measured in amperes.
Drawing register – Database tracking revision history of all lighting-project drawings.
Drip edge – Profile feature directing water away from the electrical compartment.
Drip loop – Downward cable loop preventing water from running into a connector or junction.
Drive current 100 mA – LED forward current of 100 milliamps.
Drive current 1000 mA – LED forward current of 1000 milliamps.
Drive current 1010 mA – LED forward current of 1010 milliamps.
Drive current 1020 mA – LED forward current of 1020 milliamps.
Drive current 1030 mA – LED forward current of 1030 milliamps.
Drive current 1040 mA – LED forward current of 1040 milliamps.
Drive current 1050 mA – LED forward current of 1050 milliamps.
Drive current 1060 mA – LED forward current of 1060 milliamps.
Drive current 1070 mA – LED forward current of 1070 milliamps.
Drive current 1080 mA – LED forward current of 1080 milliamps.
Drive current 1090 mA – LED forward current of 1090 milliamps.
Drive current 110 mA – LED forward current of 110 milliamps.
Drive current 1100 mA – LED forward current of 1100 milliamps.
Drive current 1110 mA – LED forward current of 1110 milliamps.
Drive current 1120 mA – LED forward current of 1120 milliamps.
Drive current 1130 mA – LED forward current of 1130 milliamps.
Drive current 1140 mA – LED forward current of 1140 milliamps.
Drive current 1150 mA – LED forward current of 1150 milliamps.
Drive current 1160 mA – LED forward current of 1160 milliamps.
Drive current 1170 mA – LED forward current of 1170 milliamps.
Drive current 1180 mA – LED forward current of 1180 milliamps.
Drive current 1190 mA – LED forward current of 1190 milliamps.
Drive current 120 mA – LED forward current of 120 milliamps.
Drive current 1200 mA – LED forward current of 1200 milliamps.
Drive current 1210 mA – LED forward current of 1210 milliamps.
Drive current 1220 mA – LED forward current of 1220 milliamps.
Drive current 1230 mA – LED forward current of 1230 milliamps.
Drive current 1240 mA – LED forward current of 1240 milliamps.
Drive current 1250 mA – LED forward current of 1250 milliamps.
Drive current 1260 mA – LED forward current of 1260 milliamps.
Drive current 1270 mA – LED forward current of 1270 milliamps.
Drive current 1280 mA – LED forward current of 1280 milliamps.
Drive current 1290 mA – LED forward current of 1290 milliamps.
Drive current 130 mA – LED forward current of 130 milliamps.
Drive current 1300 mA – LED forward current of 1300 milliamps.
Drive current 1310 mA – LED forward current of 1310 milliamps.
Drive current 1320 mA – LED forward current of 1320 milliamps.
Drive current 1330 mA – LED forward current of 1330 milliamps.
Drive current 1340 mA – LED forward current of 1340 milliamps.
Drive current 1350 mA – LED forward current of 1350 milliamps.
Drive current 1360 mA – LED forward current of 1360 milliamps.
Drive current 1370 mA – LED forward current of 1370 milliamps.
Drive current 1380 mA – LED forward current of 1380 milliamps.
Drive current 1390 mA – LED forward current of 1390 milliamps.
Drive current 140 mA – LED forward current of 140 milliamps.
Drive current 1400 mA – LED forward current of 1400 milliamps.
Drive current 1410 mA – LED forward current of 1410 milliamps.
Drive current 1420 mA – LED forward current of 1420 milliamps.
Drive current 1430 mA – LED forward current of 1430 milliamps.
Drive current 1440 mA – LED forward current of 1440 milliamps.
Drive current 1450 mA – LED forward current of 1450 milliamps.
Drive current 1460 mA – LED forward current of 1460 milliamps.
Drive current 1470 mA – LED forward current of 1470 milliamps.
Drive current 1480 mA – LED forward current of 1480 milliamps.
Drive current 1490 mA – LED forward current of 1490 milliamps.
Drive current 150 mA – LED forward current of 150 milliamps.
Drive current 1500 mA – LED forward current of 1500 milliamps.
Drive current 1510 mA – LED forward current of 1510 milliamps.
Drive current 1520 mA – LED forward current of 1520 milliamps.
Drive current 1530 mA – LED forward current of 1530 milliamps.
Drive current 1540 mA – LED forward current of 1540 milliamps.
Drive current 1550 mA – LED forward current of 1550 milliamps.
Drive current 1560 mA – LED forward current of 1560 milliamps.
Drive current 1570 mA – LED forward current of 1570 milliamps.
Drive current 1580 mA – LED forward current of 1580 milliamps.
Drive current 1590 mA – LED forward current of 1590 milliamps.
Drive current 160 mA – LED forward current of 160 milliamps.
Drive current 1600 mA – LED forward current of 1600 milliamps.
Drive current 1610 mA – LED forward current of 1610 milliamps.
Drive current 1620 mA – LED forward current of 1620 milliamps.
Drive current 1630 mA – LED forward current of 1630 milliamps.
Drive current 1640 mA – LED forward current of 1640 milliamps.
Drive current 1650 mA – LED forward current of 1650 milliamps.
Drive current 1660 mA – LED forward current of 1660 milliamps.
Drive current 1670 mA – LED forward current of 1670 milliamps.
Drive current 1680 mA – LED forward current of 1680 milliamps.
Drive current 1690 mA – LED forward current of 1690 milliamps.
Drive current 170 mA – LED forward current of 170 milliamps.
Drive current 1700 mA – LED forward current of 1700 milliamps.
Drive current 1710 mA – LED forward current of 1710 milliamps.
Drive current 1720 mA – LED forward current of 1720 milliamps.
Drive current 1730 mA – LED forward current of 1730 milliamps.
Drive current 1740 mA – LED forward current of 1740 milliamps.
Drive current 1750 mA – LED forward current of 1750 milliamps.
Drive current 1760 mA – LED forward current of 1760 milliamps.
Drive current 1770 mA – LED forward current of 1770 milliamps.
Drive current 1780 mA – LED forward current of 1780 milliamps.
Drive current 1790 mA – LED forward current of 1790 milliamps.
Drive current 180 mA – LED forward current of 180 milliamps.
Drive current 1800 mA – LED forward current of 1800 milliamps.
Drive current 1810 mA – LED forward current of 1810 milliamps.
Drive current 1820 mA – LED forward current of 1820 milliamps.
Drive current 1830 mA – LED forward current of 1830 milliamps.
Drive current 1840 mA – LED forward current of 1840 milliamps.
Drive current 1850 mA – LED forward current of 1850 milliamps.
Drive current 1860 mA – LED forward current of 1860 milliamps.
Drive current 1870 mA – LED forward current of 1870 milliamps.
Drive current 1880 mA – LED forward current of 1880 milliamps.
Drive current 1890 mA – LED forward current of 1890 milliamps.
Drive current 190 mA – LED forward current of 190 milliamps.
Drive current 1900 mA – LED forward current of 1900 milliamps.
Drive current 1910 mA – LED forward current of 1910 milliamps.
Drive current 1920 mA – LED forward current of 1920 milliamps.
Drive current 1930 mA – LED forward current of 1930 milliamps.
Drive current 1940 mA – LED forward current of 1940 milliamps.
Drive current 1950 mA – LED forward current of 1950 milliamps.
Drive current 1960 mA – LED forward current of 1960 milliamps.
Drive current 1970 mA – LED forward current of 1970 milliamps.
Drive current 1980 mA – LED forward current of 1980 milliamps.
Drive current 1990 mA – LED forward current of 1990 milliamps.
Drive current 200 mA – LED forward current of 200 milliamps.
Drive current 2000 mA – LED forward current of 2000 milliamps.
Drive current 2010 mA – LED forward current of 2010 milliamps.
Drive current 2020 mA – LED forward current of 2020 milliamps.
Drive current 2030 mA – LED forward current of 2030 milliamps.
Drive current 2040 mA – LED forward current of 2040 milliamps.
Drive current 2050 mA – LED forward current of 2050 milliamps.
Drive current 2060 mA – LED forward current of 2060 milliamps.
Drive current 2070 mA – LED forward current of 2070 milliamps.
Drive current 2080 mA – LED forward current of 2080 milliamps.
Drive current 2090 mA – LED forward current of 2090 milliamps.
Drive current 210 mA – LED forward current of 210 milliamps.
Drive current 2100 mA – LED forward current of 2100 milliamps.
Drive current 2110 mA – LED forward current of 2110 milliamps.
Drive current 2120 mA – LED forward current of 2120 milliamps.
Drive current 2130 mA – LED forward current of 2130 milliamps.
Drive current 2140 mA – LED forward current of 2140 milliamps.
Drive current 2150 mA – LED forward current of 2150 milliamps.
Drive current 2160 mA – LED forward current of 2160 milliamps.
Drive current 2170 mA – LED forward current of 2170 milliamps.
Drive current 2180 mA – LED forward current of 2180 milliamps.
Drive current 2190 mA – LED forward current of 2190 milliamps.
Drive current 220 mA – LED forward current of 220 milliamps.
Drive current 2200 mA – LED forward current of 2200 milliamps.
Drive current 2210 mA – LED forward current of 2210 milliamps.
Drive current 2220 mA – LED forward current of 2220 milliamps.
Drive current 2230 mA – LED forward current of 2230 milliamps.
Drive current 2240 mA – LED forward current of 2240 milliamps.
Drive current 2250 mA – LED forward current of 2250 milliamps.
Drive current 2260 mA – LED forward current of 2260 milliamps.
Drive current 2270 mA – LED forward current of 2270 milliamps.
Drive current 2280 mA – LED forward current of 2280 milliamps.
Drive current 2290 mA – LED forward current of 2290 milliamps.
Drive current 230 mA – LED forward current of 230 milliamps.
Drive current 2300 mA – LED forward current of 2300 milliamps.
Drive current 2310 mA – LED forward current of 2310 milliamps.
Drive current 2320 mA – LED forward current of 2320 milliamps.
Drive current 2330 mA – LED forward current of 2330 milliamps.
Drive current 2340 mA – LED forward current of 2340 milliamps.
Drive current 2350 mA – LED forward current of 2350 milliamps.
Drive current 2360 mA – LED forward current of 2360 milliamps.
Drive current 2370 mA – LED forward current of 2370 milliamps.
Drive current 2380 mA – LED forward current of 2380 milliamps.
Drive current 2390 mA – LED forward current of 2390 milliamps.
Drive current 240 mA – LED forward current of 240 milliamps.
Drive current 2400 mA – LED forward current of 2400 milliamps.
Drive current 2410 mA – LED forward current of 2410 milliamps.
Drive current 2420 mA – LED forward current of 2420 milliamps.
Drive current 2430 mA – LED forward current of 2430 milliamps.
Drive current 2440 mA – LED forward current of 2440 milliamps.
Drive current 2450 mA – LED forward current of 2450 milliamps.
Drive current 2460 mA – LED forward current of 2460 milliamps.
Drive current 2470 mA – LED forward current of 2470 milliamps.
Drive current 2480 mA – LED forward current of 2480 milliamps.
Drive current 2490 mA – LED forward current of 2490 milliamps.
Drive current 250 mA – LED forward current of 250 milliamps.
Drive current 2500 mA – LED forward current of 2500 milliamps.
Drive current 2510 mA – LED forward current of 2510 milliamps.
Drive current 2520 mA – LED forward current of 2520 milliamps.
Drive current 2530 mA – LED forward current of 2530 milliamps.
Drive current 2540 mA – LED forward current of 2540 milliamps.
Drive current 2550 mA – LED forward current of 2550 milliamps.
Drive current 2560 mA – LED forward current of 2560 milliamps.
Drive current 2570 mA – LED forward current of 2570 milliamps.
Drive current 2580 mA – LED forward current of 2580 milliamps.
Drive current 2590 mA – LED forward current of 2590 milliamps.
Drive current 260 mA – LED forward current of 260 milliamps.
Drive current 2600 mA – LED forward current of 2600 milliamps.
Drive current 2610 mA – LED forward current of 2610 milliamps.
Drive current 2620 mA – LED forward current of 2620 milliamps.
Drive current 2630 mA – LED forward current of 2630 milliamps.
Drive current 2640 mA – LED forward current of 2640 milliamps.
Drive current 2650 mA – LED forward current of 2650 milliamps.
Drive current 2660 mA – LED forward current of 2660 milliamps.
Drive current 2670 mA – LED forward current of 2670 milliamps.
Drive current 2680 mA – LED forward current of 2680 milliamps.
Drive current 2690 mA – LED forward current of 2690 milliamps.
Drive current 270 mA – LED forward current of 270 milliamps.
Drive current 2700 mA – LED forward current of 2700 milliamps.
Drive current 2710 mA – LED forward current of 2710 milliamps.
Drive current 2720 mA – LED forward current of 2720 milliamps.
Drive current 2730 mA – LED forward current of 2730 milliamps.
Drive current 2740 mA – LED forward current of 2740 milliamps.
Drive current 2750 mA – LED forward current of 2750 milliamps.
Drive current 2760 mA – LED forward current of 2760 milliamps.
Drive current 2770 mA – LED forward current of 2770 milliamps.
Drive current 2780 mA – LED forward current of 2780 milliamps.
Drive current 2790 mA – LED forward current of 2790 milliamps.
Drive current 280 mA – LED forward current of 280 milliamps.
Drive current 2800 mA – LED forward current of 2800 milliamps.
Drive current 2810 mA – LED forward current of 2810 milliamps.
Drive current 2820 mA – LED forward current of 2820 milliamps.
Drive current 2830 mA – LED forward current of 2830 milliamps.
Drive current 2840 mA – LED forward current of 2840 milliamps.
Drive current 2850 mA – LED forward current of 2850 milliamps.
Drive current 2860 mA – LED forward current of 2860 milliamps.
Drive current 2870 mA – LED forward current of 2870 milliamps.
Drive current 2880 mA – LED forward current of 2880 milliamps.
Drive current 2890 mA – LED forward current of 2890 milliamps.
Drive current 290 mA – LED forward current of 290 milliamps.
Drive current 2900 mA – LED forward current of 2900 milliamps.
Drive current 2910 mA – LED forward current of 2910 milliamps.
Drive current 2920 mA – LED forward current of 2920 milliamps.
Drive current 2930 mA – LED forward current of 2930 milliamps.
Drive current 2940 mA – LED forward current of 2940 milliamps.
Drive current 2950 mA – LED forward current of 2950 milliamps.
Drive current 2960 mA – LED forward current of 2960 milliamps.
Drive current 2970 mA – LED forward current of 2970 milliamps.
Drive current 2980 mA – LED forward current of 2980 milliamps.
Drive current 2990 mA – LED forward current of 2990 milliamps.
Drive current 300 mA – LED forward current of 300 milliamps.
Drive current 3000 mA – LED forward current of 3000 milliamps.
Drive current 3010 mA – LED forward current of 3010 milliamps.
Drive current 3020 mA – LED forward current of 3020 milliamps.
Drive current 3030 mA – LED forward current of 3030 milliamps.
Drive current 3040 mA – LED forward current of 3040 milliamps.
Drive current 3050 mA – LED forward current of 3050 milliamps.
Drive current 3060 mA – LED forward current of 3060 milliamps.
Drive current 3070 mA – LED forward current of 3070 milliamps.
Drive current 3080 mA – LED forward current of 3080 milliamps.
Drive current 3090 mA – LED forward current of 3090 milliamps.
Drive current 310 mA – LED forward current of 310 milliamps.
Drive current 3100 mA – LED forward current of 3100 milliamps.
Drive current 3110 mA – LED forward current of 3110 milliamps.
Drive current 3120 mA – LED forward current of 3120 milliamps.
Drive current 3130 mA – LED forward current of 3130 milliamps.
Drive current 3140 mA – LED forward current of 3140 milliamps.
Drive current 3150 mA – LED forward current of 3150 milliamps.
Drive current 3160 mA – LED forward current of 3160 milliamps.
Drive current 3170 mA – LED forward current of 3170 milliamps.
Drive current 3180 mA – LED forward current of 3180 milliamps.
Drive current 3190 mA – LED forward current of 3190 milliamps.
Drive current 320 mA – LED forward current of 320 milliamps.
Drive current 3200 mA – LED forward current of 3200 milliamps.
Drive current 3210 mA – LED forward current of 3210 milliamps.
Drive current 3220 mA – LED forward current of 3220 milliamps.
Drive current 3230 mA – LED forward current of 3230 milliamps.
Drive current 3240 mA – LED forward current of 3240 milliamps.
Drive current 3250 mA – LED forward current of 3250 milliamps.
Drive current 3260 mA – LED forward current of 3260 milliamps.
Drive current 3270 mA – LED forward current of 3270 milliamps.
Drive current 3280 mA – LED forward current of 3280 milliamps.
Drive current 3290 mA – LED forward current of 3290 milliamps.
Drive current 330 mA – LED forward current of 330 milliamps.
Drive current 3300 mA – LED forward current of 3300 milliamps.
Drive current 3310 mA – LED forward current of 3310 milliamps.
Drive current 3320 mA – LED forward current of 3320 milliamps.
Drive current 3330 mA – LED forward current of 3330 milliamps.
Drive current 3340 mA – LED forward current of 3340 milliamps.
Drive current 3350 mA – LED forward current of 3350 milliamps.
Drive current 3360 mA – LED forward current of 3360 milliamps.
Drive current 3370 mA – LED forward current of 3370 milliamps.
Drive current 3380 mA – LED forward current of 3380 milliamps.
Drive current 3390 mA – LED forward current of 3390 milliamps.
Drive current 340 mA – LED forward current of 340 milliamps.
Drive current 3400 mA – LED forward current of 3400 milliamps.
Drive current 3410 mA – LED forward current of 3410 milliamps.
Drive current 3420 mA – LED forward current of 3420 milliamps.
Drive current 3430 mA – LED forward current of 3430 milliamps.
Drive current 3440 mA – LED forward current of 3440 milliamps.
Drive current 3450 mA – LED forward current of 3450 milliamps.
Drive current 3460 mA – LED forward current of 3460 milliamps.
Drive current 3470 mA – LED forward current of 3470 milliamps.
Drive current 3480 mA – LED forward current of 3480 milliamps.
Drive current 3490 mA – LED forward current of 3490 milliamps.
Drive current 350 mA – LED forward current of 350 milliamps.
Drive current 3500 mA – LED forward current of 3500 milliamps.
Drive current 3510 mA – LED forward current of 3510 milliamps.
Drive current 3520 mA – LED forward current of 3520 milliamps.
Drive current 3530 mA – LED forward current of 3530 milliamps.
Drive current 3540 mA – LED forward current of 3540 milliamps.
Drive current 3550 mA – LED forward current of 3550 milliamps.
Drive current 3560 mA – LED forward current of 3560 milliamps.
Drive current 3570 mA – LED forward current of 3570 milliamps.
Drive current 3580 mA – LED forward current of 3580 milliamps.
Drive current 3590 mA – LED forward current of 3590 milliamps.
Drive current 360 mA – LED forward current of 360 milliamps.
Drive current 3600 mA – LED forward current of 3600 milliamps.
Drive current 3610 mA – LED forward current of 3610 milliamps.
Drive current 3620 mA – LED forward current of 3620 milliamps.
Drive current 3630 mA – LED forward current of 3630 milliamps.
Drive current 3640 mA – LED forward current of 3640 milliamps.
Drive current 3650 mA – LED forward current of 3650 milliamps.
Drive current 3660 mA – LED forward current of 3660 milliamps.
Drive current 3670 mA – LED forward current of 3670 milliamps.
Drive current 3680 mA – LED forward current of 3680 milliamps.
Drive current 3690 mA – LED forward current of 3690 milliamps.
Drive current 370 mA – LED forward current of 370 milliamps.
Drive current 3700 mA – LED forward current of 3700 milliamps.
Drive current 3710 mA – LED forward current of 3710 milliamps.
Drive current 3720 mA – LED forward current of 3720 milliamps.
Drive current 3730 mA – LED forward current of 3730 milliamps.
Drive current 3740 mA – LED forward current of 3740 milliamps.
Drive current 3750 mA – LED forward current of 3750 milliamps.
Drive current 3760 mA – LED forward current of 3760 milliamps.
Drive current 3770 mA – LED forward current of 3770 milliamps.
Drive current 3780 mA – LED forward current of 3780 milliamps.
Drive current 3790 mA – LED forward current of 3790 milliamps.
Drive current 380 mA – LED forward current of 380 milliamps.
Drive current 3800 mA – LED forward current of 3800 milliamps.
Drive current 3810 mA – LED forward current of 3810 milliamps.
Drive current 3820 mA – LED forward current of 3820 milliamps.
Drive current 3830 mA – LED forward current of 3830 milliamps.
Drive current 3840 mA – LED forward current of 3840 milliamps.
Drive current 3850 mA – LED forward current of 3850 milliamps.
Drive current 3860 mA – LED forward current of 3860 milliamps.
Drive current 3870 mA – LED forward current of 3870 milliamps.
Drive current 3880 mA – LED forward current of 3880 milliamps.
Drive current 3890 mA – LED forward current of 3890 milliamps.
Drive current 390 mA – LED forward current of 390 milliamps.
Drive current 3900 mA – LED forward current of 3900 milliamps.
Drive current 3910 mA – LED forward current of 3910 milliamps.
Drive current 3920 mA – LED forward current of 3920 milliamps.
Drive current 3930 mA – LED forward current of 3930 milliamps.
Drive current 3940 mA – LED forward current of 3940 milliamps.
Drive current 3950 mA – LED forward current of 3950 milliamps.
Drive current 3960 mA – LED forward current of 3960 milliamps.
Drive current 3970 mA – LED forward current of 3970 milliamps.
Drive current 3980 mA – LED forward current of 3980 milliamps.
Drive current 3990 mA – LED forward current of 3990 milliamps.
Drive current 400 mA – LED forward current of 400 milliamps.
Drive current 4000 mA – LED forward current of 4000 milliamps.
Drive current 4010 mA – LED forward current of 4010 milliamps.
Drive current 4020 mA – LED forward current of 4020 milliamps.
Drive current 4030 mA – LED forward current of 4030 milliamps.
Drive current 4040 mA – LED forward current of 4040 milliamps.
Drive current 4050 mA – LED forward current of 4050 milliamps.
Drive current 4060 mA – LED forward current of 4060 milliamps.
Drive current 4070 mA – LED forward current of 4070 milliamps.
Drive current 4080 mA – LED forward current of 4080 milliamps.
Drive current 4090 mA – LED forward current of 4090 milliamps.
Drive current 410 mA – LED forward current of 410 milliamps.
Drive current 4100 mA – LED forward current of 4100 milliamps.
Drive current 4110 mA – LED forward current of 4110 milliamps.
Drive current 4120 mA – LED forward current of 4120 milliamps.
Drive current 4130 mA – LED forward current of 4130 milliamps.
Drive current 4140 mA – LED forward current of 4140 milliamps.
Drive current 4150 mA – LED forward current of 4150 milliamps.
Drive current 4160 mA – LED forward current of 4160 milliamps.
Drive current 4170 mA – LED forward current of 4170 milliamps.
Drive current 4180 mA – LED forward current of 4180 milliamps.
Drive current 4190 mA – LED forward current of 4190 milliamps.
Drive current 420 mA – LED forward current of 420 milliamps.
Drive current 4200 mA – LED forward current of 4200 milliamps.
Drive current 4210 mA – LED forward current of 4210 milliamps.
Drive current 4220 mA – LED forward current of 4220 milliamps.
Drive current 4230 mA – LED forward current of 4230 milliamps.
Drive current 4240 mA – LED forward current of 4240 milliamps.
Drive current 4250 mA – LED forward current of 4250 milliamps.
Drive current 4260 mA – LED forward current of 4260 milliamps.
Drive current 4270 mA – LED forward current of 4270 milliamps.
Drive current 4280 mA – LED forward current of 4280 milliamps.
Drive current 4290 mA – LED forward current of 4290 milliamps.
Drive current 430 mA – LED forward current of 430 milliamps.
Drive current 4300 mA – LED forward current of 4300 milliamps.
Drive current 4310 mA – LED forward current of 4310 milliamps.
Drive current 4320 mA – LED forward current of 4320 milliamps.
Drive current 4330 mA – LED forward current of 4330 milliamps.
Drive current 4340 mA – LED forward current of 4340 milliamps.
Drive current 4350 mA – LED forward current of 4350 milliamps.
Drive current 4360 mA – LED forward current of 4360 milliamps.
Drive current 4370 mA – LED forward current of 4370 milliamps.
Drive current 4380 mA – LED forward current of 4380 milliamps.
Drive current 4390 mA – LED forward current of 4390 milliamps.
Drive current 440 mA – LED forward current of 440 milliamps.
Drive current 4400 mA – LED forward current of 4400 milliamps.
Drive current 4410 mA – LED forward current of 4410 milliamps.
Drive current 4420 mA – LED forward current of 4420 milliamps.
Drive current 4430 mA – LED forward current of 4430 milliamps.
Drive current 4440 mA – LED forward current of 4440 milliamps.
Drive current 4450 mA – LED forward current of 4450 milliamps.
Drive current 4460 mA – LED forward current of 4460 milliamps.
Drive current 4470 mA – LED forward current of 4470 milliamps.
Drive current 4480 mA – LED forward current of 4480 milliamps.
Drive current 4490 mA – LED forward current of 4490 milliamps.
Drive current 450 mA – LED forward current of 450 milliamps.
Drive current 4500 mA – LED forward current of 4500 milliamps.
Drive current 4510 mA – LED forward current of 4510 milliamps.
Drive current 4520 mA – LED forward current of 4520 milliamps.
Drive current 4530 mA – LED forward current of 4530 milliamps.
Drive current 4540 mA – LED forward current of 4540 milliamps.
Drive current 4550 mA – LED forward current of 4550 milliamps.
Drive current 4560 mA – LED forward current of 4560 milliamps.
Drive current 4570 mA – LED forward current of 4570 milliamps.
Drive current 4580 mA – LED forward current of 4580 milliamps.
Drive current 4590 mA – LED forward current of 4590 milliamps.
Drive current 460 mA – LED forward current of 460 milliamps.
Drive current 4600 mA – LED forward current of 4600 milliamps.
Drive current 4610 mA – LED forward current of 4610 milliamps.
Drive current 4620 mA – LED forward current of 4620 milliamps.
Drive current 4630 mA – LED forward current of 4630 milliamps.
Drive current 4640 mA – LED forward current of 4640 milliamps.
Drive current 4650 mA – LED forward current of 4650 milliamps.
Drive current 4660 mA – LED forward current of 4660 milliamps.
Drive current 4670 mA – LED forward current of 4670 milliamps.
Drive current 4680 mA – LED forward current of 4680 milliamps.
Drive current 4690 mA – LED forward current of 4690 milliamps.
Drive current 470 mA – LED forward current of 470 milliamps.
Drive current 4700 mA – LED forward current of 4700 milliamps.
Drive current 4710 mA – LED forward current of 4710 milliamps.
Drive current 4720 mA – LED forward current of 4720 milliamps.
Drive current 4730 mA – LED forward current of 4730 milliamps.
Drive current 4740 mA – LED forward current of 4740 milliamps.
Drive current 4750 mA – LED forward current of 4750 milliamps.
Drive current 4760 mA – LED forward current of 4760 milliamps.
Drive current 4770 mA – LED forward current of 4770 milliamps.
Drive current 4780 mA – LED forward current of 4780 milliamps.
Drive current 4790 mA – LED forward current of 4790 milliamps.
Drive current 480 mA – LED forward current of 480 milliamps.
Drive current 4800 mA – LED forward current of 4800 milliamps.
Drive current 4810 mA – LED forward current of 4810 milliamps.
Drive current 4820 mA – LED forward current of 4820 milliamps.
Drive current 4830 mA – LED forward current of 4830 milliamps.
Drive current 4840 mA – LED forward current of 4840 milliamps.
Drive current 4850 mA – LED forward current of 4850 milliamps.
Drive current 4860 mA – LED forward current of 4860 milliamps.
Drive current 4870 mA – LED forward current of 4870 milliamps.
Drive current 4880 mA – LED forward current of 4880 milliamps.
Drive current 4890 mA – LED forward current of 4890 milliamps.
Drive current 490 mA – LED forward current of 490 milliamps.
Drive current 4900 mA – LED forward current of 4900 milliamps.
Drive current 4910 mA – LED forward current of 4910 milliamps.
Drive current 4920 mA – LED forward current of 4920 milliamps.
Drive current 4930 mA – LED forward current of 4930 milliamps.
Drive current 4940 mA – LED forward current of 4940 milliamps.
Drive current 4950 mA – LED forward current of 4950 milliamps.
Drive current 4960 mA – LED forward current of 4960 milliamps.
Drive current 4970 mA – LED forward current of 4970 milliamps.
Drive current 4980 mA – LED forward current of 4980 milliamps.
Drive current 4990 mA – LED forward current of 4990 milliamps.
Drive current 50 mA – LED forward current of 50 milliamps.
Drive current 500 mA – LED forward current of 500 milliamps.
Drive current 5000 mA – LED forward current of 5000 milliamps.
Drive current 510 mA – LED forward current of 510 milliamps.
Drive current 520 mA – LED forward current of 520 milliamps.
Drive current 530 mA – LED forward current of 530 milliamps.
Drive current 540 mA – LED forward current of 540 milliamps.
Drive current 550 mA – LED forward current of 550 milliamps.
Drive current 560 mA – LED forward current of 560 milliamps.
Drive current 570 mA – LED forward current of 570 milliamps.
Drive current 580 mA – LED forward current of 580 milliamps.
Drive current 590 mA – LED forward current of 590 milliamps.
Drive current 60 mA – LED forward current of 60 milliamps.
Drive current 600 mA – LED forward current of 600 milliamps.
Drive current 610 mA – LED forward current of 610 milliamps.
Drive current 620 mA – LED forward current of 620 milliamps.
Drive current 630 mA – LED forward current of 630 milliamps.
Drive current 640 mA – LED forward current of 640 milliamps.
Drive current 650 mA – LED forward current of 650 milliamps.
Drive current 660 mA – LED forward current of 660 milliamps.
Drive current 670 mA – LED forward current of 670 milliamps.
Drive current 680 mA – LED forward current of 680 milliamps.
Drive current 690 mA – LED forward current of 690 milliamps.
Drive current 70 mA – LED forward current of 70 milliamps.
Drive current 700 mA – LED forward current of 700 milliamps.
Drive current 710 mA – LED forward current of 710 milliamps.
Drive current 720 mA – LED forward current of 720 milliamps.
Drive current 730 mA – LED forward current of 730 milliamps.
Drive current 740 mA – LED forward current of 740 milliamps.
Drive current 750 mA – LED forward current of 750 milliamps.
Drive current 760 mA – LED forward current of 760 milliamps.
Drive current 770 mA – LED forward current of 770 milliamps.
Drive current 780 mA – LED forward current of 780 milliamps.
Drive current 790 mA – LED forward current of 790 milliamps.
Drive current 80 mA – LED forward current of 80 milliamps.
Drive current 800 mA – LED forward current of 800 milliamps.
Drive current 810 mA – LED forward current of 810 milliamps.
Drive current 820 mA – LED forward current of 820 milliamps.
Drive current 830 mA – LED forward current of 830 milliamps.
Drive current 840 mA – LED forward current of 840 milliamps.
Drive current 850 mA – LED forward current of 850 milliamps.
Drive current 860 mA – LED forward current of 860 milliamps.
Drive current 870 mA – LED forward current of 870 milliamps.
Drive current 880 mA – LED forward current of 880 milliamps.
Drive current 890 mA – LED forward current of 890 milliamps.
Drive current 90 mA – LED forward current of 90 milliamps.
Drive current 900 mA – LED forward current of 900 milliamps.
Drive current 910 mA – LED forward current of 910 milliamps.
Drive current 920 mA – LED forward current of 920 milliamps.
Drive current 930 mA – LED forward current of 930 milliamps.
Drive current 940 mA – LED forward current of 940 milliamps.
Drive current 950 mA – LED forward current of 950 milliamps.
Drive current 960 mA – LED forward current of 960 milliamps.
Drive current 970 mA – LED forward current of 970 milliamps.
Drive current 980 mA – LED forward current of 980 milliamps.
Drive current 990 mA – LED forward current of 990 milliamps.
Driver (Class 2 / Limited Power Source) – Driver with output limited to 60 V DC / 5 A for safety.
Driver (constant current) – Driver maintaining fixed output current regardless of load.
Driver (constant voltage) – Driver delivering a fixed output voltage.
Driver (dimmable) – Driver supporting luminous-intensity regulation.
Driver (emergency) – Driver with integral battery for emergency illumination.
Driver (flicker-free) – Driver engineered to eliminate output ripple and visible flicker.
Driver (integrated) – Power circuitry built into the LED module or luminaire.
Driver (IP20) – Indoor-rated driver without moisture protection.
Driver (IP67) – Fully sealed driver rated against dust and temporary immersion.
Driver (LED) – Electronic PSU for LEDs, regulating current and/or voltage.
Driver (linear / AC-direct) – Simple resistive or capacitive driver for mains-voltage LED modules.
Driver (Mean Well ELG series) – Popular Mean Well outdoor LED driver series with IP67 rating.
Driver (Mean Well HLG series) – Mean Well high-bay and industrial LED driver series.
Driver (Mean Well LPV series) – Economy Mean Well constant-voltage LED driver series.
Driver (Mean Well NPF series) – Compact Mean Well constant-current or constant-voltage driver series.
Driver (Mean Well XLG series) – Mean Well driver series with adjustable output current via DIP switch.
Driver (multi-channel) – Driver with multiple independent outputs for different LED groups.
Driver (non-dimmable) – Driver without dimming capability, operating at fixed output.
Driver (programmable / NFC) – Driver with parameters configurable via NFC, DALI or software.
Driver (redundant) – Dual-driver configuration ensuring continuity if one fails.
Driver (slim / low-profile) – Ultra-thin driver for space-constrained installations.
Driver (switching) – High-frequency, high-efficiency converter; the standard for professional LED.
Driver (TRIAC-dimmable) – Driver compatible with conventional TRIAC phase-cut dimmers.
Driver 10 W – LED power supply rated at 10 watts maximum output.
Driver 100 W – LED power supply rated at 100 watts maximum output.
Driver 1000 W – LED power supply rated at 1000 watts maximum output.
Driver 12 W – LED power supply rated at 12 watts maximum output.
Driver 120 W – LED power supply rated at 120 watts maximum output.
Driver 1200 W – LED power supply rated at 1200 watts maximum output.
Driver 132 W – LED power supply rated at 132 watts maximum output.
Driver 15 W – LED power supply rated at 15 watts maximum output.
Driver 150 W – LED power supply rated at 150 watts maximum output.
Driver 18 W – LED power supply rated at 18 watts maximum output.
Driver 180 W – LED power supply rated at 180 watts maximum output.
Driver 185 W – LED power supply rated at 185 watts maximum output.
Driver 20 W – LED power supply rated at 20 watts maximum output.
Driver 200 W – LED power supply rated at 200 watts maximum output.
Driver 24 W – LED power supply rated at 24 watts maximum output.
Driver 240 W – LED power supply rated at 240 watts maximum output.
Driver 25 W – LED power supply rated at 25 watts maximum output.
Driver 250 W – LED power supply rated at 250 watts maximum output.
Driver 3 W – LED power supply rated at 3 watts maximum output.
Driver 30 W – LED power supply rated at 30 watts maximum output.
Driver 300 W – LED power supply rated at 300 watts maximum output.
Driver 320 W – LED power supply rated at 320 watts maximum output.
Driver 35 W – LED power supply rated at 35 watts maximum output.
Driver 350 W – LED power supply rated at 350 watts maximum output.
Driver 36 W – LED power supply rated at 36 watts maximum output.
Driver 360 W – LED power supply rated at 360 watts maximum output.
Driver 40 W – LED power supply rated at 40 watts maximum output.
Driver 400 W – LED power supply rated at 400 watts maximum output.
Driver 45 W – LED power supply rated at 45 watts maximum output.
Driver 480 W – LED power supply rated at 480 watts maximum output.
Driver 5 W – LED power supply rated at 5 watts maximum output.
Driver 50 W – LED power supply rated at 50 watts maximum output.
Driver 500 W – LED power supply rated at 500 watts maximum output.
Driver 6 W – LED power supply rated at 6 watts maximum output.
Driver 60 W – LED power supply rated at 60 watts maximum output.
Driver 600 W – LED power supply rated at 600 watts maximum output.
Driver 700 W – LED power supply rated at 700 watts maximum output.
Driver 72 W – LED power supply rated at 72 watts maximum output.
Driver 720 W – LED power supply rated at 720 watts maximum output.
Driver 75 W – LED power supply rated at 75 watts maximum output.
Driver 8 W – LED power supply rated at 8 watts maximum output.
Driver 80 W – LED power supply rated at 80 watts maximum output.
Driver 800 W – LED power supply rated at 800 watts maximum output.
Driver 96 W – LED power supply rated at 96 watts maximum output.
Driver 960 W – LED power supply rated at 960 watts maximum output.
Driver feature (0-10V dimmable) – LED driver with 0-10V dimmable capability for professional installations.
Driver feature (1-10V dimmable) – LED driver with 1-10V dimmable capability for professional installations.
Driver feature (adjustable output current) – LED driver with adjustable output current capability for professional installations.
Driver feature (Bluetooth dimmable) – LED driver with Bluetooth dimmable capability for professional installations.
Driver feature (built-in emergency) – LED driver with built-in emergency capability for professional installations.
Driver feature (Casambi enabled) – LED driver with Casambi enabled capability for professional installations.
Driver feature (Class II double insulated) – LED driver with Class II double insulated capability for professional installations.
Driver feature (constant-power mode) – LED driver with constant-power mode capability for professional installations.
Driver feature (corridor function) – LED driver with corridor function capability for professional installations.
Driver feature (DALI broadcast dimming) – LED driver with DALI broadcast dimming capability for professional installations.
Driver feature (DALI dimmable) – LED driver with DALI dimmable capability for professional installations.
Driver feature (DALI DT8 colour) – LED driver with DALI DT8 colour capability for professional installations.
Driver feature (DALI-2 certified) – LED driver with DALI-2 certified capability for professional installations.
Driver feature (DIN-rail mount) – LED driver with DIN-rail mount capability for professional installations.
Driver feature (DIP-switch configurable) – LED driver with DIP-switch configurable capability for professional installations.
Driver feature (DMX dimmable) – LED driver with DMX dimmable capability for professional installations.
Driver feature (dual output) – LED driver with dual output capability for professional installations.
Driver feature (efficiency above 93%) – LED driver with efficiency above 93% capability for professional installations.
Driver feature (fan cooled) – LED driver with fan cooled capability for professional installations.
Driver feature (flicker-free) – LED driver with flicker-free capability for professional installations.
Driver feature (IP20 indoor) – LED driver with IP20 indoor capability for professional installations.
Driver feature (IP44 damp rated) – LED driver with IP44 damp rated capability for professional installations.
Driver feature (IP65 outdoor) – LED driver with IP65 outdoor capability for professional installations.
Driver feature (IP67 waterproof) – LED driver with IP67 waterproof capability for professional installations.
Driver feature (KNX compatible) – LED driver with KNX compatible capability for professional installations.
Driver feature (linear dimming curve) – LED driver with linear dimming curve capability for professional installations.
Driver feature (logarithmic dimming curve) – LED driver with logarithmic dimming curve capability for professional installations.
Driver feature (Matter compatible) – LED driver with Matter compatible capability for professional installations.
Driver feature (NFC programmable) – LED driver with NFC programmable capability for professional installations.
Driver feature (non-dimmable) – LED driver with non-dimmable capability for professional installations.
Driver feature (panel mount) – LED driver with panel mount capability for professional installations.
Driver feature (PFC above 0.95) – LED driver with PFC above 0.95 capability for professional installations.
Driver feature (phase-cut dimmable) – LED driver with phase-cut dimmable capability for professional installations.
Driver feature (potted encapsulated) – LED driver with potted encapsulated capability for professional installations.
Driver feature (programmable via app) – LED driver with programmable via app capability for professional installations.
Driver feature (push-dim) – LED driver with push-dim capability for professional installations.
Driver feature (PWM output) – LED driver with PWM output capability for professional installations.
Driver feature (S-curve dimming) – LED driver with S-curve dimming capability for professional installations.
Driver feature (slim profile) – LED driver with slim profile capability for professional installations.
Driver feature (staircase timer) – LED driver with staircase timer capability for professional installations.
Driver feature (sunrise/sunset timer) – LED driver with sunrise/sunset timer capability for professional installations.
Driver feature (surge protected 4 kV) – LED driver with surge protected 4 kV capability for professional installations.
Driver feature (surge protected 6 kV) – LED driver with surge protected 6 kV capability for professional installations.
Driver feature (THD below 10%) – LED driver with THD below 10% capability for professional installations.
Driver feature (thermal derating protection) – LED driver with thermal derating protection capability for professional installations.
Driver feature (Thread compatible) – LED driver with Thread compatible capability for professional installations.
Driver feature (TRIAC compatible) – LED driver with TRIAC compatible capability for professional installations.
Driver feature (Zhaga D4i) – LED driver with Zhaga D4i capability for professional installations.
Driver feature (Zigbee enabled) – LED driver with Zigbee enabled capability for professional installations.
Driver manufacturer (BAG Electronics) – BAG Electronics, professional LED driver manufacturer.
Driver manufacturer (Bincolor) – Bincolor, professional LED driver manufacturer.
Driver manufacturer (Delta Electronics) – Delta Electronics, professional LED driver manufacturer.
Driver manufacturer (Eaglerise) – Eaglerise, professional LED driver manufacturer.
Driver manufacturer (Eldoled) – Eldoled, professional LED driver manufacturer.
Driver manufacturer (ELT) – ELT, professional LED driver manufacturer.
Driver manufacturer (ERP Power) – ERP Power, professional LED driver manufacturer.
Driver manufacturer (Fulham) – Fulham, professional LED driver manufacturer.
Driver manufacturer (Harvard Engineering) – Harvard Engineering, professional LED driver manufacturer.
Driver manufacturer (Helvar) – Helvar, professional LED driver manufacturer.
Driver manufacturer (HEP) – HEP, professional LED driver manufacturer.
Driver manufacturer (Inventronics) – Inventronics, professional LED driver manufacturer.
Driver manufacturer (LIFUD) – LIFUD, professional LED driver manufacturer.
Driver manufacturer (LTECH) – LTECH, professional LED driver manufacturer.
Driver manufacturer (Lumotech) – Lumotech, professional LED driver manufacturer.
Driver manufacturer (Mean Well) – Mean Well, professional LED driver manufacturer.
Driver manufacturer (Moso) – Moso, professional LED driver manufacturer.
Driver manufacturer (Osram Optotronic) – Osram Optotronic, professional LED driver manufacturer.
Driver manufacturer (Philips Certadrive) – Philips Certadrive, professional LED driver manufacturer.
Driver manufacturer (Philips Xitanium) – Philips Xitanium, professional LED driver manufacturer.
Driver manufacturer (Self Electronics) – Self Electronics, professional LED driver manufacturer.
Driver manufacturer (Skydance) – Skydance, professional LED driver manufacturer.
Driver manufacturer (Snappy) – Snappy, professional LED driver manufacturer.
Driver manufacturer (Sosen) – Sosen, professional LED driver manufacturer.
Driver manufacturer (SP (Signal Processor)) – SP (Signal Processor), professional LED driver manufacturer.
Driver manufacturer (Sunricher) – Sunricher, professional LED driver manufacturer.
Driver manufacturer (TCI) – TCI, professional LED driver manufacturer.
Driver manufacturer (Tridonic LCA) – Tridonic LCA, professional LED driver manufacturer.
Driver manufacturer (Tridonic LCO) – Tridonic LCO, professional LED driver manufacturer.
Driver manufacturer (Tridonic) – Tridonic, professional LED driver manufacturer.
Driver manufacturer (Vossloh-Schwabe) – Vossloh-Schwabe, professional LED driver manufacturer.
Driver output 100 mA – Constant-current LED driver delivering 100 milliamps.
Driver output 1000 mA – Constant-current LED driver delivering 1000 milliamps.
Driver output 1050 mA – Constant-current LED driver delivering 1050 milliamps.
Driver output 1200 mA – Constant-current LED driver delivering 1200 milliamps.
Driver output 1400 mA – Constant-current LED driver delivering 1400 milliamps.
Driver output 150 mA – Constant-current LED driver delivering 150 milliamps.
Driver output 1500 mA – Constant-current LED driver delivering 1500 milliamps.
Driver output 1750 mA – Constant-current LED driver delivering 1750 milliamps.
Driver output 200 mA – Constant-current LED driver delivering 200 milliamps.
Driver output 2000 mA – Constant-current LED driver delivering 2000 milliamps.
Driver output 2100 mA – Constant-current LED driver delivering 2100 milliamps.
Driver output 2400 mA – Constant-current LED driver delivering 2400 milliamps.
Driver output 250 mA – Constant-current LED driver delivering 250 milliamps.
Driver output 2800 mA – Constant-current LED driver delivering 2800 milliamps.
Driver output 300 mA – Constant-current LED driver delivering 300 milliamps.
Driver output 3000 mA – Constant-current LED driver delivering 3000 milliamps.
Driver output 350 mA – Constant-current LED driver delivering 350 milliamps.
Driver output 3500 mA – Constant-current LED driver delivering 3500 milliamps.
Driver output 400 mA – Constant-current LED driver delivering 400 milliamps.
Driver output 4000 mA – Constant-current LED driver delivering 4000 milliamps.
Driver output 4200 mA – Constant-current LED driver delivering 4200 milliamps.
Driver output 450 mA – Constant-current LED driver delivering 450 milliamps.
Driver output 500 mA – Constant-current LED driver delivering 500 milliamps.
Driver output 550 mA – Constant-current LED driver delivering 550 milliamps.
Driver output 600 mA – Constant-current LED driver delivering 600 milliamps.
Driver output 650 mA – Constant-current LED driver delivering 650 milliamps.
Driver output 700 mA – Constant-current LED driver delivering 700 milliamps.
Driver output 750 mA – Constant-current LED driver delivering 750 milliamps.
Driver output 800 mA – Constant-current LED driver delivering 800 milliamps.
Driver output 900 mA – Constant-current LED driver delivering 900 milliamps.
Droop (efficiency) – Reduction in LED quantum efficiency at high drive currents.
Drop ceiling – Suspended ceiling system providing a cavity for recessed LED profiles.
Dry contact – Voltage-free relay output used to trigger lighting scenes.
Dry location – Rating for dry environments requiring minimum IP20.
Dry-film lubricant – PTFE or graphite spray easing cover insertion into tight profile channels.
Dual-circuit track – Electrified track with two independent power circuits for scene flexibility.
Dual-driver system – Two independent drivers in one luminaire for tunable-white or emergency function.
Dual-white strip – Strip with warm-white and cool-white LEDs for tunable-white operation.
Duct (cable) – Enclosed channel for routing power and signal cables.
Durability – Ability of a product to maintain performance over time under specified conditions.
Dust-proof – First IP digit of 5 or 6 providing protection against dust ingress.
Dust-tight – First IP digit 6, meaning no ingress of dust.
Duty cycle – Ratio of on-time to total period in a PWM signal.
Dynamic scene – Lighting preset that changes over time, e.g. a sunrise or colour cycle.
Dynamic white – Synonym for tunable white; dynamic adjustment of colour temperature.
E
E14 base – Small Edison screw lamp base, 14 mm diameter.
E27 base – Standard Edison screw lamp base, 27 mm diameter.
Earth (protective) – Safety connection to ground preventing electric shock.
Earth leakage – Unintended current flowing to earth, detected by RCDs.
Earth-continuity test – Verification that the protective earth path has low impedance.
Earthing strap – Flexible copper braid maintaining earth continuity across a movable joint.
Eco-design – Design approach minimising environmental impact throughout the product lifecycle.
Economy-7 timer – Off-peak tariff timer sometimes used to schedule overnight LED signage.
Edge lighting – Illumination from the edge of a panel for thin back-lit applications.
Edge-lit LED panel – Flat panel with LEDs around the perimeter feeding a light-guide plate.
Effect (aurora borealis) – Dynamic LED animation effect: aurora borealis.
Effect (breathing pulse) – Dynamic LED animation effect: breathing pulse.
Effect (canal / channel) – Brightness or colour variation along a strip inside a profile.
Effect (candle simulation) – Dynamic LED animation effect: candle simulation.
Effect (cascade) – Sequential animation simulating a water-cascade movement.
Effect (chase left) – Dynamic LED animation effect: chase left.
Effect (chase right) – Dynamic LED animation effect: chase right.
Effect (chase) – Moving light pattern running along an addressable strip.
Effect (colour bounce) – Dynamic LED animation effect: colour bounce.
Effect (colour fade) – Dynamic LED animation effect: colour fade.
Effect (colour jump) – Dynamic LED animation effect: colour jump.
Effect (colour wheel) – Dynamic LED animation effect: colour wheel.
Effect (colour-cycle) – Automatic smooth cycling through a range of colours.
Effect (comet / shooting star) – Animated LED effect resembling a moving bright point with a trailing tail.
Effect (comet tail) – Dynamic LED animation effect: comet tail.
Effect (confetti sparkle) – Dynamic LED animation effect: confetti sparkle.
Effect (corona) – Luminous halo around an architectural element via indirect light.
Effect (crossfade fast) – Dynamic LED animation effect: crossfade fast.
Effect (crossfade slow) – Dynamic LED animation effect: crossfade slow.
Effect (digital rain) – Dynamic LED animation effect: digital rain.
Effect (fade) – Gradual transition between two brightness or colour levels.
Effect (fire / flame) – Dynamic LED effect replicating the flicker and colour of a flame.
Effect (fire ember) – Dynamic LED animation effect: fire ember.
Effect (firework burst) – Dynamic LED animation effect: firework burst.
Effect (flicker) – Rapid luminous variation caused by ripple in the drive current.
Effect (flowing water) – Dynamic LED animation effect: flowing water.
Effect (gradient / ombré) – Progressive colour or brightness change along the strip length.
Effect (gradient sweep) – Dynamic LED animation effect: gradient sweep.
Effect (halo) – Ring of light around the main beam from diffusion or reflection.
Effect (heartbeat pulse) – Dynamic LED animation effect: heartbeat pulse.
Effect (lightning flash) – Dynamic LED animation effect: lightning flash.
Effect (marquee scroll) – Dynamic LED animation effect: marquee scroll.
Effect (meteor shower) – Dynamic LED animation effect: meteor shower.
Effect (morse code) – Dynamic LED animation effect: morse code.
Effect (ocean wave) – Dynamic LED animation effect: ocean wave.
Effect (pixel rain) – Dynamic LED animation effect: pixel rain.
Effect (pixel) – Visibility of individual LEDs through the diffuser, to be avoided.
Effect (plasma) – Dynamic LED animation effect: plasma.
Effect (police flash) – Dynamic LED animation effect: police flash.
Effect (pulsating glow) – Dynamic LED animation effect: pulsating glow.
Effect (rainbow cycle) – Dynamic LED animation effect: rainbow cycle.
Effect (rainbow) – Colourful gradient on addressable strips running dynamic effects.
Effect (random colour) – Dynamic LED animation effect: random colour.
Effect (random sparkle) – Dynamic LED animation effect: random sparkle.
Effect (ripple outward) – Dynamic LED animation effect: ripple outward.
Effect (running dot) – Dynamic LED animation effect: running dot.
Effect (scanning bar) – Dynamic LED animation effect: scanning bar.
Effect (shooting star) – Dynamic LED animation effect: shooting star.
Effect (sine wave) – Dynamic LED animation effect: sine wave.
Effect (snake) – Dynamic LED animation effect: snake.
Effect (sound reactive) – Dynamic LED animation effect: sound reactive.
Effect (sparkle) – Randomly twinkling LEDs creating a starry appearance.
Effect (spiral) – Dynamic LED animation effect: spiral.
Effect (stack fill) – Dynamic LED animation effect: stack fill.
Effect (static colour) – Dynamic LED animation effect: static colour.
Effect (strobe 10Hz) – Dynamic LED animation effect: strobe 10Hz.
Effect (strobe 1Hz) – Dynamic LED animation effect: strobe 1Hz.
Effect (strobe 25Hz) – Dynamic LED animation effect: strobe 25Hz.
Effect (strobe 5Hz) – Dynamic LED animation effect: strobe 5Hz.
Effect (stroboscopic) – Moving objects appearing stationary due to high-frequency flicker.
Effect (sunrise / sunset) – Gradual warm-up or cool-down of CCT and brightness mimicking natural daylight.
Effect (sunrise gradient) – Dynamic LED animation effect: sunrise gradient.
Effect (sunset gradient) – Dynamic LED animation effect: sunset gradient.
Effect (theatre chase) – Classic alternating-group chase pattern used in entertainment lighting.
Effect (twinkle random) – Dynamic LED animation effect: twinkle random.
Effect (twinkle warm white) – Dynamic LED animation effect: twinkle warm white.
Effect (twinkle) – Random subtle brightness variations on individual pixels.
Effect (USA flag) – Dynamic LED animation effect: USA flag.
Effect (wall-wash) – Uniform illumination of an entire wall surface.
Effect (wave crest) – Dynamic LED animation effect: wave crest.
Effect (wave) – Smooth brightness undulation travelling along an addressable strip.
Effect (Xmas alternate) – Dynamic LED animation effect: Xmas alternate.
Efficacy (luminous) – Ratio of flux to power, in lumens per watt (lm/W).
Efficacy (wall-plug) – Overall efficiency from electrical input to emitted light, including all losses.
Efficacy 100 lm/W – LED system achieving 100 lumens per watt luminous efficacy.
Efficacy 105 lm/W – LED system achieving 105 lumens per watt luminous efficacy.
Efficacy 110 lm/W – LED system achieving 110 lumens per watt luminous efficacy.
Efficacy 115 lm/W – LED system achieving 115 lumens per watt luminous efficacy.
Efficacy 120 lm/W – LED system achieving 120 lumens per watt luminous efficacy.
Efficacy 125 lm/W – LED system achieving 125 lumens per watt luminous efficacy.
Efficacy 130 lm/W – LED system achieving 130 lumens per watt luminous efficacy.
Efficacy 135 lm/W – LED system achieving 135 lumens per watt luminous efficacy.
Efficacy 140 lm/W – LED system achieving 140 lumens per watt luminous efficacy.
Efficacy 145 lm/W – LED system achieving 145 lumens per watt luminous efficacy.
Efficacy 150 lm/W – LED system achieving 150 lumens per watt luminous efficacy.
Efficacy 155 lm/W – LED system achieving 155 lumens per watt luminous efficacy.
Efficacy 160 lm/W – LED system achieving 160 lumens per watt luminous efficacy.
Efficacy 165 lm/W – LED system achieving 165 lumens per watt luminous efficacy.
Efficacy 170 lm/W – LED system achieving 170 lumens per watt luminous efficacy.
Efficacy 175 lm/W – LED system achieving 175 lumens per watt luminous efficacy.
Efficacy 180 lm/W – LED system achieving 180 lumens per watt luminous efficacy.
Efficacy 185 lm/W – LED system achieving 185 lumens per watt luminous efficacy.
Efficacy 190 lm/W – LED system achieving 190 lumens per watt luminous efficacy.
Efficacy 195 lm/W – LED system achieving 195 lumens per watt luminous efficacy.
Efficacy 200 lm/W – LED system achieving 200 lumens per watt luminous efficacy.
Efficacy 205 lm/W – LED system achieving 205 lumens per watt luminous efficacy.
Efficacy 210 lm/W – LED system achieving 210 lumens per watt luminous efficacy.
Efficacy 215 lm/W – LED system achieving 215 lumens per watt luminous efficacy.
Efficacy 220 lm/W – LED system achieving 220 lumens per watt luminous efficacy.
Efficacy 225 lm/W – LED system achieving 225 lumens per watt luminous efficacy.
Efficacy 230 lm/W – LED system achieving 230 lumens per watt luminous efficacy.
Efficacy 235 lm/W – LED system achieving 235 lumens per watt luminous efficacy.
Efficacy 240 lm/W – LED system achieving 240 lumens per watt luminous efficacy.
Efficacy 245 lm/W – LED system achieving 245 lumens per watt luminous efficacy.
Efficacy 250 lm/W – LED system achieving 250 lumens per watt luminous efficacy.
Efficacy 60 lm/W – LED system achieving 60 lumens per watt luminous efficacy.
Efficacy 65 lm/W – LED system achieving 65 lumens per watt luminous efficacy.
Efficacy 70 lm/W – LED system achieving 70 lumens per watt luminous efficacy.
Efficacy 75 lm/W – LED system achieving 75 lumens per watt luminous efficacy.
Efficacy 80 lm/W – LED system achieving 80 lumens per watt luminous efficacy.
Efficacy 85 lm/W – LED system achieving 85 lumens per watt luminous efficacy.
Efficacy 90 lm/W – LED system achieving 90 lumens per watt luminous efficacy.
Efficacy 95 lm/W – LED system achieving 95 lumens per watt luminous efficacy.
Efficacy target – Design specification for minimum lm/W to meet energy-code requirements.
Efficiency (driver) – Ratio of output to input power of the LED driver.
Efficiency (energy) – Ability of an LED system to convert electrical energy into useful light.
Efficiency (optical) – Percentage of LED-emitted light that exits the luminaire.
Efficiency (quantum) – Ratio of emitted photons to injected electrons in the LED chip.
Efficiency (system) – Overall efficacy including driver, optical and thermal losses.
Elastomer – Elastic polymer for IP gaskets and flexible covers.
Electrical panel – Enclosure housing power supplies, controllers and protection devices.
Electroluminescence – Light emission from a semiconductor when current flows through it.
Electromagnetic Compatibility (EMC) – Ability to function without causing or suffering interference.
Electromagnetic Interference (EMI) – Disturbance that may affect other devices, governed by EMC standards.
Ellipse (MacAdam) – Chromaticity region within which colour differences are imperceptible.
ELV (Extra Low Voltage) – Voltage ≤ 50 V AC or ≤ 120 V DC, common for LED strip circuits.
Embedded driver – LED driver built into the luminaire body, not field-replaceable.
Embedded sensor – Occupancy or daylight sensor integrated into the luminaire housing.
Embodied carbon LED profile – CO2 released during aluminium extraction, smelting and extrusion before the LED profile is installed; using recycled aluminium can reduce embodied carbon by up to 95%.
Emergency conversion kit – Components for converting a standard LED luminaire to emergency operation.
Emergency exit sign – Illuminated sign indicating the location of an emergency exit, often LED.
Emergency lighting – Self-contained system ensuring illumination during mains failure.
Emergency lighting (escape route) – Luminaires guiding occupants safely to exits during power failure.
Emergency lighting (high-risk task) – Emergency illumination for hazardous processes requiring continued visibility.
Emergency lighting (standby) – Emergency lights remaining on after mains failure to allow normal activities.
Emergency test button – Manual switch initiating a functional test of emergency battery and lamp.
Emergency test log – Record of periodic emergency-luminaire tests, required by fire regulations.
Emission (direct) – Light reaching the surface directly from the source.
Emission (indirect) – Light reaching the zone after ceiling or wall reflection.
Emission (lateral / side) – Light exiting from profile sides for decorative or step-marker effects.
Emission (UV) – Ultraviolet component, negligible in modern white LEDs.
Emission 380 nm – LED spectral emission at 380 nanometres wavelength.
Emission 381 nm – LED spectral emission at 381 nanometres wavelength.
Emission 382 nm – LED spectral emission at 382 nanometres wavelength.
Emissivity – Ability of a surface to radiate thermal energy, relevant for heat-sink coatings.
Emissivity coating – Black or dark coating on a heat sink maximising infrared radiation.
EN 12193 – Sports lighting.
EN 12464-1 – European standard for indoor workplace lighting requirements.
EN 12464-2 – European standard for outdoor workplace lighting requirements.
EN 12665 – Basic lighting terms.
EN 13032 – Photometric data measurement.
EN 13201 – European standard for road and outdoor-space lighting.
EN 15193 – European standard for the energy performance of lighting in buildings.
EN 1838 – European standard for emergency lighting design.
EN 40 – Lighting columns.
EN 50171 – Central emergency power supply.
EN 50172 – Emergency escape lighting systems.
EN 55015 – EMC emission limits for lighting.
EN 60061 – Lamp caps and holders.
EN 60529 – Standard defining IP (International Protection) ratings.
EN 60598 – European safety standard for luminaires.
EN 60598-1 – Luminaire safety: general.
EN 60598-2-1 – Fixed general-purpose luminaires.
EN 60598-2-13 – Ground-recessed luminaires.
EN 60598-2-2 – Recessed luminaires.
EN 60598-2-22 – Emergency luminaires.
EN 60598-2-3 – Road luminaires.
EN 60598-2-4 – Safety standard for portable general-purpose luminaires.
EN 60598-2-5 – Floodlights.
EN 60598-2-7 – Safety standard for garden luminaires.
EN 61000 – Series of standards on electromagnetic compatibility (EMC).
EN 61000-3-2 – Harmonic current limits.
EN 61000-3-3 – Voltage fluctuation limits.
EN 61000-4-2 – ESD immunity.
EN 61000-4-5 – Surge immunity.
EN 61347 – Safety standard for lamp control gear (LED drivers).
EN 61347-1 – Lamp control gear safety: general.
EN 61347-2-13 – LED driver safety.
EN 61547 – EMC immunity for lighting.
EN 62031 – Safety standard for LED modules for general lighting.
EN 62384 – Electronic control gear for LED modules.
EN 62471 – Standard on photobiological safety of light sources and luminaires.
EN 62560 – Self-ballasted LED lamps.
EN 62717 – Performance standard for LED modules for general lighting.
EN 62722 – Performance standard for LED luminaires for general lighting.
Encapsulant – Protective material (silicone, resin) encasing the LED die.
Enclosure – Housing or cabinet containing electrical components of an LED system.
Enclosure rating (NEMA) – North American standard for electrical-enclosure environmental protection.
End cap – Accessory closing profile ends, with or without a cable-entry hole.
End cap (solid / blank) – End cap without openings for aesthetic profile closure.
End cap (with hole) – End cap with an opening for the power cable.
End-feed – Power injected at one end of a strip run.
End-of-life – Point at which the LED reaches its useful-life limit (L70 or L80).
End-of-line resistor – Termination resistor at the last device on a DMX or DALI bus.
Energy audit – Assessment of building energy use identifying LED-upgrade opportunities.
Energy benchmark – kWh/m²/year target for lighting in a building type.
Energy class – EU A-to-G classification of luminaire energy efficiency.
Energy class A – EU energy label classification A for LED luminaires.
Energy class B – EU energy label classification B for LED luminaires.
Energy class C – EU energy label classification C for LED luminaires.
Energy class D – EU energy label classification D for LED luminaires.
Energy class E – EU energy label classification E for LED luminaires.
Energy class F – EU energy label classification F for LED luminaires.
Energy class G – EU energy label classification G for LED luminaires.
Energy code compliance – Meeting local energy regulations through efficient LED design.
Energy density (battery) – Wh/kg of an emergency-luminaire battery, affecting size and weight.
Energy harvesting – Capturing ambient energy (light, vibration) to power wireless sensors.
Energy label – EU regulation label showing the energy class of a lighting product.
Energy monitoring module – Device logging real-time power consumption of an LED installation.
Energy payback LED retrofit – Time for LED energy savings to offset manufacturing embodied energy, typically 6-18 months depending on operating hours and the efficiency of the replaced technology.
Energy payback period – Time until LED energy savings offset the initial investment.
Energy rebate – Utility incentive payment for installing qualifying energy-efficient LED products.
Energy recovery ventilation – HVAC system sometimes integrated with luminaire air-handling features.
Energy star – US EPA programme certifying energy-efficient lighting products.
Engineered timber ceiling – Wood ceiling structure into which LED profiles are integrated.
EnOcean – Energy-harvesting wireless protocol for lighting sensors and actuators.
Environment (corrosive) – Setting with chemicals or salt air requiring specially protected luminaires.
Environmental test – Laboratory test subjecting luminaires to temperature, humidity and vibration.
EPBD (Energy Performance of Buildings Directive) – EU directive including lighting energy requirements.
EPD LED luminaire – ISO 14025 Environmental Product Declaration quantifying environmental impacts across the product lifecycle, enabling objective comparison between competing LED solutions.
EPDM – Synthetic rubber for IP-sealing gaskets in outdoor profiles.
Epitaxy – Crystal-growth process for manufacturing LED wafers (MOCVD, MBE).
Equalisation charge – Periodic overcharge of emergency batteries to balance cell voltages.
Equipment earth – Protective conductor connected to exposed metal parts of a luminaire.
Equivalent melanopic lux (EML) – Illuminance weighted by the melanopic sensitivity curve for HCL design.
ERP – EU directive setting eco-design requirements for energy-related products.
Escape-route lighting – Emergency lights illuminating paths to exits during power failure.
Escape-route signage – Illuminated pictogram signs guiding occupants to exits during emergencies.
ESD (Electrostatic Discharge) – Sudden flow of static electricity that can damage sensitive LED components.
ESD protection – Design measures and components safeguarding LEDs from electrostatic damage.
ESD-safe workstation – Anti-static bench for handling sensitive LED components.
Estimated useful life – Projected operating hours based on LM-80 data and TM-21 extrapolation.
Ethernet – Wired network for lighting protocols (Art-Net, sACN, KNXnet/IP).
Ethernet backbone – High-speed network connecting lighting gateways and controllers over IP.
Etiquette (energy) – Common term for the EU energy label affixed to lighting products.
EULUMDAT – European standard file format (.ldt) for luminaire photometric data.
Evacuation lighting – High-intensity emergency illumination for immediate building evacuation.
Evaluation (post-installation) – Site measurement verifying that the installed lighting meets design targets.
Event trigger – Condition (motion, schedule, alarm) that initiates a lighting-scene change.
Excess heat – Thermal energy beyond what the heat sink can dissipate, requiring derating.
Excitation wavelength – Wavelength of light (typically blue) that activates the phosphor layer.
Exhaust ventilation luminaire – Luminaire doubling as an air-extraction point in kitchen or lab ceilings.
Exit sign (photoluminescent) – Non-electric sign using glow-in-the-dark material, supplementing LED versions.
Expansion (thermal) – Dimensional change of materials with temperature, critical for long profile runs.
Expansion gap – Small space left between profile lengths to accommodate thermal expansion.
Explosion-proof fitting – Luminaire or junction box certified for use in ATEX/IECEx hazardous zones.
Explosion-proof luminaire – Luminaire rated for use in hazardous (ATEX / IECEx) atmospheres.
Extended warranty – Manufacturer warranty beyond the standard period, often 7-10 years for LED.
External driver – LED driver housed separately from the luminaire for easier thermal management.
Extraction rate – Speed at which the heat sink removes thermal energy from the LED junction.
Extrusion – Process forcing heated aluminium through a die to form a profile.
Extrusion (co-extrusion) – Simultaneous extrusion of two materials, e.g. aluminium body and plastic cover guide.
Extrusion (silicone) – Process for producing flexible silicone profiles for neon-flex applications.
Extrusion die – Hardened steel tool defining the cross-sectional shape of the aluminium profile.
Eye bolt – Threaded fastener with a loop head used for suspending luminaires.
Eye comfort – Luminaire rating indicating low glare and flicker for visual wellbeing.
Eye-bolt mounting – Suspension point using a threaded eye bolt rated for the luminaire weight.
Eyelet (wiring) – Ring crimp terminal for bolt connections in LED power wiring.
F
F-mark (furniture rated) – UL marking indicating a driver is suitable for installation inside furniture.
facade grazing technique – Linear outdoor LEDs at building base or roofline graze the facade surface, revealing material textures and architectural mouldings after dark.
Facade media screen – Large-scale LED pixel matrix mounted on a building facade for dynamic content.
Factory acceptance test (FAT) – Pre-shipment verification of luminaire performance at the factory.
Fade time – Duration of a gradual transition between two luminous or colour levels.
Fail-safe mode – Default luminaire state (usually full on) when the control signal is lost.
Failure mode – Way in which an LED or driver ceases to function (open, short, gradual).
Failure rate – Percentage of LEDs or drivers failing within a specified operating period.
False ceiling depth – Available space between the structural slab and the suspended ceiling surface.
Fan (cooling) – Electrically driven fan providing forced-air cooling for high-power LED systems.
Fan coil integration – LED luminaire designed to co-exist with fan-coil HVAC units in ceilings.
Far-field photometry – Light-distribution measurement taken at a distance where the source appears as a point.
Faraday cage – Metal enclosure shielding sensitive electronics from external EMI.
Fascia lighting – LED illumination of building fascia boards or signage bands.
Fattore di manutenzione — see Maintenance factor – See Maintenance factor.
Fault finding – Systematic diagnosis of problems in an LED installation.
Fault indicator LED – Small status LED on a driver or controller signalling an error condition.
Façade (media) – Large-scale LED installation on a building façade displaying dynamic content.
Façade lighting – LED systems enhancing the exterior surface of a building.
Feed (double / dual) – Powering a strip from both ends to minimise voltage drop.
Feed (mid-point) – Injecting power at the centre of a strip run for uniform brightness.
Feed (single / mono) – Powering a strip from one end only.
Feed-through wiring – Continuous power cable passing through multiple luminaires without interruption.
Ferrite core – Magnetic component on a cable or inside a driver suppressing high-frequency noise.
Fibre optic – Glass or polymer light guide transporting LED light to remote locations.
Fibre-optic illuminator – LED light engine coupled to a bundle of optical fibres for remote illumination.
Field angle – Beam angle measured where intensity drops to 10 percent of peak.
Field of view (sensor) – Angular coverage area of an occupancy or daylight sensor.
Filament (LED) – Linear LED module replicating incandescent-filament appearance.
Filament-style LED strip – LED strip replicating the warm, amber glow of vintage filament lamps.
Fill light – Secondary light source reducing shadows created by the key light.
Film (dichroic) – Thin film reflecting some wavelengths while transmitting others.
Film (holographic) – Film using holographic microstructures for precise light shaping.
Film (optical) – Thin film with specific optical properties (diffusion, reflection, polarisation).
Film (reflective) – High-reflectance material inside a profile to maximise output.
Filter (colour / gel) – Coloured transparent sheet placed over a source to change beam colour.
Filter (daylight correction) – Gel converting tungsten CCT to daylight CCT, now replaced by tunable LEDs.
Filter (dichroic) – Optical coating selectively reflecting some wavelengths and transmitting others.
Filter (IR cut) – Filter blocking infrared radiation from reaching the illuminated object.
Filter (neutral density / ND) – Grey filter reducing intensity without changing colour.
Filter (UV) – Element blocking ultraviolet radiation, used in museum applications.
Fin (cooling) – Ribbed profile feature enlarging the heat-dissipating area.
Fin pitch – Spacing between cooling fins, optimised for airflow and thermal performance.
Final connection point – Last wiring termination where the LED strip meets the driver cable.
Fine-tuning (on-site) – Adjusting aim, dimming levels and scenes after physical installation.
Finish (chromate conversion) – Chemical treatment of aluminium improving corrosion resistance before painting.
Finish (matte / opaque) – Non-reflective surface reducing reflections and glare.
Finish (mirror / polished) – Highly reflective surface on aluminium or stainless-steel profiles.
Finish (profile) – Surface treatment: anodising, painting, brushing or sandblasting.
Finish (RAL) – Profile colouring per the RAL industrial colour-coding system.
Finish (textured) – Coarse surface coating adding tactile interest and hiding imperfections.
Fire compartment – Building zone bounded by fire-rated elements; emergency lighting must respect boundaries.
Fire rating – Time period a building element maintains its fire-resistance integrity.
Fire-rated enclosure – Junction box or driver housing maintaining fire integrity of a partition.
Fireproof cable – Cable rated to maintain circuit integrity during a fire for a specified duration.
Firmware – Embedded software in LED controllers managing functionality.
Firmware (OTA update) – Over-the-air firmware upgrade for wireless LED controllers.
First-fix installation – Mounting brackets, back-boxes and cables before surface finishes are applied.
Fitting (ceiling surface) – Mounting a profile directly against the ceiling surface.
Fitting (flush / recessed) – Installing a profile inside a routed groove so it sits flush.
Fitting (magnetic) – Magnet-based quick, tool-free, non-destructive mounting.
Fitting (screw) – Traditional mounting through pre-drilled holes.
Fitting (spring clip) – Spring-loaded clip securing a recessed luminaire in its ceiling cut-out.
Fitting (tape / adhesive) – Mounting via double-sided tape without drilling.
Fixed output driver – Non-dimmable driver operating at a single, factory-set output level.
Fixture (luminaire) – North American term for a complete lighting apparatus.
Fixture schedule – Table listing every luminaire type, quantity and location in a project.
Flagpole light – LED luminaire designed to illuminate a flagpole from the base.
Flame-retardant material – Self-extinguishing plastic used in LED enclosures and cable insulation.
Flange – Protruding rim on a profile covering the joint with the mounting surface.
Flange (cover / trim) – Decorative element hiding the ceiling cut-out edge.
Flash frequency (strobe) – Number of light pulses per second in a strobe effect.
Flashing (LED indicator) – Blinking status light on a driver or controller indicating operating mode.
Flat cable – Multi-conductor ribbon cable for compact LED wiring.
Flat-pack luminaire – Luminaire shipped disassembled in a flat box for economical transport.
Flex (LED strip) – Flexible LED strip on a bendable PCB.
Flex connector (profile) – Short flexible bridge joining two rigid profile lengths around a gentle curve.
Flexibility – Degree to which a strip or profile can be bent without damage.
Flexible conduit – Corrugated tube allowing cables to follow non-straight routes.
Flicker – Rapid luminous variation, perceptible or measurable instrumentally.
Flicker Index – Flicker severity parameter on a 0 to 1 scale.
Flicker metric (SVM) – Stroboscopic Visibility Measure quantifying the visibility of the stroboscopic effect.
Flicker Percent – Percentage difference between maximum and minimum light waveform amplitude.
Flicker-free – Absence of measurable flicker, a quality indicator for drivers and strips.
Flicker-free certification (IEEE 1789) – IEEE standard recommending flicker limits for LED lighting.
floating ceiling technique – Perimeter LED strip around a lowered ceiling panel creates indirect uplighting that makes the panel appear to hover, adding depth and drama to reception areas and lounges.
Flood (wide beam) – Broad distribution above 60 degrees for general illumination.
Floodlight – High-output luminaire with a wide beam for area or façade lighting.
Floor box – Recessed enclosure in a floor providing power and data for LED installations.
Floor wash luminaire – Wall-recessed LED directing light downward to graze the floor surface.
Floor washer – Wall-recessed luminaire uniformly lighting the floor.
Floor-standing uplighter – Free-standing LED luminaire directing light upward for indirect illumination.
Fluorescent retrofit – Replacing fluorescent tubes with LED tubes in an existing fixture.
Flush-mount junction box – Recessed wall or ceiling box for concealed wiring connections.
Flux (luminous per metre) – Strip output in lumens per linear metre (lm/m).
Flux (luminous) – Total light quantity emitted by a source, in lumens (lm).
Flux (radiant) – Electromagnetic radiation power emitted, in watts.
Fly lead – Factory-soldered cable on a strip for direct driver connection.
Fly-by-wire lighting – Fully electronic lighting control with no direct mains switching at the luminaire.
Focal length – Lens-to-convergence-point distance determining beam angle.
Focal point (design) – Architectural feature or artwork intentionally highlighted by accent lighting.
Fog-proof lens – Sealed or vented lens design preventing internal fogging in humid environments.
Follow-me lighting – Smart system that tracks occupant movement and illuminates their path.
Footcandle (fc) – Imperial illuminance unit; 1 fc ≈ 10.76 lux.
Footlambert (fL) – Imperial luminance unit; 1 fL ≈ 3.426 cd/m².
Footprint (luminaire) – Plan-view outline of a luminaire, critical for ceiling-layout coordination.
Form factor – Physical size and shape category of an LED driver or luminaire.
Forward current (IF max) – Maximum continuous current the LED can handle without damage.
Forward current 10 mA – LED operated at a forward current of 10 milliamps.
Forward current 100 mA – LED operated at a forward current of 100 milliamps.
Forward current 1000 mA – LED operated at a forward current of 1000 milliamps.
Forward current 1005 mA – LED operated at a forward current of 1005 milliamps.
Forward current 1010 mA – LED operated at a forward current of 1010 milliamps.
Forward current 1015 mA – LED operated at a forward current of 1015 milliamps.
Forward current 1020 mA – LED operated at a forward current of 1020 milliamps.
Forward current 1025 mA – LED operated at a forward current of 1025 milliamps.
Forward current 1030 mA – LED operated at a forward current of 1030 milliamps.
Forward current 1035 mA – LED operated at a forward current of 1035 milliamps.
Forward current 1040 mA – LED operated at a forward current of 1040 milliamps.
Forward current 1045 mA – LED operated at a forward current of 1045 milliamps.
Forward current 105 mA – LED operated at a forward current of 105 milliamps.
Forward current 1050 mA – LED operated at a forward current of 1050 milliamps.
Forward current 1055 mA – LED operated at a forward current of 1055 milliamps.
Forward current 1060 mA – LED operated at a forward current of 1060 milliamps.
Forward current 1065 mA – LED operated at a forward current of 1065 milliamps.
Forward current 1070 mA – LED operated at a forward current of 1070 milliamps.
Forward current 1075 mA – LED operated at a forward current of 1075 milliamps.
Forward current 1080 mA – LED operated at a forward current of 1080 milliamps.
Forward current 1085 mA – LED operated at a forward current of 1085 milliamps.
Forward current 1090 mA – LED operated at a forward current of 1090 milliamps.
Forward current 1095 mA – LED operated at a forward current of 1095 milliamps.
Forward current 110 mA – LED operated at a forward current of 110 milliamps.
Forward current 1100 mA – LED operated at a forward current of 1100 milliamps.
Forward current 1105 mA – LED operated at a forward current of 1105 milliamps.
Forward current 1110 mA – LED operated at a forward current of 1110 milliamps.
Forward current 1115 mA – LED operated at a forward current of 1115 milliamps.
Forward current 1120 mA – LED operated at a forward current of 1120 milliamps.
Forward current 1125 mA – LED operated at a forward current of 1125 milliamps.
Forward current 1130 mA – LED operated at a forward current of 1130 milliamps.
Forward current 1135 mA – LED operated at a forward current of 1135 milliamps.
Forward current 1140 mA – LED operated at a forward current of 1140 milliamps.
Forward current 1145 mA – LED operated at a forward current of 1145 milliamps.
Forward current 115 mA – LED operated at a forward current of 115 milliamps.
Forward current 1150 mA – LED operated at a forward current of 1150 milliamps.
Forward current 1155 mA – LED operated at a forward current of 1155 milliamps.
Forward current 1160 mA – LED operated at a forward current of 1160 milliamps.
Forward current 1165 mA – LED operated at a forward current of 1165 milliamps.
Forward current 1170 mA – LED operated at a forward current of 1170 milliamps.
Forward current 1175 mA – LED operated at a forward current of 1175 milliamps.
Forward current 1180 mA – LED operated at a forward current of 1180 milliamps.
Forward current 1185 mA – LED operated at a forward current of 1185 milliamps.
Forward current 1190 mA – LED operated at a forward current of 1190 milliamps.
Forward current 1195 mA – LED operated at a forward current of 1195 milliamps.
Forward current 120 mA – LED operated at a forward current of 120 milliamps.
Forward current 1200 mA – LED operated at a forward current of 1200 milliamps.
Forward current 1205 mA – LED operated at a forward current of 1205 milliamps.
Forward current 1210 mA – LED operated at a forward current of 1210 milliamps.
Forward current 1215 mA – LED operated at a forward current of 1215 milliamps.
Forward current 1220 mA – LED operated at a forward current of 1220 milliamps.
Forward current 1225 mA – LED operated at a forward current of 1225 milliamps.
Forward current 1230 mA – LED operated at a forward current of 1230 milliamps.
Forward current 1235 mA – LED operated at a forward current of 1235 milliamps.
Forward current 1240 mA – LED operated at a forward current of 1240 milliamps.
Forward current 1245 mA – LED operated at a forward current of 1245 milliamps.
Forward current 125 mA – LED operated at a forward current of 125 milliamps.
Forward current 1250 mA – LED operated at a forward current of 1250 milliamps.
Forward current 1255 mA – LED operated at a forward current of 1255 milliamps.
Forward current 1260 mA – LED operated at a forward current of 1260 milliamps.
Forward current 1265 mA – LED operated at a forward current of 1265 milliamps.
Forward current 1270 mA – LED operated at a forward current of 1270 milliamps.
Forward current 1275 mA – LED operated at a forward current of 1275 milliamps.
Forward current 1280 mA – LED operated at a forward current of 1280 milliamps.
Forward current 1285 mA – LED operated at a forward current of 1285 milliamps.
Forward current 1290 mA – LED operated at a forward current of 1290 milliamps.
Forward current 1295 mA – LED operated at a forward current of 1295 milliamps.
Forward current 130 mA – LED operated at a forward current of 130 milliamps.
Forward current 1300 mA – LED operated at a forward current of 1300 milliamps.
Forward current 1305 mA – LED operated at a forward current of 1305 milliamps.
Forward current 1310 mA – LED operated at a forward current of 1310 milliamps.
Forward current 1315 mA – LED operated at a forward current of 1315 milliamps.
Forward current 1320 mA – LED operated at a forward current of 1320 milliamps.
Forward current 1325 mA – LED operated at a forward current of 1325 milliamps.
Forward current 1330 mA – LED operated at a forward current of 1330 milliamps.
Forward current 1335 mA – LED operated at a forward current of 1335 milliamps.
Forward current 1340 mA – LED operated at a forward current of 1340 milliamps.
Forward current 1345 mA – LED operated at a forward current of 1345 milliamps.
Forward current 135 mA – LED operated at a forward current of 135 milliamps.
Forward current 1350 mA – LED operated at a forward current of 1350 milliamps.
Forward current 1355 mA – LED operated at a forward current of 1355 milliamps.
Forward current 1360 mA – LED operated at a forward current of 1360 milliamps.
Forward current 1365 mA – LED operated at a forward current of 1365 milliamps.
Forward current 1370 mA – LED operated at a forward current of 1370 milliamps.
Forward current 1375 mA – LED operated at a forward current of 1375 milliamps.
Forward current 1380 mA – LED operated at a forward current of 1380 milliamps.
Forward current 1385 mA – LED operated at a forward current of 1385 milliamps.
Forward current 1390 mA – LED operated at a forward current of 1390 milliamps.
Forward current 1395 mA – LED operated at a forward current of 1395 milliamps.
Forward current 140 mA – LED operated at a forward current of 140 milliamps.
Forward current 1400 mA – LED operated at a forward current of 1400 milliamps.
Forward current 1405 mA – LED operated at a forward current of 1405 milliamps.
Forward current 1410 mA – LED operated at a forward current of 1410 milliamps.
Forward current 1415 mA – LED operated at a forward current of 1415 milliamps.
Forward current 1420 mA – LED operated at a forward current of 1420 milliamps.
Forward current 1425 mA – LED operated at a forward current of 1425 milliamps.
Forward current 1430 mA – LED operated at a forward current of 1430 milliamps.
Forward current 1435 mA – LED operated at a forward current of 1435 milliamps.
Forward current 1440 mA – LED operated at a forward current of 1440 milliamps.
Forward current 1445 mA – LED operated at a forward current of 1445 milliamps.
Forward current 145 mA – LED operated at a forward current of 145 milliamps.
Forward current 1450 mA – LED operated at a forward current of 1450 milliamps.
Forward current 1455 mA – LED operated at a forward current of 1455 milliamps.
Forward current 1460 mA – LED operated at a forward current of 1460 milliamps.
Forward current 1465 mA – LED operated at a forward current of 1465 milliamps.
Forward current 1470 mA – LED operated at a forward current of 1470 milliamps.
Forward current 1475 mA – LED operated at a forward current of 1475 milliamps.
Forward current 1480 mA – LED operated at a forward current of 1480 milliamps.
Forward current 1485 mA – LED operated at a forward current of 1485 milliamps.
Forward current 1490 mA – LED operated at a forward current of 1490 milliamps.
Forward current 1495 mA – LED operated at a forward current of 1495 milliamps.
Forward current 15 mA – LED operated at a forward current of 15 milliamps.
Forward current 150 mA – LED operated at a forward current of 150 milliamps.
Forward current 1500 mA – LED operated at a forward current of 1500 milliamps.
Forward current 1505 mA – LED operated at a forward current of 1505 milliamps.
Forward current 1510 mA – LED operated at a forward current of 1510 milliamps.
Forward current 1515 mA – LED operated at a forward current of 1515 milliamps.
Forward current 1520 mA – LED operated at a forward current of 1520 milliamps.
Forward current 1525 mA – LED operated at a forward current of 1525 milliamps.
Forward current 1530 mA – LED operated at a forward current of 1530 milliamps.
Forward current 1535 mA – LED operated at a forward current of 1535 milliamps.
Forward current 1540 mA – LED operated at a forward current of 1540 milliamps.
Forward current 1545 mA – LED operated at a forward current of 1545 milliamps.
Forward current 155 mA – LED operated at a forward current of 155 milliamps.
Forward current 1550 mA – LED operated at a forward current of 1550 milliamps.
Forward current 1555 mA – LED operated at a forward current of 1555 milliamps.
Forward current 1560 mA – LED operated at a forward current of 1560 milliamps.
Forward current 1565 mA – LED operated at a forward current of 1565 milliamps.
Forward current 1570 mA – LED operated at a forward current of 1570 milliamps.
Forward current 1575 mA – LED operated at a forward current of 1575 milliamps.
Forward current 1580 mA – LED operated at a forward current of 1580 milliamps.
Forward current 1585 mA – LED operated at a forward current of 1585 milliamps.
Forward current 1590 mA – LED operated at a forward current of 1590 milliamps.
Forward current 1595 mA – LED operated at a forward current of 1595 milliamps.
Forward current 160 mA – LED operated at a forward current of 160 milliamps.
Forward current 1600 mA – LED operated at a forward current of 1600 milliamps.
Forward current 1605 mA – LED operated at a forward current of 1605 milliamps.
Forward current 1610 mA – LED operated at a forward current of 1610 milliamps.
Forward current 1615 mA – LED operated at a forward current of 1615 milliamps.
Forward current 1620 mA – LED operated at a forward current of 1620 milliamps.
Forward current 1625 mA – LED operated at a forward current of 1625 milliamps.
Forward current 1630 mA – LED operated at a forward current of 1630 milliamps.
Forward current 1635 mA – LED operated at a forward current of 1635 milliamps.
Forward current 1640 mA – LED operated at a forward current of 1640 milliamps.
Forward current 1645 mA – LED operated at a forward current of 1645 milliamps.
Forward current 165 mA – LED operated at a forward current of 165 milliamps.
Forward current 1650 mA – LED operated at a forward current of 1650 milliamps.
Forward current 1655 mA – LED operated at a forward current of 1655 milliamps.
Forward current 1660 mA – LED operated at a forward current of 1660 milliamps.
Forward current 1665 mA – LED operated at a forward current of 1665 milliamps.
Forward current 1670 mA – LED operated at a forward current of 1670 milliamps.
Forward current 1675 mA – LED operated at a forward current of 1675 milliamps.
Forward current 1680 mA – LED operated at a forward current of 1680 milliamps.
Forward current 1685 mA – LED operated at a forward current of 1685 milliamps.
Forward current 1690 mA – LED operated at a forward current of 1690 milliamps.
Forward current 1695 mA – LED operated at a forward current of 1695 milliamps.
Forward current 170 mA – LED operated at a forward current of 170 milliamps.
Forward current 1700 mA – LED operated at a forward current of 1700 milliamps.
Forward current 1705 mA – LED operated at a forward current of 1705 milliamps.
Forward current 1710 mA – LED operated at a forward current of 1710 milliamps.
Forward current 1715 mA – LED operated at a forward current of 1715 milliamps.
Forward current 1720 mA – LED operated at a forward current of 1720 milliamps.
Forward current 1725 mA – LED operated at a forward current of 1725 milliamps.
Forward current 1730 mA – LED operated at a forward current of 1730 milliamps.
Forward current 1735 mA – LED operated at a forward current of 1735 milliamps.
Forward current 1740 mA – LED operated at a forward current of 1740 milliamps.
Forward current 1745 mA – LED operated at a forward current of 1745 milliamps.
Forward current 175 mA – LED operated at a forward current of 175 milliamps.
Forward current 1750 mA – LED operated at a forward current of 1750 milliamps.
Forward current 1755 mA – LED operated at a forward current of 1755 milliamps.
Forward current 1760 mA – LED operated at a forward current of 1760 milliamps.
Forward current 1765 mA – LED operated at a forward current of 1765 milliamps.
Forward current 1770 mA – LED operated at a forward current of 1770 milliamps.
Forward current 1775 mA – LED operated at a forward current of 1775 milliamps.
Forward current 1780 mA – LED operated at a forward current of 1780 milliamps.
Forward current 1785 mA – LED operated at a forward current of 1785 milliamps.
Forward current 1790 mA – LED operated at a forward current of 1790 milliamps.
Forward current 1795 mA – LED operated at a forward current of 1795 milliamps.
Forward current 180 mA – LED operated at a forward current of 180 milliamps.
Forward current 1800 mA – LED operated at a forward current of 1800 milliamps.
Forward current 1805 mA – LED operated at a forward current of 1805 milliamps.
Forward current 1810 mA – LED operated at a forward current of 1810 milliamps.
Forward current 1815 mA – LED operated at a forward current of 1815 milliamps.
Forward current 1820 mA – LED operated at a forward current of 1820 milliamps.
Forward current 1825 mA – LED operated at a forward current of 1825 milliamps.
Forward current 1830 mA – LED operated at a forward current of 1830 milliamps.
Forward current 1835 mA – LED operated at a forward current of 1835 milliamps.
Forward current 1840 mA – LED operated at a forward current of 1840 milliamps.
Forward current 1845 mA – LED operated at a forward current of 1845 milliamps.
Forward current 185 mA – LED operated at a forward current of 185 milliamps.
Forward current 1850 mA – LED operated at a forward current of 1850 milliamps.
Forward current 1855 mA – LED operated at a forward current of 1855 milliamps.
Forward current 1860 mA – LED operated at a forward current of 1860 milliamps.
Forward current 1865 mA – LED operated at a forward current of 1865 milliamps.
Forward current 1870 mA – LED operated at a forward current of 1870 milliamps.
Forward current 1875 mA – LED operated at a forward current of 1875 milliamps.
Forward current 1880 mA – LED operated at a forward current of 1880 milliamps.
Forward current 1885 mA – LED operated at a forward current of 1885 milliamps.
Forward current 1890 mA – LED operated at a forward current of 1890 milliamps.
Forward current 1895 mA – LED operated at a forward current of 1895 milliamps.
Forward current 190 mA – LED operated at a forward current of 190 milliamps.
Forward current 1900 mA – LED operated at a forward current of 1900 milliamps.
Forward current 1905 mA – LED operated at a forward current of 1905 milliamps.
Forward current 1910 mA – LED operated at a forward current of 1910 milliamps.
Forward current 1915 mA – LED operated at a forward current of 1915 milliamps.
Forward current 1920 mA – LED operated at a forward current of 1920 milliamps.
Forward current 1925 mA – LED operated at a forward current of 1925 milliamps.
Forward current 1930 mA – LED operated at a forward current of 1930 milliamps.
Forward current 1935 mA – LED operated at a forward current of 1935 milliamps.
Forward current 1940 mA – LED operated at a forward current of 1940 milliamps.
Forward current 1945 mA – LED operated at a forward current of 1945 milliamps.
Forward current 195 mA – LED operated at a forward current of 195 milliamps.
Forward current 1950 mA – LED operated at a forward current of 1950 milliamps.
Forward current 1955 mA – LED operated at a forward current of 1955 milliamps.
Forward current 1960 mA – LED operated at a forward current of 1960 milliamps.
Forward current 1965 mA – LED operated at a forward current of 1965 milliamps.
Forward current 1970 mA – LED operated at a forward current of 1970 milliamps.
Forward current 1975 mA – LED operated at a forward current of 1975 milliamps.
Forward current 1980 mA – LED operated at a forward current of 1980 milliamps.
Forward current 1985 mA – LED operated at a forward current of 1985 milliamps.
Forward current 1990 mA – LED operated at a forward current of 1990 milliamps.
Forward current 1995 mA – LED operated at a forward current of 1995 milliamps.
Forward current 20 mA – LED operated at a forward current of 20 milliamps.
Forward current 200 mA – LED operated at a forward current of 200 milliamps.
Forward current 2000 mA – LED operated at a forward current of 2000 milliamps.
Forward current 2005 mA – LED operated at a forward current of 2005 milliamps.
Forward current 2010 mA – LED operated at a forward current of 2010 milliamps.
Forward current 2015 mA – LED operated at a forward current of 2015 milliamps.
Forward current 2020 mA – LED operated at a forward current of 2020 milliamps.
Forward current 2025 mA – LED operated at a forward current of 2025 milliamps.
Forward current 2030 mA – LED operated at a forward current of 2030 milliamps.
Forward current 2035 mA – LED operated at a forward current of 2035 milliamps.
Forward current 2040 mA – LED operated at a forward current of 2040 milliamps.
Forward current 2045 mA – LED operated at a forward current of 2045 milliamps.
Forward current 205 mA – LED operated at a forward current of 205 milliamps.
Forward current 2050 mA – LED operated at a forward current of 2050 milliamps.
Forward current 2055 mA – LED operated at a forward current of 2055 milliamps.
Forward current 2060 mA – LED operated at a forward current of 2060 milliamps.
Forward current 2065 mA – LED operated at a forward current of 2065 milliamps.
Forward current 2070 mA – LED operated at a forward current of 2070 milliamps.
Forward current 2075 mA – LED operated at a forward current of 2075 milliamps.
Forward current 2080 mA – LED operated at a forward current of 2080 milliamps.
Forward current 2085 mA – LED operated at a forward current of 2085 milliamps.
Forward current 2090 mA – LED operated at a forward current of 2090 milliamps.
Forward current 2095 mA – LED operated at a forward current of 2095 milliamps.
Forward current 210 mA – LED operated at a forward current of 210 milliamps.
Forward current 2100 mA – LED operated at a forward current of 2100 milliamps.
Forward current 2105 mA – LED operated at a forward current of 2105 milliamps.
Forward current 2110 mA – LED operated at a forward current of 2110 milliamps.
Forward current 2115 mA – LED operated at a forward current of 2115 milliamps.
Forward current 2120 mA – LED operated at a forward current of 2120 milliamps.
Forward current 2125 mA – LED operated at a forward current of 2125 milliamps.
Forward current 2130 mA – LED operated at a forward current of 2130 milliamps.
Forward current 2135 mA – LED operated at a forward current of 2135 milliamps.
Forward current 2140 mA – LED operated at a forward current of 2140 milliamps.
Forward current 2145 mA – LED operated at a forward current of 2145 milliamps.
Forward current 215 mA – LED operated at a forward current of 215 milliamps.
Forward current 2150 mA – LED operated at a forward current of 2150 milliamps.
Forward current 2155 mA – LED operated at a forward current of 2155 milliamps.
Forward current 2160 mA – LED operated at a forward current of 2160 milliamps.
Forward current 2165 mA – LED operated at a forward current of 2165 milliamps.
Forward current 2170 mA – LED operated at a forward current of 2170 milliamps.
Forward current 2175 mA – LED operated at a forward current of 2175 milliamps.
Forward current 2180 mA – LED operated at a forward current of 2180 milliamps.
Forward current 2185 mA – LED operated at a forward current of 2185 milliamps.
Forward current 2190 mA – LED operated at a forward current of 2190 milliamps.
Forward current 2195 mA – LED operated at a forward current of 2195 milliamps.
Forward current 220 mA – LED operated at a forward current of 220 milliamps.
Forward current 2200 mA – LED operated at a forward current of 2200 milliamps.
Forward current 2205 mA – LED operated at a forward current of 2205 milliamps.
Forward current 2210 mA – LED operated at a forward current of 2210 milliamps.
Forward current 2215 mA – LED operated at a forward current of 2215 milliamps.
Forward current 2220 mA – LED operated at a forward current of 2220 milliamps.
Forward current 2225 mA – LED operated at a forward current of 2225 milliamps.
Forward current 2230 mA – LED operated at a forward current of 2230 milliamps.
Forward current 2235 mA – LED operated at a forward current of 2235 milliamps.
Forward current 2240 mA – LED operated at a forward current of 2240 milliamps.
Forward current 2245 mA – LED operated at a forward current of 2245 milliamps.
Forward current 225 mA – LED operated at a forward current of 225 milliamps.
Forward current 2250 mA – LED operated at a forward current of 2250 milliamps.
Forward current 2255 mA – LED operated at a forward current of 2255 milliamps.
Forward current 2260 mA – LED operated at a forward current of 2260 milliamps.
Forward current 2265 mA – LED operated at a forward current of 2265 milliamps.
Forward current 2270 mA – LED operated at a forward current of 2270 milliamps.
Forward current 2275 mA – LED operated at a forward current of 2275 milliamps.
Forward current 2280 mA – LED operated at a forward current of 2280 milliamps.
Forward current 2285 mA – LED operated at a forward current of 2285 milliamps.
Forward current 2290 mA – LED operated at a forward current of 2290 milliamps.
Forward current 2295 mA – LED operated at a forward current of 2295 milliamps.
Forward current 230 mA – LED operated at a forward current of 230 milliamps.
Forward current 2300 mA – LED operated at a forward current of 2300 milliamps.
Forward current 2305 mA – LED operated at a forward current of 2305 milliamps.
Forward current 2310 mA – LED operated at a forward current of 2310 milliamps.
Forward current 2315 mA – LED operated at a forward current of 2315 milliamps.
Forward current 2320 mA – LED operated at a forward current of 2320 milliamps.
Forward current 2325 mA – LED operated at a forward current of 2325 milliamps.
Forward current 2330 mA – LED operated at a forward current of 2330 milliamps.
Forward current 2335 mA – LED operated at a forward current of 2335 milliamps.
Forward current 2340 mA – LED operated at a forward current of 2340 milliamps.
Forward current 2345 mA – LED operated at a forward current of 2345 milliamps.
Forward current 235 mA – LED operated at a forward current of 235 milliamps.
Forward current 2350 mA – LED operated at a forward current of 2350 milliamps.
Forward current 2355 mA – LED operated at a forward current of 2355 milliamps.
Forward current 2360 mA – LED operated at a forward current of 2360 milliamps.
Forward current 2365 mA – LED operated at a forward current of 2365 milliamps.
Forward current 2370 mA – LED operated at a forward current of 2370 milliamps.
Forward current 2375 mA – LED operated at a forward current of 2375 milliamps.
Forward current 2380 mA – LED operated at a forward current of 2380 milliamps.
Forward current 2385 mA – LED operated at a forward current of 2385 milliamps.
Forward current 2390 mA – LED operated at a forward current of 2390 milliamps.
Forward current 2395 mA – LED operated at a forward current of 2395 milliamps.
Forward current 240 mA – LED operated at a forward current of 240 milliamps.
Forward current 2400 mA – LED operated at a forward current of 2400 milliamps.
Forward current 2405 mA – LED operated at a forward current of 2405 milliamps.
Forward current 2410 mA – LED operated at a forward current of 2410 milliamps.
Forward current 2415 mA – LED operated at a forward current of 2415 milliamps.
Forward current 2420 mA – LED operated at a forward current of 2420 milliamps.
Forward current 2425 mA – LED operated at a forward current of 2425 milliamps.
Forward current 2430 mA – LED operated at a forward current of 2430 milliamps.
Forward current 2435 mA – LED operated at a forward current of 2435 milliamps.
Forward current 2440 mA – LED operated at a forward current of 2440 milliamps.
Forward current 2445 mA – LED operated at a forward current of 2445 milliamps.
Forward current 245 mA – LED operated at a forward current of 245 milliamps.
Forward current 2450 mA – LED operated at a forward current of 2450 milliamps.
Forward current 2455 mA – LED operated at a forward current of 2455 milliamps.
Forward current 2460 mA – LED operated at a forward current of 2460 milliamps.
Forward current 2465 mA – LED operated at a forward current of 2465 milliamps.
Forward current 2470 mA – LED operated at a forward current of 2470 milliamps.
Forward current 2475 mA – LED operated at a forward current of 2475 milliamps.
Forward current 2480 mA – LED operated at a forward current of 2480 milliamps.
Forward current 2485 mA – LED operated at a forward current of 2485 milliamps.
Forward current 2490 mA – LED operated at a forward current of 2490 milliamps.
Forward current 2495 mA – LED operated at a forward current of 2495 milliamps.
Forward current 25 mA – LED operated at a forward current of 25 milliamps.
Forward current 250 mA – LED operated at a forward current of 250 milliamps.
Forward current 2500 mA – LED operated at a forward current of 2500 milliamps.
Forward current 2505 mA – LED operated at a forward current of 2505 milliamps.
Forward current 2510 mA – LED operated at a forward current of 2510 milliamps.
Forward current 2515 mA – LED operated at a forward current of 2515 milliamps.
Forward current 2520 mA – LED operated at a forward current of 2520 milliamps.
Forward current 2525 mA – LED operated at a forward current of 2525 milliamps.
Forward current 2530 mA – LED operated at a forward current of 2530 milliamps.
Forward current 2535 mA – LED operated at a forward current of 2535 milliamps.
Forward current 2540 mA – LED operated at a forward current of 2540 milliamps.
Forward current 2545 mA – LED operated at a forward current of 2545 milliamps.
Forward current 255 mA – LED operated at a forward current of 255 milliamps.
Forward current 2550 mA – LED operated at a forward current of 2550 milliamps.
Forward current 2555 mA – LED operated at a forward current of 2555 milliamps.
Forward current 2560 mA – LED operated at a forward current of 2560 milliamps.
Forward current 2565 mA – LED operated at a forward current of 2565 milliamps.
Forward current 2570 mA – LED operated at a forward current of 2570 milliamps.
Forward current 2575 mA – LED operated at a forward current of 2575 milliamps.
Forward current 2580 mA – LED operated at a forward current of 2580 milliamps.
Forward current 2585 mA – LED operated at a forward current of 2585 milliamps.
Forward current 2590 mA – LED operated at a forward current of 2590 milliamps.
Forward current 2595 mA – LED operated at a forward current of 2595 milliamps.
Forward current 260 mA – LED operated at a forward current of 260 milliamps.
Forward current 2600 mA – LED operated at a forward current of 2600 milliamps.
Forward current 2605 mA – LED operated at a forward current of 2605 milliamps.
Forward current 2610 mA – LED operated at a forward current of 2610 milliamps.
Forward current 2615 mA – LED operated at a forward current of 2615 milliamps.
Forward current 2620 mA – LED operated at a forward current of 2620 milliamps.
Forward current 2625 mA – LED operated at a forward current of 2625 milliamps.
Forward current 2630 mA – LED operated at a forward current of 2630 milliamps.
Forward current 2635 mA – LED operated at a forward current of 2635 milliamps.
Forward current 2640 mA – LED operated at a forward current of 2640 milliamps.
Forward current 2645 mA – LED operated at a forward current of 2645 milliamps.
Forward current 265 mA – LED operated at a forward current of 265 milliamps.
Forward current 2650 mA – LED operated at a forward current of 2650 milliamps.
Forward current 2655 mA – LED operated at a forward current of 2655 milliamps.
Forward current 2660 mA – LED operated at a forward current of 2660 milliamps.
Forward current 2665 mA – LED operated at a forward current of 2665 milliamps.
Forward current 2670 mA – LED operated at a forward current of 2670 milliamps.
Forward current 2675 mA – LED operated at a forward current of 2675 milliamps.
Forward current 2680 mA – LED operated at a forward current of 2680 milliamps.
Forward current 2685 mA – LED operated at a forward current of 2685 milliamps.
Forward current 2690 mA – LED operated at a forward current of 2690 milliamps.
Forward current 2695 mA – LED operated at a forward current of 2695 milliamps.
Forward current 270 mA – LED operated at a forward current of 270 milliamps.
Forward current 2700 mA – LED operated at a forward current of 2700 milliamps.
Forward current 2705 mA – LED operated at a forward current of 2705 milliamps.
Forward current 2710 mA – LED operated at a forward current of 2710 milliamps.
Forward current 2715 mA – LED operated at a forward current of 2715 milliamps.
Forward current 2720 mA – LED operated at a forward current of 2720 milliamps.
Forward current 2725 mA – LED operated at a forward current of 2725 milliamps.
Forward current 2730 mA – LED operated at a forward current of 2730 milliamps.
Forward current 2735 mA – LED operated at a forward current of 2735 milliamps.
Forward current 2740 mA – LED operated at a forward current of 2740 milliamps.
Forward current 2745 mA – LED operated at a forward current of 2745 milliamps.
Forward current 275 mA – LED operated at a forward current of 275 milliamps.
Forward current 2750 mA – LED operated at a forward current of 2750 milliamps.
Forward current 2755 mA – LED operated at a forward current of 2755 milliamps.
Forward current 2760 mA – LED operated at a forward current of 2760 milliamps.
Forward current 2765 mA – LED operated at a forward current of 2765 milliamps.
Forward current 2770 mA – LED operated at a forward current of 2770 milliamps.
Forward current 2775 mA – LED operated at a forward current of 2775 milliamps.
Forward current 2780 mA – LED operated at a forward current of 2780 milliamps.
Forward current 2785 mA – LED operated at a forward current of 2785 milliamps.
Forward current 2790 mA – LED operated at a forward current of 2790 milliamps.
Forward current 2795 mA – LED operated at a forward current of 2795 milliamps.
Forward current 280 mA – LED operated at a forward current of 280 milliamps.
Forward current 2800 mA – LED operated at a forward current of 2800 milliamps.
Forward current 2805 mA – LED operated at a forward current of 2805 milliamps.
Forward current 2810 mA – LED operated at a forward current of 2810 milliamps.
Forward current 2815 mA – LED operated at a forward current of 2815 milliamps.
Forward current 2820 mA – LED operated at a forward current of 2820 milliamps.
Forward current 2825 mA – LED operated at a forward current of 2825 milliamps.
Forward current 2830 mA – LED operated at a forward current of 2830 milliamps.
Forward current 2835 mA – LED operated at a forward current of 2835 milliamps.
Forward current 2840 mA – LED operated at a forward current of 2840 milliamps.
Forward current 2845 mA – LED operated at a forward current of 2845 milliamps.
Forward current 285 mA – LED operated at a forward current of 285 milliamps.
Forward current 2850 mA – LED operated at a forward current of 2850 milliamps.
Forward current 2855 mA – LED operated at a forward current of 2855 milliamps.
Forward current 2860 mA – LED operated at a forward current of 2860 milliamps.
Forward current 2865 mA – LED operated at a forward current of 2865 milliamps.
Forward current 2870 mA – LED operated at a forward current of 2870 milliamps.
Forward current 2875 mA – LED operated at a forward current of 2875 milliamps.
Forward current 2880 mA – LED operated at a forward current of 2880 milliamps.
Forward current 2885 mA – LED operated at a forward current of 2885 milliamps.
Forward current 2890 mA – LED operated at a forward current of 2890 milliamps.
Forward current 2895 mA – LED operated at a forward current of 2895 milliamps.
Forward current 290 mA – LED operated at a forward current of 290 milliamps.
Forward current 2900 mA – LED operated at a forward current of 2900 milliamps.
Forward current 2905 mA – LED operated at a forward current of 2905 milliamps.
Forward current 2910 mA – LED operated at a forward current of 2910 milliamps.
Forward current 2915 mA – LED operated at a forward current of 2915 milliamps.
Forward current 2920 mA – LED operated at a forward current of 2920 milliamps.
Forward current 2925 mA – LED operated at a forward current of 2925 milliamps.
Forward current 2930 mA – LED operated at a forward current of 2930 milliamps.
Forward current 2935 mA – LED operated at a forward current of 2935 milliamps.
Forward current 2940 mA – LED operated at a forward current of 2940 milliamps.
Forward current 2945 mA – LED operated at a forward current of 2945 milliamps.
Forward current 295 mA – LED operated at a forward current of 295 milliamps.
Forward current 2950 mA – LED operated at a forward current of 2950 milliamps.
Forward current 2955 mA – LED operated at a forward current of 2955 milliamps.
Forward current 2960 mA – LED operated at a forward current of 2960 milliamps.
Forward current 2965 mA – LED operated at a forward current of 2965 milliamps.
Forward current 2970 mA – LED operated at a forward current of 2970 milliamps.
Forward current 2975 mA – LED operated at a forward current of 2975 milliamps.
Forward current 2980 mA – LED operated at a forward current of 2980 milliamps.
Forward current 2985 mA – LED operated at a forward current of 2985 milliamps.
Forward current 2990 mA – LED operated at a forward current of 2990 milliamps.
Forward current 2995 mA – LED operated at a forward current of 2995 milliamps.
Forward current 30 mA – LED operated at a forward current of 30 milliamps.
Forward current 300 mA – LED operated at a forward current of 300 milliamps.
Forward current 3000 mA – LED operated at a forward current of 3000 milliamps.
Forward current 3005 mA – LED operated at a forward current of 3005 milliamps.
Forward current 3010 mA – LED operated at a forward current of 3010 milliamps.
Forward current 3015 mA – LED operated at a forward current of 3015 milliamps.
Forward current 3020 mA – LED operated at a forward current of 3020 milliamps.
Forward current 3025 mA – LED operated at a forward current of 3025 milliamps.
Forward current 3030 mA – LED operated at a forward current of 3030 milliamps.
Forward current 3035 mA – LED operated at a forward current of 3035 milliamps.
Forward current 3040 mA – LED operated at a forward current of 3040 milliamps.
Forward current 3045 mA – LED operated at a forward current of 3045 milliamps.
Forward current 305 mA – LED operated at a forward current of 305 milliamps.
Forward current 3050 mA – LED operated at a forward current of 3050 milliamps.
Forward current 3055 mA – LED operated at a forward current of 3055 milliamps.
Forward current 3060 mA – LED operated at a forward current of 3060 milliamps.
Forward current 3065 mA – LED operated at a forward current of 3065 milliamps.
Forward current 3070 mA – LED operated at a forward current of 3070 milliamps.
Forward current 3075 mA – LED operated at a forward current of 3075 milliamps.
Forward current 3080 mA – LED operated at a forward current of 3080 milliamps.
Forward current 3085 mA – LED operated at a forward current of 3085 milliamps.
Forward current 3090 mA – LED operated at a forward current of 3090 milliamps.
Forward current 3095 mA – LED operated at a forward current of 3095 milliamps.
Forward current 310 mA – LED operated at a forward current of 310 milliamps.
Forward current 3100 mA – LED operated at a forward current of 3100 milliamps.
Forward current 3105 mA – LED operated at a forward current of 3105 milliamps.
Forward current 3110 mA – LED operated at a forward current of 3110 milliamps.
Forward current 3115 mA – LED operated at a forward current of 3115 milliamps.
Forward current 3120 mA – LED operated at a forward current of 3120 milliamps.
Forward current 3125 mA – LED operated at a forward current of 3125 milliamps.
Forward current 3130 mA – LED operated at a forward current of 3130 milliamps.
Forward current 3135 mA – LED operated at a forward current of 3135 milliamps.
Forward current 3140 mA – LED operated at a forward current of 3140 milliamps.
Forward current 3145 mA – LED operated at a forward current of 3145 milliamps.
Forward current 315 mA – LED operated at a forward current of 315 milliamps.
Forward current 3150 mA – LED operated at a forward current of 3150 milliamps.
Forward current 3155 mA – LED operated at a forward current of 3155 milliamps.
Forward current 3160 mA – LED operated at a forward current of 3160 milliamps.
Forward current 3165 mA – LED operated at a forward current of 3165 milliamps.
Forward current 3170 mA – LED operated at a forward current of 3170 milliamps.
Forward current 3175 mA – LED operated at a forward current of 3175 milliamps.
Forward current 3180 mA – LED operated at a forward current of 3180 milliamps.
Forward current 3185 mA – LED operated at a forward current of 3185 milliamps.
Forward current 3190 mA – LED operated at a forward current of 3190 milliamps.
Forward current 3195 mA – LED operated at a forward current of 3195 milliamps.
Forward current 320 mA – LED operated at a forward current of 320 milliamps.
Forward current 3200 mA – LED operated at a forward current of 3200 milliamps.
Forward current 3205 mA – LED operated at a forward current of 3205 milliamps.
Forward current 3210 mA – LED operated at a forward current of 3210 milliamps.
Forward current 3215 mA – LED operated at a forward current of 3215 milliamps.
Forward current 3220 mA – LED operated at a forward current of 3220 milliamps.
Forward current 3225 mA – LED operated at a forward current of 3225 milliamps.
Forward current 3230 mA – LED operated at a forward current of 3230 milliamps.
Forward current 3235 mA – LED operated at a forward current of 3235 milliamps.
Forward current 3240 mA – LED operated at a forward current of 3240 milliamps.
Forward current 3245 mA – LED operated at a forward current of 3245 milliamps.
Forward current 325 mA – LED operated at a forward current of 325 milliamps.
Forward current 3250 mA – LED operated at a forward current of 3250 milliamps.
Forward current 3255 mA – LED operated at a forward current of 3255 milliamps.
Forward current 3260 mA – LED operated at a forward current of 3260 milliamps.
Forward current 3265 mA – LED operated at a forward current of 3265 milliamps.
Forward current 3270 mA – LED operated at a forward current of 3270 milliamps.
Forward current 3275 mA – LED operated at a forward current of 3275 milliamps.
Forward current 3280 mA – LED operated at a forward current of 3280 milliamps.
Forward current 3285 mA – LED operated at a forward current of 3285 milliamps.
Forward current 3290 mA – LED operated at a forward current of 3290 milliamps.
Forward current 3295 mA – LED operated at a forward current of 3295 milliamps.
Forward current 330 mA – LED operated at a forward current of 330 milliamps.
Forward current 3300 mA – LED operated at a forward current of 3300 milliamps.
Forward current 3305 mA – LED operated at a forward current of 3305 milliamps.
Forward current 3310 mA – LED operated at a forward current of 3310 milliamps.
Forward current 3315 mA – LED operated at a forward current of 3315 milliamps.
Forward current 3320 mA – LED operated at a forward current of 3320 milliamps.
Forward current 3325 mA – LED operated at a forward current of 3325 milliamps.
Forward current 3330 mA – LED operated at a forward current of 3330 milliamps.
Forward current 3335 mA – LED operated at a forward current of 3335 milliamps.
Forward current 3340 mA – LED operated at a forward current of 3340 milliamps.
Forward current 3345 mA – LED operated at a forward current of 3345 milliamps.
Forward current 335 mA – LED operated at a forward current of 335 milliamps.
Forward current 3350 mA – LED operated at a forward current of 3350 milliamps.
Forward current 3355 mA – LED operated at a forward current of 3355 milliamps.
Forward current 3360 mA – LED operated at a forward current of 3360 milliamps.
Forward current 3365 mA – LED operated at a forward current of 3365 milliamps.
Forward current 3370 mA – LED operated at a forward current of 3370 milliamps.
Forward current 3375 mA – LED operated at a forward current of 3375 milliamps.
Forward current 3380 mA – LED operated at a forward current of 3380 milliamps.
Forward current 3385 mA – LED operated at a forward current of 3385 milliamps.
Forward current 3390 mA – LED operated at a forward current of 3390 milliamps.
Forward current 3395 mA – LED operated at a forward current of 3395 milliamps.
Forward current 340 mA – LED operated at a forward current of 340 milliamps.
Forward current 3400 mA – LED operated at a forward current of 3400 milliamps.
Forward current 3405 mA – LED operated at a forward current of 3405 milliamps.
Forward current 3410 mA – LED operated at a forward current of 3410 milliamps.
Forward current 3415 mA – LED operated at a forward current of 3415 milliamps.
Forward current 3420 mA – LED operated at a forward current of 3420 milliamps.
Forward current 3425 mA – LED operated at a forward current of 3425 milliamps.
Forward current 3430 mA – LED operated at a forward current of 3430 milliamps.
Forward current 3435 mA – LED operated at a forward current of 3435 milliamps.
Forward current 3440 mA – LED operated at a forward current of 3440 milliamps.
Forward current 3445 mA – LED operated at a forward current of 3445 milliamps.
Forward current 345 mA – LED operated at a forward current of 345 milliamps.
Forward current 3450 mA – LED operated at a forward current of 3450 milliamps.
Forward current 3455 mA – LED operated at a forward current of 3455 milliamps.
Forward current 3460 mA – LED operated at a forward current of 3460 milliamps.
Forward current 3465 mA – LED operated at a forward current of 3465 milliamps.
Forward current 3470 mA – LED operated at a forward current of 3470 milliamps.
Forward current 3475 mA – LED operated at a forward current of 3475 milliamps.
Forward current 3480 mA – LED operated at a forward current of 3480 milliamps.
Forward current 3485 mA – LED operated at a forward current of 3485 milliamps.
Forward current 3490 mA – LED operated at a forward current of 3490 milliamps.
Forward current 3495 mA – LED operated at a forward current of 3495 milliamps.
Forward current 35 mA – LED operated at a forward current of 35 milliamps.
Forward current 350 mA – LED operated at a forward current of 350 milliamps.
Forward current 3500 mA – LED operated at a forward current of 3500 milliamps.
Forward current 3505 mA – LED operated at a forward current of 3505 milliamps.
Forward current 3510 mA – LED operated at a forward current of 3510 milliamps.
Forward current 3515 mA – LED operated at a forward current of 3515 milliamps.
Forward current 3520 mA – LED operated at a forward current of 3520 milliamps.
Forward current 3525 mA – LED operated at a forward current of 3525 milliamps.
Forward current 3530 mA – LED operated at a forward current of 3530 milliamps.
Forward current 3535 mA – LED operated at a forward current of 3535 milliamps.
Forward current 3540 mA – LED operated at a forward current of 3540 milliamps.
Forward current 3545 mA – LED operated at a forward current of 3545 milliamps.
Forward current 355 mA – LED operated at a forward current of 355 milliamps.
Forward current 3550 mA – LED operated at a forward current of 3550 milliamps.
Forward current 3555 mA – LED operated at a forward current of 3555 milliamps.
Forward current 3560 mA – LED operated at a forward current of 3560 milliamps.
Forward current 3565 mA – LED operated at a forward current of 3565 milliamps.
Forward current 3570 mA – LED operated at a forward current of 3570 milliamps.
Forward current 3575 mA – LED operated at a forward current of 3575 milliamps.
Forward current 3580 mA – LED operated at a forward current of 3580 milliamps.
Forward current 3585 mA – LED operated at a forward current of 3585 milliamps.
Forward current 3590 mA – LED operated at a forward current of 3590 milliamps.
Forward current 3595 mA – LED operated at a forward current of 3595 milliamps.
Forward current 360 mA – LED operated at a forward current of 360 milliamps.
Forward current 3600 mA – LED operated at a forward current of 3600 milliamps.
Forward current 3605 mA – LED operated at a forward current of 3605 milliamps.
Forward current 3610 mA – LED operated at a forward current of 3610 milliamps.
Forward current 3615 mA – LED operated at a forward current of 3615 milliamps.
Forward current 3620 mA – LED operated at a forward current of 3620 milliamps.
Forward current 3625 mA – LED operated at a forward current of 3625 milliamps.
Forward current 3630 mA – LED operated at a forward current of 3630 milliamps.
Forward current 3635 mA – LED operated at a forward current of 3635 milliamps.
Forward current 3640 mA – LED operated at a forward current of 3640 milliamps.
Forward current 3645 mA – LED operated at a forward current of 3645 milliamps.
Forward current 365 mA – LED operated at a forward current of 365 milliamps.
Forward current 3650 mA – LED operated at a forward current of 3650 milliamps.
Forward current 3655 mA – LED operated at a forward current of 3655 milliamps.
Forward current 3660 mA – LED operated at a forward current of 3660 milliamps.
Forward current 3665 mA – LED operated at a forward current of 3665 milliamps.
Forward current 3670 mA – LED operated at a forward current of 3670 milliamps.
Forward current 3675 mA – LED operated at a forward current of 3675 milliamps.
Forward current 3680 mA – LED operated at a forward current of 3680 milliamps.
Forward current 3685 mA – LED operated at a forward current of 3685 milliamps.
Forward current 3690 mA – LED operated at a forward current of 3690 milliamps.
Forward current 3695 mA – LED operated at a forward current of 3695 milliamps.
Forward current 370 mA – LED operated at a forward current of 370 milliamps.
Forward current 3700 mA – LED operated at a forward current of 3700 milliamps.
Forward current 3705 mA – LED operated at a forward current of 3705 milliamps.
Forward current 3710 mA – LED operated at a forward current of 3710 milliamps.
Forward current 3715 mA – LED operated at a forward current of 3715 milliamps.
Forward current 3720 mA – LED operated at a forward current of 3720 milliamps.
Forward current 3725 mA – LED operated at a forward current of 3725 milliamps.
Forward current 3730 mA – LED operated at a forward current of 3730 milliamps.
Forward current 3735 mA – LED operated at a forward current of 3735 milliamps.
Forward current 3740 mA – LED operated at a forward current of 3740 milliamps.
Forward current 3745 mA – LED operated at a forward current of 3745 milliamps.
Forward current 375 mA – LED operated at a forward current of 375 milliamps.
Forward current 3750 mA – LED operated at a forward current of 3750 milliamps.
Forward current 3755 mA – LED operated at a forward current of 3755 milliamps.
Forward current 3760 mA – LED operated at a forward current of 3760 milliamps.
Forward current 3765 mA – LED operated at a forward current of 3765 milliamps.
Forward current 3770 mA – LED operated at a forward current of 3770 milliamps.
Forward current 3775 mA – LED operated at a forward current of 3775 milliamps.
Forward current 3780 mA – LED operated at a forward current of 3780 milliamps.
Forward current 3785 mA – LED operated at a forward current of 3785 milliamps.
Forward current 3790 mA – LED operated at a forward current of 3790 milliamps.
Forward current 3795 mA – LED operated at a forward current of 3795 milliamps.
Forward current 380 mA – LED operated at a forward current of 380 milliamps.
Forward current 3800 mA – LED operated at a forward current of 3800 milliamps.
Forward current 3805 mA – LED operated at a forward current of 3805 milliamps.
Forward current 3810 mA – LED operated at a forward current of 3810 milliamps.
Forward current 3815 mA – LED operated at a forward current of 3815 milliamps.
Forward current 3820 mA – LED operated at a forward current of 3820 milliamps.
Forward current 3825 mA – LED operated at a forward current of 3825 milliamps.
Forward current 3830 mA – LED operated at a forward current of 3830 milliamps.
Forward current 3835 mA – LED operated at a forward current of 3835 milliamps.
Forward current 3840 mA – LED operated at a forward current of 3840 milliamps.
Forward current 3845 mA – LED operated at a forward current of 3845 milliamps.
Forward current 385 mA – LED operated at a forward current of 385 milliamps.
Forward current 3850 mA – LED operated at a forward current of 3850 milliamps.
Forward current 3855 mA – LED operated at a forward current of 3855 milliamps.
Forward current 3860 mA – LED operated at a forward current of 3860 milliamps.
Forward current 3865 mA – LED operated at a forward current of 3865 milliamps.
Forward current 3870 mA – LED operated at a forward current of 3870 milliamps.
Forward current 3875 mA – LED operated at a forward current of 3875 milliamps.
Forward current 3880 mA – LED operated at a forward current of 3880 milliamps.
Forward current 3885 mA – LED operated at a forward current of 3885 milliamps.
Forward current 3890 mA – LED operated at a forward current of 3890 milliamps.
Forward current 3895 mA – LED operated at a forward current of 3895 milliamps.
Forward current 390 mA – LED operated at a forward current of 390 milliamps.
Forward current 3900 mA – LED operated at a forward current of 3900 milliamps.
Forward current 3905 mA – LED operated at a forward current of 3905 milliamps.
Forward current 3910 mA – LED operated at a forward current of 3910 milliamps.
Forward current 3915 mA – LED operated at a forward current of 3915 milliamps.
Forward current 3920 mA – LED operated at a forward current of 3920 milliamps.
Forward current 3925 mA – LED operated at a forward current of 3925 milliamps.
Forward current 3930 mA – LED operated at a forward current of 3930 milliamps.
Forward current 3935 mA – LED operated at a forward current of 3935 milliamps.
Forward current 3940 mA – LED operated at a forward current of 3940 milliamps.
Forward current 3945 mA – LED operated at a forward current of 3945 milliamps.
Forward current 395 mA – LED operated at a forward current of 395 milliamps.
Forward current 3950 mA – LED operated at a forward current of 3950 milliamps.
Forward current 3955 mA – LED operated at a forward current of 3955 milliamps.
Forward current 3960 mA – LED operated at a forward current of 3960 milliamps.
Forward current 3965 mA – LED operated at a forward current of 3965 milliamps.
Forward current 3970 mA – LED operated at a forward current of 3970 milliamps.
Forward current 3975 mA – LED operated at a forward current of 3975 milliamps.
Forward current 3980 mA – LED operated at a forward current of 3980 milliamps.
Forward current 3985 mA – LED operated at a forward current of 3985 milliamps.
Forward current 3990 mA – LED operated at a forward current of 3990 milliamps.
Forward current 3995 mA – LED operated at a forward current of 3995 milliamps.
Forward current 40 mA – LED operated at a forward current of 40 milliamps.
Forward current 400 mA – LED operated at a forward current of 400 milliamps.
Forward current 4000 mA – LED operated at a forward current of 4000 milliamps.
Forward current 4005 mA – LED operated at a forward current of 4005 milliamps.
Forward current 4010 mA – LED operated at a forward current of 4010 milliamps.
Forward current 4015 mA – LED operated at a forward current of 4015 milliamps.
Forward current 4020 mA – LED operated at a forward current of 4020 milliamps.
Forward current 4025 mA – LED operated at a forward current of 4025 milliamps.
Forward current 4030 mA – LED operated at a forward current of 4030 milliamps.
Forward current 4035 mA – LED operated at a forward current of 4035 milliamps.
Forward current 4040 mA – LED operated at a forward current of 4040 milliamps.
Forward current 4045 mA – LED operated at a forward current of 4045 milliamps.
Forward current 405 mA – LED operated at a forward current of 405 milliamps.
Forward current 4050 mA – LED operated at a forward current of 4050 milliamps.
Forward current 4055 mA – LED operated at a forward current of 4055 milliamps.
Forward current 4060 mA – LED operated at a forward current of 4060 milliamps.
Forward current 4065 mA – LED operated at a forward current of 4065 milliamps.
Forward current 4070 mA – LED operated at a forward current of 4070 milliamps.
Forward current 4075 mA – LED operated at a forward current of 4075 milliamps.
Forward current 4080 mA – LED operated at a forward current of 4080 milliamps.
Forward current 4085 mA – LED operated at a forward current of 4085 milliamps.
Forward current 4090 mA – LED operated at a forward current of 4090 milliamps.
Forward current 4095 mA – LED operated at a forward current of 4095 milliamps.
Forward current 410 mA – LED operated at a forward current of 410 milliamps.
Forward current 4100 mA – LED operated at a forward current of 4100 milliamps.
Forward current 4105 mA – LED operated at a forward current of 4105 milliamps.
Forward current 4110 mA – LED operated at a forward current of 4110 milliamps.
Forward current 4115 mA – LED operated at a forward current of 4115 milliamps.
Forward current 4120 mA – LED operated at a forward current of 4120 milliamps.
Forward current 4125 mA – LED operated at a forward current of 4125 milliamps.
Forward current 4130 mA – LED operated at a forward current of 4130 milliamps.
Forward current 4135 mA – LED operated at a forward current of 4135 milliamps.
Forward current 4140 mA – LED operated at a forward current of 4140 milliamps.
Forward current 4145 mA – LED operated at a forward current of 4145 milliamps.
Forward current 415 mA – LED operated at a forward current of 415 milliamps.
Forward current 4150 mA – LED operated at a forward current of 4150 milliamps.
Forward current 4155 mA – LED operated at a forward current of 4155 milliamps.
Forward current 4160 mA – LED operated at a forward current of 4160 milliamps.
Forward current 4165 mA – LED operated at a forward current of 4165 milliamps.
Forward current 4170 mA – LED operated at a forward current of 4170 milliamps.
Forward current 4175 mA – LED operated at a forward current of 4175 milliamps.
Forward current 4180 mA – LED operated at a forward current of 4180 milliamps.
Forward current 4185 mA – LED operated at a forward current of 4185 milliamps.
Forward current 4190 mA – LED operated at a forward current of 4190 milliamps.
Forward current 4195 mA – LED operated at a forward current of 4195 milliamps.
Forward current 420 mA – LED operated at a forward current of 420 milliamps.
Forward current 4200 mA – LED operated at a forward current of 4200 milliamps.
Forward current 4205 mA – LED operated at a forward current of 4205 milliamps.
Forward current 4210 mA – LED operated at a forward current of 4210 milliamps.
Forward current 4215 mA – LED operated at a forward current of 4215 milliamps.
Forward current 4220 mA – LED operated at a forward current of 4220 milliamps.
Forward current 4225 mA – LED operated at a forward current of 4225 milliamps.
Forward current 4230 mA – LED operated at a forward current of 4230 milliamps.
Forward current 4235 mA – LED operated at a forward current of 4235 milliamps.
Forward current 4240 mA – LED operated at a forward current of 4240 milliamps.
Forward current 4245 mA – LED operated at a forward current of 4245 milliamps.
Forward current 425 mA – LED operated at a forward current of 425 milliamps.
Forward current 4250 mA – LED operated at a forward current of 4250 milliamps.
Forward current 4255 mA – LED operated at a forward current of 4255 milliamps.
Forward current 4260 mA – LED operated at a forward current of 4260 milliamps.
Forward current 4265 mA – LED operated at a forward current of 4265 milliamps.
Forward current 4270 mA – LED operated at a forward current of 4270 milliamps.
Forward current 4275 mA – LED operated at a forward current of 4275 milliamps.
Forward current 4280 mA – LED operated at a forward current of 4280 milliamps.
Forward current 4285 mA – LED operated at a forward current of 4285 milliamps.
Forward current 4290 mA – LED operated at a forward current of 4290 milliamps.
Forward current 4295 mA – LED operated at a forward current of 4295 milliamps.
Forward current 430 mA – LED operated at a forward current of 430 milliamps.
Forward current 4300 mA – LED operated at a forward current of 4300 milliamps.
Forward current 4305 mA – LED operated at a forward current of 4305 milliamps.
Forward current 4310 mA – LED operated at a forward current of 4310 milliamps.
Forward current 4315 mA – LED operated at a forward current of 4315 milliamps.
Forward current 4320 mA – LED operated at a forward current of 4320 milliamps.
Forward current 4325 mA – LED operated at a forward current of 4325 milliamps.
Forward current 4330 mA – LED operated at a forward current of 4330 milliamps.
Forward current 4335 mA – LED operated at a forward current of 4335 milliamps.
Forward current 4340 mA – LED operated at a forward current of 4340 milliamps.
Forward current 4345 mA – LED operated at a forward current of 4345 milliamps.
Forward current 435 mA – LED operated at a forward current of 435 milliamps.
Forward current 4350 mA – LED operated at a forward current of 4350 milliamps.
Forward current 4355 mA – LED operated at a forward current of 4355 milliamps.
Forward current 4360 mA – LED operated at a forward current of 4360 milliamps.
Forward current 4365 mA – LED operated at a forward current of 4365 milliamps.
Forward current 4370 mA – LED operated at a forward current of 4370 milliamps.
Forward current 4375 mA – LED operated at a forward current of 4375 milliamps.
Forward current 4380 mA – LED operated at a forward current of 4380 milliamps.
Forward current 4385 mA – LED operated at a forward current of 4385 milliamps.
Forward current 4390 mA – LED operated at a forward current of 4390 milliamps.
Forward current 4395 mA – LED operated at a forward current of 4395 milliamps.
Forward current 440 mA – LED operated at a forward current of 440 milliamps.
Forward current 4400 mA – LED operated at a forward current of 4400 milliamps.
Forward current 4405 mA – LED operated at a forward current of 4405 milliamps.
Forward current 4410 mA – LED operated at a forward current of 4410 milliamps.
Forward current 4415 mA – LED operated at a forward current of 4415 milliamps.
Forward current 4420 mA – LED operated at a forward current of 4420 milliamps.
Forward current 4425 mA – LED operated at a forward current of 4425 milliamps.
Forward current 4430 mA – LED operated at a forward current of 4430 milliamps.
Forward current 4435 mA – LED operated at a forward current of 4435 milliamps.
Forward current 4440 mA – LED operated at a forward current of 4440 milliamps.
Forward current 4445 mA – LED operated at a forward current of 4445 milliamps.
Forward current 445 mA – LED operated at a forward current of 445 milliamps.
Forward current 4450 mA – LED operated at a forward current of 4450 milliamps.
Forward current 4455 mA – LED operated at a forward current of 4455 milliamps.
Forward current 4460 mA – LED operated at a forward current of 4460 milliamps.
Forward current 4465 mA – LED operated at a forward current of 4465 milliamps.
Forward current 4470 mA – LED operated at a forward current of 4470 milliamps.
Forward current 4475 mA – LED operated at a forward current of 4475 milliamps.
Forward current 4480 mA – LED operated at a forward current of 4480 milliamps.
Forward current 4485 mA – LED operated at a forward current of 4485 milliamps.
Forward current 4490 mA – LED operated at a forward current of 4490 milliamps.
Forward current 4495 mA – LED operated at a forward current of 4495 milliamps.
Forward current 45 mA – LED operated at a forward current of 45 milliamps.
Forward current 450 mA – LED operated at a forward current of 450 milliamps.
Forward current 4500 mA – LED operated at a forward current of 4500 milliamps.
Forward current 4505 mA – LED operated at a forward current of 4505 milliamps.
Forward current 4510 mA – LED operated at a forward current of 4510 milliamps.
Forward current 4515 mA – LED operated at a forward current of 4515 milliamps.
Forward current 4520 mA – LED operated at a forward current of 4520 milliamps.
Forward current 4525 mA – LED operated at a forward current of 4525 milliamps.
Forward current 4530 mA – LED operated at a forward current of 4530 milliamps.
Forward current 4535 mA – LED operated at a forward current of 4535 milliamps.
Forward current 4540 mA – LED operated at a forward current of 4540 milliamps.
Forward current 4545 mA – LED operated at a forward current of 4545 milliamps.
Forward current 455 mA – LED operated at a forward current of 455 milliamps.
Forward current 4550 mA – LED operated at a forward current of 4550 milliamps.
Forward current 4555 mA – LED operated at a forward current of 4555 milliamps.
Forward current 4560 mA – LED operated at a forward current of 4560 milliamps.
Forward current 4565 mA – LED operated at a forward current of 4565 milliamps.
Forward current 4570 mA – LED operated at a forward current of 4570 milliamps.
Forward current 4575 mA – LED operated at a forward current of 4575 milliamps.
Forward current 4580 mA – LED operated at a forward current of 4580 milliamps.
Forward current 4585 mA – LED operated at a forward current of 4585 milliamps.
Forward current 4590 mA – LED operated at a forward current of 4590 milliamps.
Forward current 4595 mA – LED operated at a forward current of 4595 milliamps.
Forward current 460 mA – LED operated at a forward current of 460 milliamps.
Forward current 4600 mA – LED operated at a forward current of 4600 milliamps.
Forward current 4605 mA – LED operated at a forward current of 4605 milliamps.
Forward current 4610 mA – LED operated at a forward current of 4610 milliamps.
Forward current 4615 mA – LED operated at a forward current of 4615 milliamps.
Forward current 4620 mA – LED operated at a forward current of 4620 milliamps.
Forward current 4625 mA – LED operated at a forward current of 4625 milliamps.
Forward current 4630 mA – LED operated at a forward current of 4630 milliamps.
Forward current 4635 mA – LED operated at a forward current of 4635 milliamps.
Forward current 4640 mA – LED operated at a forward current of 4640 milliamps.
Forward current 4645 mA – LED operated at a forward current of 4645 milliamps.
Forward current 465 mA – LED operated at a forward current of 465 milliamps.
Forward current 4650 mA – LED operated at a forward current of 4650 milliamps.
Forward current 4655 mA – LED operated at a forward current of 4655 milliamps.
Forward current 4660 mA – LED operated at a forward current of 4660 milliamps.
Forward current 4665 mA – LED operated at a forward current of 4665 milliamps.
Forward current 4670 mA – LED operated at a forward current of 4670 milliamps.
Forward current 4675 mA – LED operated at a forward current of 4675 milliamps.
Forward current 4680 mA – LED operated at a forward current of 4680 milliamps.
Forward current 4685 mA – LED operated at a forward current of 4685 milliamps.
Forward current 4690 mA – LED operated at a forward current of 4690 milliamps.
Forward current 4695 mA – LED operated at a forward current of 4695 milliamps.
Forward current 470 mA – LED operated at a forward current of 470 milliamps.
Forward current 4700 mA – LED operated at a forward current of 4700 milliamps.
Forward current 4705 mA – LED operated at a forward current of 4705 milliamps.
Forward current 4710 mA – LED operated at a forward current of 4710 milliamps.
Forward current 4715 mA – LED operated at a forward current of 4715 milliamps.
Forward current 4720 mA – LED operated at a forward current of 4720 milliamps.
Forward current 4725 mA – LED operated at a forward current of 4725 milliamps.
Forward current 4730 mA – LED operated at a forward current of 4730 milliamps.
Forward current 4735 mA – LED operated at a forward current of 4735 milliamps.
Forward current 4740 mA – LED operated at a forward current of 4740 milliamps.
Forward current 4745 mA – LED operated at a forward current of 4745 milliamps.
Forward current 475 mA – LED operated at a forward current of 475 milliamps.
Forward current 4750 mA – LED operated at a forward current of 4750 milliamps.
Forward current 4755 mA – LED operated at a forward current of 4755 milliamps.
Forward current 4760 mA – LED operated at a forward current of 4760 milliamps.
Forward current 4765 mA – LED operated at a forward current of 4765 milliamps.
Forward current 4770 mA – LED operated at a forward current of 4770 milliamps.
Forward current 4775 mA – LED operated at a forward current of 4775 milliamps.
Forward current 4780 mA – LED operated at a forward current of 4780 milliamps.
Forward current 4785 mA – LED operated at a forward current of 4785 milliamps.
Forward current 4790 mA – LED operated at a forward current of 4790 milliamps.
Forward current 4795 mA – LED operated at a forward current of 4795 milliamps.
Forward current 480 mA – LED operated at a forward current of 480 milliamps.
Forward current 4800 mA – LED operated at a forward current of 4800 milliamps.
Forward current 4805 mA – LED operated at a forward current of 4805 milliamps.
Forward current 4810 mA – LED operated at a forward current of 4810 milliamps.
Forward current 4815 mA – LED operated at a forward current of 4815 milliamps.
Forward current 4820 mA – LED operated at a forward current of 4820 milliamps.
Forward current 4825 mA – LED operated at a forward current of 4825 milliamps.
Forward current 4830 mA – LED operated at a forward current of 4830 milliamps.
Forward current 4835 mA – LED operated at a forward current of 4835 milliamps.
Forward current 4840 mA – LED operated at a forward current of 4840 milliamps.
Forward current 4845 mA – LED operated at a forward current of 4845 milliamps.
Forward current 485 mA – LED operated at a forward current of 485 milliamps.
Forward current 4850 mA – LED operated at a forward current of 4850 milliamps.
Forward current 4855 mA – LED operated at a forward current of 4855 milliamps.
Forward current 4860 mA – LED operated at a forward current of 4860 milliamps.
Forward current 4865 mA – LED operated at a forward current of 4865 milliamps.
Forward current 4870 mA – LED operated at a forward current of 4870 milliamps.
Forward current 4875 mA – LED operated at a forward current of 4875 milliamps.
Forward current 4880 mA – LED operated at a forward current of 4880 milliamps.
Forward current 4885 mA – LED operated at a forward current of 4885 milliamps.
Forward current 4890 mA – LED operated at a forward current of 4890 milliamps.
Forward current 4895 mA – LED operated at a forward current of 4895 milliamps.
Forward current 490 mA – LED operated at a forward current of 490 milliamps.
Forward current 4900 mA – LED operated at a forward current of 4900 milliamps.
Forward current 4905 mA – LED operated at a forward current of 4905 milliamps.
Forward current 4910 mA – LED operated at a forward current of 4910 milliamps.
Forward current 4915 mA – LED operated at a forward current of 4915 milliamps.
Forward current 4920 mA – LED operated at a forward current of 4920 milliamps.
Forward current 4925 mA – LED operated at a forward current of 4925 milliamps.
Forward current 4930 mA – LED operated at a forward current of 4930 milliamps.
Forward current 4935 mA – LED operated at a forward current of 4935 milliamps.
Forward current 4940 mA – LED operated at a forward current of 4940 milliamps.
Forward current 4945 mA – LED operated at a forward current of 4945 milliamps.
Forward current 495 mA – LED operated at a forward current of 495 milliamps.
Forward current 4950 mA – LED operated at a forward current of 4950 milliamps.
Forward current 4955 mA – LED operated at a forward current of 4955 milliamps.
Forward current 4960 mA – LED operated at a forward current of 4960 milliamps.
Forward current 4965 mA – LED operated at a forward current of 4965 milliamps.
Forward current 4970 mA – LED operated at a forward current of 4970 milliamps.
Forward current 4975 mA – LED operated at a forward current of 4975 milliamps.
Forward current 4980 mA – LED operated at a forward current of 4980 milliamps.
Forward current 4985 mA – LED operated at a forward current of 4985 milliamps.
Forward current 4990 mA – LED operated at a forward current of 4990 milliamps.
Forward current 4995 mA – LED operated at a forward current of 4995 milliamps.
Forward current 50 mA – LED operated at a forward current of 50 milliamps.
Forward current 500 mA – LED operated at a forward current of 500 milliamps.
Forward current 5000 mA – LED operated at a forward current of 5000 milliamps.
Forward current 505 mA – LED operated at a forward current of 505 milliamps.
Forward current 510 mA – LED operated at a forward current of 510 milliamps.
Forward current 515 mA – LED operated at a forward current of 515 milliamps.
Forward current 520 mA – LED operated at a forward current of 520 milliamps.
Forward current 525 mA – LED operated at a forward current of 525 milliamps.
Forward current 530 mA – LED operated at a forward current of 530 milliamps.
Forward current 535 mA – LED operated at a forward current of 535 milliamps.
Forward current 540 mA – LED operated at a forward current of 540 milliamps.
Forward current 545 mA – LED operated at a forward current of 545 milliamps.
Forward current 55 mA – LED operated at a forward current of 55 milliamps.
Forward current 550 mA – LED operated at a forward current of 550 milliamps.
Forward current 555 mA – LED operated at a forward current of 555 milliamps.
Forward current 560 mA – LED operated at a forward current of 560 milliamps.
Forward current 565 mA – LED operated at a forward current of 565 milliamps.
Forward current 570 mA – LED operated at a forward current of 570 milliamps.
Forward current 575 mA – LED operated at a forward current of 575 milliamps.
Forward current 580 mA – LED operated at a forward current of 580 milliamps.
Forward current 585 mA – LED operated at a forward current of 585 milliamps.
Forward current 590 mA – LED operated at a forward current of 590 milliamps.
Forward current 595 mA – LED operated at a forward current of 595 milliamps.
Forward current 60 mA – LED operated at a forward current of 60 milliamps.
Forward current 600 mA – LED operated at a forward current of 600 milliamps.
Forward current 605 mA – LED operated at a forward current of 605 milliamps.
Forward current 610 mA – LED operated at a forward current of 610 milliamps.
Forward current 615 mA – LED operated at a forward current of 615 milliamps.
Forward current 620 mA – LED operated at a forward current of 620 milliamps.
Forward current 625 mA – LED operated at a forward current of 625 milliamps.
Forward current 630 mA – LED operated at a forward current of 630 milliamps.
Forward current 635 mA – LED operated at a forward current of 635 milliamps.
Forward current 640 mA – LED operated at a forward current of 640 milliamps.
Forward current 645 mA – LED operated at a forward current of 645 milliamps.
Forward current 65 mA – LED operated at a forward current of 65 milliamps.
Forward current 650 mA – LED operated at a forward current of 650 milliamps.
Forward current 655 mA – LED operated at a forward current of 655 milliamps.
Forward current 660 mA – LED operated at a forward current of 660 milliamps.
Forward current 665 mA – LED operated at a forward current of 665 milliamps.
Forward current 670 mA – LED operated at a forward current of 670 milliamps.
Forward current 675 mA – LED operated at a forward current of 675 milliamps.
Forward current 680 mA – LED operated at a forward current of 680 milliamps.
Forward current 685 mA – LED operated at a forward current of 685 milliamps.
Forward current 690 mA – LED operated at a forward current of 690 milliamps.
Forward current 695 mA – LED operated at a forward current of 695 milliamps.
Forward current 70 mA – LED operated at a forward current of 70 milliamps.
Forward current 700 mA – LED operated at a forward current of 700 milliamps.
Forward current 705 mA – LED operated at a forward current of 705 milliamps.
Forward current 710 mA – LED operated at a forward current of 710 milliamps.
Forward current 715 mA – LED operated at a forward current of 715 milliamps.
Forward current 720 mA – LED operated at a forward current of 720 milliamps.
Forward current 725 mA – LED operated at a forward current of 725 milliamps.
Forward current 730 mA – LED operated at a forward current of 730 milliamps.
Forward current 735 mA – LED operated at a forward current of 735 milliamps.
Forward current 740 mA – LED operated at a forward current of 740 milliamps.
Forward current 745 mA – LED operated at a forward current of 745 milliamps.
Forward current 75 mA – LED operated at a forward current of 75 milliamps.
Forward current 750 mA – LED operated at a forward current of 750 milliamps.
Forward current 755 mA – LED operated at a forward current of 755 milliamps.
Forward current 760 mA – LED operated at a forward current of 760 milliamps.
Forward current 765 mA – LED operated at a forward current of 765 milliamps.
Forward current 770 mA – LED operated at a forward current of 770 milliamps.
Forward current 775 mA – LED operated at a forward current of 775 milliamps.
Forward current 780 mA – LED operated at a forward current of 780 milliamps.
Forward current 785 mA – LED operated at a forward current of 785 milliamps.
Forward current 790 mA – LED operated at a forward current of 790 milliamps.
Forward current 795 mA – LED operated at a forward current of 795 milliamps.
Forward current 80 mA – LED operated at a forward current of 80 milliamps.
Forward current 800 mA – LED operated at a forward current of 800 milliamps.
Forward current 805 mA – LED operated at a forward current of 805 milliamps.
Forward current 810 mA – LED operated at a forward current of 810 milliamps.
Forward current 815 mA – LED operated at a forward current of 815 milliamps.
Forward current 820 mA – LED operated at a forward current of 820 milliamps.
Forward current 825 mA – LED operated at a forward current of 825 milliamps.
Forward current 830 mA – LED operated at a forward current of 830 milliamps.
Forward current 835 mA – LED operated at a forward current of 835 milliamps.
Forward current 840 mA – LED operated at a forward current of 840 milliamps.
Forward current 845 mA – LED operated at a forward current of 845 milliamps.
Forward current 85 mA – LED operated at a forward current of 85 milliamps.
Forward current 850 mA – LED operated at a forward current of 850 milliamps.
Forward current 855 mA – LED operated at a forward current of 855 milliamps.
Forward current 860 mA – LED operated at a forward current of 860 milliamps.
Forward current 865 mA – LED operated at a forward current of 865 milliamps.
Forward current 870 mA – LED operated at a forward current of 870 milliamps.
Forward current 875 mA – LED operated at a forward current of 875 milliamps.
Forward current 880 mA – LED operated at a forward current of 880 milliamps.
Forward current 885 mA – LED operated at a forward current of 885 milliamps.
Forward current 890 mA – LED operated at a forward current of 890 milliamps.
Forward current 895 mA – LED operated at a forward current of 895 milliamps.
Forward current 90 mA – LED operated at a forward current of 90 milliamps.
Forward current 900 mA – LED operated at a forward current of 900 milliamps.
Forward current 905 mA – LED operated at a forward current of 905 milliamps.
Forward current 910 mA – LED operated at a forward current of 910 milliamps.
Forward current 915 mA – LED operated at a forward current of 915 milliamps.
Forward current 920 mA – LED operated at a forward current of 920 milliamps.
Forward current 925 mA – LED operated at a forward current of 925 milliamps.
Forward current 930 mA – LED operated at a forward current of 930 milliamps.
Forward current 935 mA – LED operated at a forward current of 935 milliamps.
Forward current 940 mA – LED operated at a forward current of 940 milliamps.
Forward current 945 mA – LED operated at a forward current of 945 milliamps.
Forward current 95 mA – LED operated at a forward current of 95 milliamps.
Forward current 950 mA – LED operated at a forward current of 950 milliamps.
Forward current 955 mA – LED operated at a forward current of 955 milliamps.
Forward current 960 mA – LED operated at a forward current of 960 milliamps.
Forward current 965 mA – LED operated at a forward current of 965 milliamps.
Forward current 970 mA – LED operated at a forward current of 970 milliamps.
Forward current 975 mA – LED operated at a forward current of 975 milliamps.
Forward current 980 mA – LED operated at a forward current of 980 milliamps.
Forward current 985 mA – LED operated at a forward current of 985 milliamps.
Forward current 990 mA – LED operated at a forward current of 990 milliamps.
Forward current 995 mA – LED operated at a forward current of 995 milliamps.
Forward voltage (Vf) – Voltage drop across an LED under forward-bias conditions.
Foundation bolt – Anchor bolt cast into concrete for securing outdoor lighting poles.
FPCB (Flexible Printed Circuit Board) – Flexible substrate on which strip LEDs are mounted.
FR4 – Composite PCB material used in standard rigid LED light bars.
Frame (luminaire) – Structural housing of a luminaire that holds all components.
Frame (trim) – Decorative border around a recessed luminaire visible from below.
Free-issue material – Components supplied by the client to the installer for inclusion in the project.
Frequency (PWM) – Rate of the PWM pulse train; must exceed 400 Hz for flicker-free operation.
Frequency (switching) – Driver’s internal switching rate, typically 50–200 kHz.
Frequency response – Range of control-signal frequencies a driver or sensor can process.
Fresnel lens – Thin stepped lens with concentric rings for focusing or spreading a beam.
Front glass – Protective transparent or diffusing element on the front of a luminaire.
Front-of-house lighting – Illumination of the audience-facing areas in a theatre or venue.
Frostbite diffuser – Heavily frosted cover providing maximum LED dot concealment.
Frostbite finish – Heavily frosted diffuser producing maximum dot-free diffusion.
Frosted lens – Textured glass or plastic diffusing the beam and softening shadows.
Full cut-off luminaire – Luminaire emitting zero light at or above the horizontal plane.
Full moon effect – Gentle cool-white LED wash replicating moonlight in landscape settings.
Full-colour – LED system reproducing the entire chromatic gamut via RGB or RGBW.
Full-spectrum LED – LED with a continuous spectrum similar to natural light and high CRI.
Function (emergency) – Capability of operating during mains power failure.
Function (maintained) – Emergency luminaire that operates both on mains and on battery power.
Function (non-maintained) – Emergency luminaire that lights only when mains power fails.
Functional lighting – Illumination primarily serving a practical purpose (task, safety, wayfinding).
Furniture power feed – Low-voltage cable supplying LED strips inside desks, shelves or cabinets.
Fuse – Overcurrent protection device breaking the circuit when current is exceeded.
Fuse (glass) – Small glass-body fuse used in low-voltage LED circuits.
Fuse (resettable / PTC) – Self-resetting polymer fuse for LED overcurrent protection.
Fuse holder (inline) – Cable-mounted fuse carrier for individual LED circuit protection.
Future-proofing – Designing an installation to accommodate technology upgrades without re-wiring.
G
G-clamp – Adjustable clamp for temporary mounting of LED fixtures on edges or pipes.
G4 base – Bi-pin lamp base with 4 mm pin spacing, common in 12 V LED capsules.
G9 base – Bi-pin lamp base with 9 mm pin spacing for mains-voltage LED capsules.
Galvanic isolation – Electrical separation between mains and LED sides inside a driver.
Gamut (chromatic) – Range of colours an LED system can reproduce, plotted in the CIE diagram.
GaN-on-Si – LED die technology growing gallium-nitride layers on a silicon substrate.
GaN-on-SiC – LED die technology growing gallium-nitride on a silicon-carbide substrate.
Ganged dimmer – Multiple dimmer modules mechanically linked for side-by-side wall mounting.
Gantt chart (project) – Timeline chart for scheduling LED installation project tasks.
Gap (luminous) – Dark zone between two strip or profile segments, to be avoided.
Gap filler (thermal) – Compressible pad filling uneven gaps between LED strip and heat-sink surface.
Garden spike – Ground-mounted spike base for outdoor LED spotlights.
Gasket – Sealing element in silicone or EPDM providing IP protection.
Gasket (compression) – Gasket that seals when the cover or lens is tightened down.
Gasket (intumescent) – Gasket expanding under heat to maintain fire-compartment integrity.
Gateway – Device translating between protocols (DALI-KNX, DMX-Ethernet, Zigbee-IP).
Gateway (BACnet) – Bridge connecting DALI or KNX lighting to a BACnet BMS.
Gateway (cloud) – Device linking a local lighting network to a cloud management platform.
Gateway (IP) – Device bridging a field bus (DALI, KNX) to an IP network.
Gateway (Zigbee-to-Ethernet) – Bridge translating Zigbee mesh traffic to IP packets.
Gaussian distribution – Bell-curve intensity profile sometimes seen in LED beam patterns.
Gel (colour) – Thin coloured plastic sheet placed over a luminaire to alter beam colour.
Gel frame – Metal holder clipping a colour-gel sheet onto a luminaire.
General lighting – Uniform illumination across an entire room, not focused on any task.
Geometric factor – Room geometry parameter used in lighting-calculation methods.
Ghosting (LED) – Faint unwanted glow when LEDs are supposed to be off, caused by leakage current.
Gimbal ring – Pivoting inner ring allowing a recessed downlight to be aimed off-axis.
Glare – Visual discomfort or impaired vision caused by excessive luminance.
Glare (direct) – Glare from the luminaire itself when viewed from the observer’s position.
Glare (disability) – Glare that measurably reduces visual performance.
Glare (discomfort) – Glare causing annoyance without reducing visual acuity.
Glare (reflected / veiling) – Glare from specular reflections on shiny surfaces.
Glare limit car park UGR25 – Maximum Unified Glare Rating of 25 for car park environments. Achieving this target requires appropriate luminaire optics, spacing and mounting height to ensure visual comfort for occupants.
Glare limit classroom UGR19 – Maximum Unified Glare Rating of 19 for classroom environments. Achieving this target requires appropriate luminaire optics, spacing and mounting height to ensure visual comfort for occupants.
Glare limit computer room UGR16 – Maximum Unified Glare Rating of 16 for computer room environments. Achieving this target requires appropriate luminaire optics, spacing and mounting height to ensure visual comfort for occupants.
Glare limit corridor UGR25 – Maximum Unified Glare Rating of 25 for corridor environments. Achieving this target requires appropriate luminaire optics, spacing and mounting height to ensure visual comfort for occupants.
Glare limit drawing office UGR16 – Maximum Unified Glare Rating of 16 for drawing office environments. Achieving this target requires appropriate luminaire optics, spacing and mounting height to ensure visual comfort for occupants.
Glare limit factory fine UGR19 – Maximum Unified Glare Rating of 19 for factory fine environments. Achieving this target requires appropriate luminaire optics, spacing and mounting height to ensure visual comfort for occupants.
Glare limit general office UGR19 – Maximum Unified Glare Rating of 19 for general office environments. Achieving this target requires appropriate luminaire optics, spacing and mounting height to ensure visual comfort for occupants.
Glare limit jewellery shop UGR16 – Maximum Unified Glare Rating of 16 for jewellery shop environments. Achieving this target requires appropriate luminaire optics, spacing and mounting height to ensure visual comfort for occupants.
Glare limit museum UGR19 – Maximum Unified Glare Rating of 19 for museum environments. Achieving this target requires appropriate luminaire optics, spacing and mounting height to ensure visual comfort for occupants.
Glare limit restaurant UGR22 – Maximum Unified Glare Rating of 22 for restaurant environments. Achieving this target requires appropriate luminaire optics, spacing and mounting height to ensure visual comfort for occupants.
Glare limit retail UGR22 – Maximum Unified Glare Rating of 22 for retail environments. Achieving this target requires appropriate luminaire optics, spacing and mounting height to ensure visual comfort for occupants.
Glare limit screen work UGR19 – Maximum Unified Glare Rating of 19 for screen work environments. Achieving this target requires appropriate luminaire optics, spacing and mounting height to ensure visual comfort for occupants.
Glare limit sports hall UGR22 – Maximum Unified Glare Rating of 22 for sports hall environments. Achieving this target requires appropriate luminaire optics, spacing and mounting height to ensure visual comfort for occupants.
Glare limit warehouse UGR25 – Maximum Unified Glare Rating of 25 for warehouse environments. Achieving this target requires appropriate luminaire optics, spacing and mounting height to ensure visual comfort for occupants.
Glass (borosilicate) – Heat-resistant glass used in high-temperature luminaire lenses.
Glass (tempered) – Heat-treated glass with high impact resistance for luminaire covers.
Glass-fibre reinforced plastic (GRP) – Lightweight corrosion-resistant material for outdoor luminaire housings.
Glazing (diffuser) – Translucent or textured glass or plastic panel in front of the LED source.
Globe (luminaire) – Spherical or near-spherical enclosure surrounding an LED source.
Glow wire test – Standardised test assessing the fire resistance of luminaire plastics.
Glow-wire temperature – Minimum temperature a luminaire plastic must withstand in the glow-wire test.
GN (Gallium Nitride) – Semiconductor material used in blue, green and white LED dies.
GNSS (GPS) time sync – Satellite-based time synchronisation for astronomical lighting clocks.
Gobo – Metal or glass template inserted into a projector to cast a shaped light pattern.
Gold wire bond – Fine gold wire connecting the LED die to the lead frame inside the package.
Goniometer / Goniophotometer – Instrument measuring luminous intensity distribution in space.
Grade (lighting) – Quality tier of an LED product (economy, standard, professional, premium).
Grading (light) – Gradual transition between illuminated and non-illuminated areas.
Gradual start – Slowly increasing brightness over a set ramp time after switch-on.
Graphic equaliser (lighting) – Multi-channel fader bank for adjusting individual DMX channel levels.
Grazer lighting – Grazing light technique accentuating surface textures.
Grazing incidence – Light striking a surface at a very low angle to emphasise texture.
Green building certification – LEED, BREEAM or WELL rating incorporating energy-efficient LED lighting.
Grid (anti-glare) – Louvre or honeycomb limiting emission angle to reduce glare.
Grid (ceiling / T-bar) – Metal framework supporting modular ceiling tiles and LED panels.
Grid pattern – Regular arrangement of luminaires on a ceiling for uniform general lighting.
Ground fault – Unintended current path to earth, detected by RCDs/GFCIs.
Ground plane (thermal) – Large copper area on a PCB spreading heat under high-power LEDs.
Ground spike luminaire – Outdoor LED spotlight with an integral pointed stake for garden installation.
Ground-recessed luminaire – Luminaire installed flush with the ground surface for uplighting.
Group (DALI) – Logical DALI grouping for simultaneous control of multiple luminaires.
Group (KNX) – Logical KNX address linking multiple actuators and sensors.
Group address (KNX) – Logical address linking KNX actuators and sensors for coordinated action.
GU10 base – Twist-lock bi-pin lamp base for mains-voltage LED spotlights.
GU5.3 / MR16 base – Bi-pin base for 12 V LED spotlights, 5.3 mm pin spacing.
Guard (luminaire) – Wire cage protecting a luminaire from mechanical impact.
Guide (light) – Transparent element transporting and distributing LED light along its length.
Guide (optical) – PMMA or PC component directing the beam via total internal reflection.
Guide number – Measure of flash illumination distance, rarely used for LED but common in photography.
Gutter (cable) – Dedicated channel at the rear of a profile for concealed cable routing.
Gutter (wiring) – Channel in the back of a profile for routing power and signal cables.
H
H-connector (profile) – Double-ended connector joining two profiles with a short gap between them.
Half-life (LED) – Operating hours at which the LED reaches 50 percent of initial flux (L50).
Halide perovskite LED – Emerging LED technology using perovskite crystals for narrow-band emission.
Hallway sensor – Long-range PIR or microwave sensor optimised for narrow corridor detection.
Halo (light) – Luminous ring around the main beam from diffusion or reflection.
Halo profile – Circular LED profile forming a complete ring for pendant or ceiling feature.
Halogen-free – Material free of halogens, required for cables in public spaces.
Handheld DMX tester – Portable device for verifying DMX signals and diagnosing wiring faults.
Handrail profile – LED profile integrated into a staircase or balustrade handrail.
Hanger (chain) – Chain suspension hardware for heavy LED luminaires.
Hanger (rod) – Rigid rod suspension for LED profiles, adjustable in length.
Hanger (wire / cable) – Thin steel cable for suspending LED profiles from the ceiling.
Hardwired connection – Permanent electrical connection with no plug, made in a junction box.
Harmonic distortion (THD) – Measure of current-waveform distortion drawn by the driver.
Harmonic filter – Passive or active circuit reducing harmonic currents generated by LED drivers.
Harmonics – Integer multiples of the mains frequency generated by non-linear LED drivers.
Haze (optical) – Percentage of transmitted light that is scattered more than 2.5° from the incident beam.
HCL (Human Centric Lighting) – Lighting designed for human wellbeing with dynamic intensity and colour.
HDMI-to-LED converter – Interface translating video signals into LED pixel data for display walls.
Header connector – Multi-pin PCB connector providing power and data to an LED module.
Heat bridge – Unintended thermal path bypassing insulation, relevant for recessed luminaire placement.
Heat dissipation – Process of transferring heat from the LED junction to the environment.
Heat pipe – Evaporative tube for rapid heat transfer in high-performance heat sinks.
Heat sink – Metal component absorbing and dissipating heat generated by LEDs.
Heat sink (active) – Heat sink with a fan or other active cooling mechanism.
Heat sink (extruded) – Aluminium heat sink produced by extrusion, with parallel fins.
Heat sink (passive) – Heat sink relying solely on natural convection and radiation.
Heat-resistant cable – Cable rated for continuous operation above 90 °C, used near LED heat sinks.
Heat-shrink tubing – Plastic tube that shrinks when heated, insulating and protecting wire joints.
Heat-sink compound – Thermally conductive paste filling micro-gaps between surfaces for efficient heat transfer.
Height 1.5m mount – Luminaire at 1.5m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 10.0m mount – Luminaire at 10.0m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 10.5m mount – Luminaire at 10.5m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 11.0m mount – Luminaire at 11.0m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 11.5m mount – Luminaire at 11.5m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 12.0m mount – Luminaire at 12.0m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 12.5m mount – Luminaire at 12.5m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 13.0m mount – Luminaire at 13.0m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 13.5m mount – Luminaire at 13.5m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 14.0m mount – Luminaire at 14.0m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 14.5m mount – Luminaire at 14.5m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 15.0m mount – Luminaire at 15.0m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 15.5m mount – Luminaire at 15.5m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 16.0m mount – Luminaire at 16.0m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 16.5m mount – Luminaire at 16.5m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 17.0m mount – Luminaire at 17.0m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 17.5m mount – Luminaire at 17.5m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 18.0m mount – Luminaire at 18.0m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 18.5m mount – Luminaire at 18.5m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 19.0m mount – Luminaire at 19.0m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 19.5m mount – Luminaire at 19.5m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 2.0m mount – Luminaire at 2.0m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 2.5m mount – Luminaire at 2.5m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 3.0m mount – Luminaire at 3.0m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 3.5m mount – Luminaire at 3.5m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 4.0m mount – Luminaire at 4.0m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 4.5m mount – Luminaire at 4.5m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 5.0m mount – Luminaire at 5.0m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 5.5m mount – Luminaire at 5.5m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 6.0m mount – Luminaire at 6.0m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 6.5m mount – Luminaire at 6.5m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 7.0m mount – Luminaire at 7.0m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 7.5m mount – Luminaire at 7.5m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 8.0m mount – Luminaire at 8.0m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 8.5m mount – Luminaire at 8.5m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 9.0m mount – Luminaire at 9.0m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height 9.5m mount – Luminaire at 9.5m above finished floor level. Mounting height is a primary variable in lighting calculations, directly affecting illuminance (inverse-square law), uniformity and glare rating.
Height-adjustable pendant – Suspension system allowing the hanging height of a luminaire to be changed.
Helical baffle – Spiral-shaped internal element in a cylindrical luminaire for glare control.
Hermetic seal – Airtight and watertight closure of a luminaire, achieving IP67 or IP68.
Hertz (Hz) – Unit of frequency for PWM frequency and LED flicker rates.
Hi-pot test – High-potential (dielectric) test verifying insulation integrity of a driver or luminaire.
Hidden fixings – Mounting hardware concealed from view for a clean installation appearance.
High Bay – LED luminaire for heights above 6 m, warehouses and factories.
High CRI – LED with Colour Rendering Index of 90 or above.
High-bay sensor – Occupancy sensor designed for mounting heights above 6 m.
High-definition pixel strip – Addressable strip with very small pitch (≤ 10 mm) for detailed effects.
High-density strip – Strip with a high LED count per metre for a continuous line of light.
High-flux LED – LED die producing more than 200 lumens at rated current.
High-mast lighting – Luminaires mounted on poles above 20 m for large-area outdoor illumination.
High-output (HO) – Strip or LED with above-average luminous output.
High-output driver – Driver exceeding 200 W, intended for long strip runs or multiple luminaires.
High-power LED – LED exceeding 1 W per die for high-flux applications.
High-pressure sodium (HPS) – Legacy yellow street-lamp technology now replaced by LED.
Hold time (dimming) – Duration a sensor keeps lights on after the last detected movement.
Holddown clip – Spring clip pressing a profile firmly against the mounting surface.
Holder (fuse) – Socket or clip holding a replaceable fuse in a circuit.
Hollow cathode lamp – Spectroscopic reference source, unrelated to LED but sometimes confused in terminology.
Home run cable – Single dedicated cable from a luminaire directly back to the distribution board.
Honeycomb louvre – Honeycomb anti-glare grid for LED profiles and luminaires.
Hook (suspension) – Accessory for hanging LED profiles from the ceiling.
Horizontal lamp orientation – LED tube installed horizontally, the default for ceiling troffers.
Hospitality dimming – Smooth, silent dimming curve specifically tuned for hotel and restaurant ambiance.
Hot aisle – Data-centre corridor where servers exhaust heat, requiring robust LED luminaires.
Hot spot – Point of excessive brightness, to be avoided with proper optical design.
Hot-cathode fluorescent – Legacy lamp technology superseded by LED linear tubes.
Hot-pluggable module – LED module that can be inserted or removed without powering down the system.
Hour counter – Built-in meter logging cumulative operating hours of a luminaire.
Housing – Body or enclosure of a profile or luminaire containing components.
HSB / HSV – Colour model: Hue, Saturation, Brightness/Value; used for LED control.
HSL – Colour model: Hue, Saturation, Lightness; an alternative representation for LED control.
Hue – Chromatic attribute distinguishing one colour from another.
Hue shift – Colour change when an LED is dimmed, measured in degrees on the hue wheel.
Human Centric Lighting (HCL) – Lighting approach considering circadian rhythm and occupant wellbeing.
Humidity (relative) – Proportion of moisture in the air, affecting IP requirements for luminaires.
Hybrid driver – Driver combining constant-current and constant-voltage outputs.
Hybrid lighting – System combining LED with natural daylight through skylights or light pipes.
Hydraulic damper – Mechanism controlling the speed of an adjustable luminaire arm.
Hydrophobic coating – Water-repelling surface treatment on outdoor luminaire lenses.
Hygroscopic material – Material absorbing moisture from the air, requiring sealed luminaire construction.
Hysteresis (dimming) – Brightness difference between increasing and decreasing dimming paths.
Hysteresis (sensor) – Difference between switch-on and switch-off thresholds of a daylight sensor.
I
IC driver (integrated) – LED driver circuitry embedded on the same PCB as the LEDs.
IC rating (insulation contact) – Ceiling rating allowing a recessed luminaire to be covered by insulation.
Ice rating (IC) – Ceiling insulation contact rating allowing a recessed luminaire to be covered with insulation.
Ice-proof luminaire – Outdoor LED fixture designed to withstand ice loading and freeze-thaw cycles.
IEC 60529 – International IP codes.
IEC 60598-1 – International luminaire safety.
IEC 62386 – International standard defining the DALI protocol for lighting control.
IEC 62386-101 – DALI general requirements.
IEC 62386-102 – DALI control gear.
IEC 62386-103 – DALI control devices.
IEC 62386-301 – DALI push-button input.
IEC 62386-303 – DALI occupancy/light sensors.
IEC plug – International standard mains inlet connector on LED power supplies.
IES – Illuminating Engineering Society, publishing lighting standards and recommendations.
IES file (.ies) – Standard photometric file describing a luminaire’s light distribution.
IES LM-79 – Luminaire output testing.
IES LM-80 – LED lumen depreciation testing.
IES LM-84 – Luminaire lumen maintenance testing.
IES TM-15 – BUG luminaire classification.
IES TM-21 – LED lifetime projection.
IES TM-28 – LED colour maintenance projection.
IES TM-30-20 – Colour rendition evaluation.
Ignition voltage – Minimum voltage to start a gas-discharge lamp; not applicable to LEDs.
Ignition-proof luminaire – LED fixture certified for environments with flammable gases or vapours.
IK rating – Mechanical impact-resistance classification (IK00 to IK10).
Illuminance – Luminous flux incident on a surface, in lux (lx).
Illuminance (cylindrical) – Average lux on a vertical cylindrical surface, relevant for facial recognition.
Illuminance (horizontal) – Lux measured on a horizontal plane, e.g. a desk or floor.
Illuminance (maintained) – Minimum lux guaranteed throughout the installation’s service life.
Illuminance (mean) – Average lux across a surface, the primary design parameter.
Illuminance (semi-cylindrical) – Lux on a half-cylinder, used for assessing visibility of faces.
Illuminance (vertical) – Lux on a vertical plane, important for walls and faces.
Illumination (accent) – Concentrated light creating contrast and drawing attention.
Illumination (ambient) – General room lighting for visibility and comfort.
Illumination (architectural) – Using light to enhance architectural elements.
Illumination (cove) – Indirect light from a concealed ledge or recess.
Illumination (decorative) – Light used primarily for aesthetic purposes.
Illumination (diffused) – Uniform light without a preferred direction or hard shadows.
Illumination (direct) – Light reaching the surface without intermediate reflections.
Illumination (dynamic) – System varying intensity, colour or distribution over time.
Illumination (emergency) – Autonomous system providing light during mains failure.
Illumination (exterior / outdoor) – LED systems for outdoor spaces.
Illumination (furniture-integrated) – LEDs built into cabinetry and furnishings.
Illumination (indirect) – Light after ceiling or wall reflection.
Illumination (integrated) – LEDs incorporated into architecture, invisible as separate fixtures.
Illumination (linear) – Continuous light solution using profiles and strips.
Illumination (museum) – High-CRI, low-UV/IR lighting for artwork conservation.
Illumination (perimeter) – Light along room edges defining spatial boundaries.
Illumination (professional) – High-quality LED systems for commercial and architectural use.
Illumination (retail) – Solutions for shops focused on product presentation.
Illumination (scenographic) – Light creating evocative atmospheres.
Illumination (smart) – Connected LEDs controllable remotely with automatic features.
Illumination (step-marker) – Low-intensity wall or floor light guiding movement.
Illumination (suspended / pendant) – Luminaire hanging from the ceiling via cables or rods.
Illumination (task) – Focused light on work areas meeting required lux levels.
Illumination (under-cabinet) – Strip mounted beneath wall units lighting the worktop.
Illumination (wall-wash) – Even illumination of an entire wall.
Image rendering – Photorealistic 3D visualisation of a proposed lighting design.
Image-based lighting design – Using photorealistic renders to evaluate a proposed LED scheme.
Immersion test – IP68 verification by submerging a luminaire for a defined period and depth.
Immersion-rated strip – LED strip tested and certified for prolonged underwater operation (IP68).
Impact rating IK00 – Mechanical impact resistance IK00 (0 joules impact energy).
Impact rating IK01 – Mechanical impact resistance IK01 (0.15 joules impact energy).
Impact rating IK02 – Mechanical impact resistance IK02 (0.2 joules impact energy).
Impact rating IK03 – Mechanical impact resistance IK03 (0.35 joules impact energy).
Impact rating IK04 – Mechanical impact resistance IK04 (0.5 joules impact energy).
Impact rating IK05 – Mechanical impact resistance IK05 (0.7 joules impact energy).
Impact rating IK06 – Mechanical impact resistance IK06 (1.0 joules impact energy).
Impact rating IK07 – Mechanical impact resistance IK07 (2.0 joules impact energy).
Impact rating IK08 – Mechanical impact resistance IK08 (5.0 joules impact energy).
Impact rating IK09 – Mechanical impact resistance IK09 (10.0 joules impact energy).
Impact rating IK10 – Mechanical impact resistance IK10 (20.0 joules impact energy).
Impact test (IK) – Standardised pendulum or spring-hammer strike test for luminaire housings.
Impact-resistant cover – Polycarbonate or tempered-glass cover rated to a specific IK class.
Impedance – Total opposition to AC flow in a circuit.
Impedance (characteristic) – Nominal impedance of a cable, e.g. 120 Ω for DMX.
Import duty – Customs tariff affecting the landed cost of LED components from overseas.
Import specification – Project document defining LED product requirements for procurement.
Impulse withstand voltage – Maximum transient voltage a driver can survive without damage.
In-ceiling driver – LED power supply mounted within the ceiling void above the luminaire.
In-furniture driver – Miniature LED driver concealed inside a cabinet or piece of furniture.
In-grade luminaire – Ground-recessed uplight for landscape or facade illumination.
In-ground transformer – Buried waterproof power supply for landscape LED lighting.
In-line dimmer – Small dimming module spliced into the cable between driver and strip.
In-line fuse holder – Cable-mounted fuse carrier protecting an individual LED circuit.
In-line switch – Compact toggle or rocker switch inserted into the LED cable run.
In-rush current limiter – NTC thermistor reducing switch-on current surge in LED driver banks.
Incandescent equivalent – Wattage of a traditional bulb producing similar lumens to an LED product.
Incandescent equivalent wattage – Traditional-lamp wattage producing similar lumens to the LED replacement.
Incident light – Light arriving at a surface before reflection, absorption or transmission.
Incident light meter – Meter measuring illuminance at the subject position rather than reflected light.
Index of refraction – Ratio of light speed in vacuum to speed in a material.
Indicator LED – Small signal LED showing device status (power, fault, communication).
Indirect cove – Concealed LED strip bouncing light off a ceiling from a recessed ledge.
Indirect pendant – Suspended luminaire directing most of its output upward.
Indirect wall bracket – Wall luminaire reflecting light off the ceiling for ambient illumination.
Indoor air quality (IAQ) – Air purity standard influencing material choices for LED luminaires.
Inductance (cable) – Inductive property of a long cable run that can affect high-frequency PWM signals.
Induction charging – Wireless power transfer for LED luminaires, eliminating wired connections.
Induction lamp – Electrodeless lamp technology now largely superseded by LED.
Induction loop – Audio loop sometimes sharing ceiling space with LED luminaires.
Inductive load – Load with significant inductance, relevant for relay and dimmer selection.
infinity mirror technique – LED strip sandwiched between a regular and a one-way mirror creates an endless tunnel of light that adds visual depth to bars, bathrooms and retail installations.
Infrared (IR) – Radiation above 780 nm, negligible in modern white LEDs.
Infrared cut filter – Optical element blocking IR radiation from the LED beam.
Infrared photography lighting – Specialised IR LED illumination for night-vision cameras.
Infrared remote – Handheld IR controller for line-of-sight LED switching and dimming.
Ingress protection (IP) – Two-digit code for solid and liquid resistance.
Initial light output – Luminous flux at the start of life after the 100-hour stabilisation period.
Initial lumens – Luminous flux measured after the LED has stabilised (typically 100 hours).
Input connector (driver) – Terminal or socket on the mains side of an LED power supply.
Input current – Amperage drawn from the mains by an LED driver.
Input power – Total watts consumed by the driver from the mains supply.
Input protection (EMC filter) – Filter at the driver mains input suppressing conducted interference.
Input voltage range – Mains voltage span (e.g. 100–240 V AC) the driver can accept.
Inrush current – Switch-on peak current in switching supplies, requiring adequate protection.
Inrush current limiter (NTC) – Thermistor reducing inrush current at switch-on.
Inspection camera (borescope) – Fibre-optic camera checking LED installations in confined spaces.
Inspection hatch – Openable panel in a ceiling or wall providing access to concealed LED wiring.
Installation guide – Manufacturer document with step-by-step mounting and wiring instructions.
Installation height – Distance from the floor to the luminaire mounting point.
Instant restart – LED driver capability to re-light immediately after a brief power interruption.
Insulated-gate bipolar transistor (IGBT) – Power semiconductor occasionally used in high-power LED dimmers.
Insulation (class) – Electrical protection classification (I, II, III).
Insulation (galvanic) – Electrical separation between mains and LED in a driver.
Insulation (reinforced) – Single insulation layer providing protection equivalent to double insulation.
Insulation displacement (IDC) – Connector piercing wire insulation for fast field termination.
Insulation monitoring – Continuous checking of insulation resistance in safety-critical LED circuits.
Insulation resistance (IR) – Measured resistance between live conductors and earth, in megohms.
Insulation-contact rated (IC) – Luminaire safe to be directly covered by ceiling insulation.
Integral sensor – Occupancy or daylight sensor built into the luminaire housing.
Integrating sphere – Hollow sphere with a reflective interior for measuring total luminous flux.
Integrating-sphere photometry – Measuring total luminous flux by capturing all emitted light in a coated sphere.
Integration time – Measurement duration in a spectrophotometer capturing the LED spectrum.
Intelligent building – Structure with automated lighting, HVAC and security working in concert.
Intelligent driver – LED driver with built-in logic for CLO, tunable white or sensor feedback.
Intelligent emergency testing – Self-test module automatically checking emergency battery and lamp.
Intensity (luminous) – Flux per unit solid angle, in candelas (cd).
Intensity (peak) – Maximum luminous intensity in the beam’s central axis.
Intensity distribution – Pattern of luminous intensity values in all directions around a luminaire.
Inter-luminaire spacing – Distance between adjacent luminaires in a grid layout, affecting uniformity.
Interchangeable optic system – Luminaire accepting different lens modules for field-adjustable beam angles.
Interconnect – Generic term for any connector or cable linking LED system components.
Interconnection cable – Short pre-wired cable linking two luminaires in a daisy-chain run.
Interface (user) – Physical or app-based control surface for adjusting lighting settings.
Interface module – Electronic unit bridging two control systems, e.g. DALI to analogue 0-10 V.
Interference (electromagnetic / EMI) – Disturbance that may affect other devices.
Interference filter – Narrow-band optical filter using thin-film interference to select wavelengths.
Interference suppressor – Ferrite or capacitor added to a driver to reduce conducted EMI.
Interior design lighting – LED solutions coordinated with furniture, materials and colour schemes.
Interior lighting plan – Architectural drawing showing all luminaire locations for an indoor project.
Interlock (safety) – Switch that disconnects power when a luminaire cover is opened.
Intermediate frequency – Frequency range 10–100 kHz used in some driver switching circuits.
Internal wiring diagram – Drawing showing conductor connections inside a luminaire or junction box.
Internet gateway (lighting) – Device connecting a local lighting network to the cloud for remote access.
Interoperability – Ability of products from different manufacturers to work together on a shared protocol.
Interoperability test – Verification that products from different brands communicate correctly on a shared protocol.
Interval timer – Timer switching lights on and off at repeating fixed intervals.
Intumescent material – Substance expanding under heat to seal gaps and maintain fire integrity.
Inverse-square calculation – Point-by-point illuminance method using the inverse-square law.
Inverse-square law – Illuminance decreases with the square of the distance from a point source.
IoT (Internet of Things) – Network of connected devices including smart-lighting systems.
IP test certificate – Document confirming a luminaire has passed ingress-protection testing.
IP20 – Basic protection, no water protection; indoor dry use.
IP44 – Protection against splashes; bathrooms and damp areas.
IP54 – Partial dust and splash resistance; semi-exposed environments.
IP65 – Dust-tight and water-jet resistant; sheltered outdoor use.
IP66 – Dust-tight, powerful water-jet resistant; exposed outdoor use.
IP67 – Dust-tight, temporary-immersion resistant (30 min at 1 m).
IP68 – Dust-tight, prolonged-immersion resistant; subaquatic applications.
IP69K – Dust-tight, high-pressure hot-water-jet resistant; food-industry washdown.
Irradiance – Radiant power per unit area, in W/m².
ISO 14001 – Environmental management.
ISO 8995-1 – Indoor workplace lighting.
ISO 9001 – Quality management.
ISO 9227 – Salt-spray corrosion test.
Isolation (transformer) – Electrical separation provided by a transformer winding.
Isolation transformer – Transformer providing galvanic separation between mains and LED circuit.
Isolator (optical) – Device preventing unwanted optical feedback between LED modules.
Isometric drawing – 3D projection of a room showing luminaire positions and beam cones.
I²C bus – Inter-Integrated Circuit serial bus used in some LED driver programming interfaces.
J
J-box (junction box) – Enclosed box where electrical connections are made and protected.
J-hook (cable support) – J-shaped hook supporting cables above a suspended ceiling.
Jacket (cable) – Outer protective sheath of an electrical cable.
Jamb-mounted luminaire – LED fixture recessed into a door frame for accent or courtesy light.
Japanese Industrial Standard (JIS) – National standards used in Japan for LED product evaluation.
Jelly-filled connector – Gel-sealed wire connector providing moisture-proof outdoor joints.
Jet (water) — IP test – Standardised water spray used in IP65 and IP66 ingress testing.
Jet-proof (IP65) – Luminaire withstanding directed water jets from any angle.
Jig (assembly) – Custom fixture holding LED components in position during manufacturing.
Jig (installation) – Template guiding the cutting or routing of a profile recess in the field.
Jitter (signal) – Small timing variations in a digital control signal affecting LED colour accuracy.
Joiner (in-line) – Connector uniting two profile lengths in a straight run.
Joiner (L-shape) – 90-degree angular connector for perpendicular profiles.
Joiner (T-shape) – Three-way connector for branching a profile.
Joiner (variable angle) – Connector allowing adjustable angles between profiles.
Joiner (X-shape) – Four-way connector for crossing two profile lines.
Joint compound (filler) – Plaster filler smoothing the gap around a plaster-in LED profile.
Joint cover (profile) – Decorative sleeve concealing the butt joint between two profile lengths.
Joule – SI unit of energy; LED heat is expressed in joules.
Joule heating – Heat generated by current flowing through a conductor’s resistance.
Jumper – Short cable bridging two strip segments to bypass an obstacle or curve.
Jumper cable (long) – 30-100 cm cable linking remote strip sections.
Jumper cable (short) – 5-15 cm cable bridging two strip segments across a gap.
Jumper wire – Short connection wire on a PCB bridging two circuit points.
Junction (p-n) – Interface between p-type and n-type semiconductor where photons are emitted.
Junction box – Enclosed box where electrical connections are made and protected.
Junction temperature (Tj) – Temperature of the LED p-n junction, critical for lifetime and performance.
Junction temperature limit – Maximum Tj (e.g. 125 °C) specified by the LED manufacturer.
Junction-to-ambient (Rja) – Total thermal resistance from junction to surrounding air.
Junction-to-board (Rjb) – Thermal resistance from junction to the solder point on the PCB.
Junction-to-case (Rjc) – Thermal resistance from junction to the outer LED casing.
K
K-factor (transformer) – Derating factor for transformers feeding non-linear LED driver loads.
Kapton tape – Polyimide adhesive tape used for masking during LED reflow soldering.
Kelvin (K) – Unit of colour temperature (e.g. 2 700 K warm, 6 500 K cool).
Kelvin shift – Gradual CCT change in an LED over its operating lifetime.
Key light – Primary directional light source in a lighting scheme.
Keying (connector) – Mechanical feature preventing a connector from being plugged in the wrong orientation.
Keypad (lighting) – Wall-mounted panel with multiple buttons for scene recall and dimming.
Keystone correction – Digital adjustment of a projected LED image to compensate for off-axis mounting.
Kick light – Small accent light adding highlights or rim lighting to a subject.
Kick-board LED – Strip or profile at floor level beneath kitchen cabinets for low-level glow.
Kick-plate light – LED strip mounted at the base of a door kick plate for decorative accent.
kickboard glow technique – LED strip at floor level beneath cabinets produces a floating-furniture illusion and gentle wayfinding glow, useful in kitchens, bathrooms and hotel corridors.
Kill switch – Emergency switch cutting all power to a lighting installation.
Kinetic chandelier – Motorised pendant with moving LED elements creating dynamic visual effects.
Kinetic lighting – LED installation with physically moving elements creating dynamic visual effects.
Kit (installation) – Package of accessories for complete profile installation.
Kit (retrofit) – Complete set of LED components for converting a conventional luminaire to LED.
Kit (suspension) – Set of cables, roses and hooks for pendant profile installation.
Kit of parts – All components needed for a luminaire assembly, supplied as a single package.
Klieg light – Historical high-power studio lamp, now replaced by LED Fresnel spotlights.
Knife-edge diffuser – Ultra-thin diffuser edge creating a crisp transition between lit and unlit zones.
Knob dimmer – Rotary dimmer with a twist knob for simple analogue brightness control.
Knock-down luminaire – Flat-packed luminaire assembled on site to reduce shipping volume.
Knurled nut – Textured nut for hand-tightening luminaire adjustments without tools.
KNX – International building-automation standard including lighting control.
KNX actuator – Output device on a KNX bus switching or dimming LED luminaires.
KNX binary input – Module detecting switch or sensor states and publishing them on the KNX bus.
KNX commissioning (ETS) – Programming KNX devices using the ETS (Engineering Tool Software).
KNX IP router – Device linking KNX twisted-pair lines to an IP backbone.
KNX push-button interface – Module converting physical button presses into KNX telegrams.
KNX sensor (brightness) – Light-level sensor communicating on the KNX bus for daylight harvesting.
KNX sensor (presence) – Occupancy sensor communicating on the KNX bus.
KNX-DALI gateway – Interface bridging KNX bus and DALI lighting line.
L
L70 – Lifetime point at which flux drops to 70 percent of initial output.
L70B10 – Lifetime at which 10 percent of a sample population has dropped below 70 percent flux.
L70B50 – Median lifetime at which half the population has dropped below 70 percent flux.
L80 – Lifetime point at which flux drops to 80 percent of initial output.
L90 – Lifetime point at which flux drops to 90 percent of initial output.
Label (cable) – Identification tag on a cable marking its circuit number and destination.
Label (CE) – Conformity marking declaring compliance with EU product directives.
Label (energy — EU) – EU regulation label showing the energy class of a lighting product.
Label (UKCA) – United Kingdom Conformity Assessed marking, the post-Brexit equivalent of CE.
Labelling (circuit) – Identifying each circuit with a unique reference in the distribution board.
Labour rate (installation) – Cost per hour for professional LED luminaire installation.
Lacquer (clear) – Transparent protective coating applied over anodised or painted aluminium.
Ladder tray – Open rung-style cable tray for heavy cable runs above ceilings.
Lag screw – Heavy-duty wood screw for fixing LED profiles to timber structures.
Lambertian emitter – Source with intensity proportional to cos θ from the normal.
Lambertian source – Emitter with intensity proportional to cos θ; many SMD LEDs approximate this.
Lamp (LED replacement) – LED product with a standard base designed to replace a conventional lamp.
Lamp life (B50) – Median hours at which 50 percent of a lamp population has failed.
Lamp life (rated) – Median time to failure in hours under standard test conditions.
Lamp lumen depreciation (LLD) – Factor for the decrease in lamp output over time, used in MF calculations.
Lamp survival factor (LSF) – Fraction of lamps still operating at a given time, used in MF calculations.
Landscape bollard – Low outdoor post with integrated LED for pathway illumination.
Landscape controller – Outdoor-rated multi-channel controller for garden LED lighting zones.
Landscape lighting – LED illumination of gardens, parks and green spaces.
Landscape spike light – Outdoor LED spotlight with a pointed ground stake for garden beds.
Landscape transformer – Low-voltage power supply housed outdoors for garden LED strip runs.
Language (multi-language app) – Lighting control app supporting multiple user-interface languages.
Large-area source – Luminaire with a big luminous surface producing soft, low-glare light.
Large-scale installation – Project with hundreds or thousands of LED luminaires requiring phased commissioning.
Laser diode – Semiconductor emitting coherent light, used in specialised high-intensity applications.
Laser-cut louvre – Precision-manufactured anti-glare louvre produced by laser cutting metal sheet.
Laser-engraved diffuser – Cover with laser-etched patterns for decorative light effects.
Latch (cover) – Mechanical catch holding a profile cover in the closed position.
Latching push-button – Button that alternates between on and off states with each press.
Latching relay – Relay maintaining its switched state without continuous coil power.
Lateral colour shift – Colour variation across the width of a strip, caused by LED binning differences.
Lateral spacing – Horizontal distance between parallel rows of linear LED profiles.
Latitude (design) – Margin of flexibility allowed in lighting-design parameters before standards are breached.
Lattice girder – Structural truss from which LED luminaires can be suspended in industrial settings.
Layer (copper) – Conductive copper sheet in a PCB providing electrical paths and thermal spreading.
Layer (phosphor) – Thin coating of phosphor material applied to the LED die or a remote plate.
Layered lighting – Design approach combining ambient, task and accent LED sources.
Layout (lighting) – Plan showing luminaire positions, types and aiming on an architectural drawing.
Layout drawing – Plan showing luminaire positions on the architectural floor plan.
LCA LED product – Life Cycle Assessment per ISO 14040 evaluating environmental impacts from cradle to grave, identifying hotspots such as aluminium production and driver electronics.
LCD backlight – LED edge-lit or direct-lit module providing illumination behind an LCD screen.
LDT file (.ldt) – European photometric file format (EULUMDAT) for luminous-distribution data.
Lead frame – Metal structure inside an LED package providing electrical and thermal paths.
Lead time – Manufacturing and delivery duration from order to site arrival.
Lead time (custom extrusion) – Weeks required to manufacture a bespoke aluminium profile die.
Lead-free solder (SAC305) – RoHS-compliant tin-silver-copper solder alloy for LED assembly.
Leading-edge dimming – Phase-cut dimming clipping the start of the AC waveform, TRIAC compatible.
Leak test (IP) – Water or air-pressure test verifying the seal integrity of a luminaire.
Leakage (light) – Unwanted light escaping from gaps in a profile or luminaire.
Leakage current – Small unintended current flowing through insulation.
Lean manufacturing – Efficiency-focused production methodology applied to LED luminaire assembly.
LED (addressable) – LED with integrated driver IC enabling per-pixel control.
LED (amber) – 590 nm emission for warm atmospheres.
LED (blue) – 450–470 nm emission, base for phosphor conversion to white.
LED (chip) – Semiconductor die inside the package generating light.
LED (COB) – Chip-on-Board: multiple dies on a single substrate.
LED (CSP) – Chip Scale Package: die-sized miniaturised LED.
LED (deep red) – 660 nm emission for horticultural and phototherapy applications.
LED (far red) – 730 nm emission used in plant-growth applications.
LED (flip-chip) – Die mounted upside-down for improved thermal dissipation.
LED (green) – 520–530 nm emission, the green component in RGB systems.
LED (high-power) – LED exceeding 1 W per die for high-flux applications.
LED (infrared / IR) – LED emitting above 780 nm for remote controls and sensing.
LED (Light Emitting Diode) – Semiconductor generating light through electroluminescence.
LED (lime) – Yellowish-green LED used in RGBA systems for wider gamut coverage.
LED (mid-power) – LED rated 0.1–0.5 W, most widely used in professional strips.
LED (mini) – Very small LED package for ultra-thin strip designs.
LED (module) – Pre-assembled unit with LEDs, PCB and optional optics.
LED (OLED) – Organic LED on a thin film emitting diffused surface light.
LED (package) – Enclosure with die, lead frame, phosphor and primary lens.
LED (phosphor-converted) – LED producing white light via a blue die plus a phosphor layer.
LED (pixel) – Single controllable LED point in an addressable system.
LED (red) – 620–630 nm emission, the red component in RGB systems.
LED (RGB) – Three-die package (red, green, blue) for additive colour mixing.
LED (RGBA) – Four-die package adding amber to RGB for extended colour gamut.
LED (RGBW) – RGB plus dedicated white die for purer whites.
LED (RGBWW) – RGB, warm white and cool white for maximum versatility.
LED (SMD) – Surface-mount device LED, most common in professional strips.
LED (through-hole / DIP) – Older LED format with wire leads, now mainly for indicator use.
LED (tunable white) – Dual-CCT LED system for dynamic colour-temperature adjustment.
LED (UV-A) – LED emitting 365–395 nm for curing and inspection applications.
LED (UV-C) – LED emitting 265–280 nm for disinfection applications.
LED (white) – LED producing white light via phosphor conversion of a blue die.
LED 380 nm – Light-emitting diode with dominant emission at 380 nanometres.
LED 381 nm – Light-emitting diode with dominant emission at 381 nanometres.
LED 382 nm – Light-emitting diode with dominant emission at 382 nanometres.
LED 383 nm – Light-emitting diode with dominant emission at 383 nanometres.
LED 384 nm – Light-emitting diode with dominant emission at 384 nanometres.
LED 385 nm – Light-emitting diode with dominant emission at 385 nanometres.
LED 386 nm – Light-emitting diode with dominant emission at 386 nanometres.
LED 387 nm – Light-emitting diode with dominant emission at 387 nanometres.
LED 388 nm – Light-emitting diode with dominant emission at 388 nanometres.
LED 389 nm – Light-emitting diode with dominant emission at 389 nanometres.
LED 390 nm – Light-emitting diode with dominant emission at 390 nanometres.
LED 391 nm – Light-emitting diode with dominant emission at 391 nanometres.
LED 392 nm – Light-emitting diode with dominant emission at 392 nanometres.
LED 393 nm – Light-emitting diode with dominant emission at 393 nanometres.
LED 394 nm – Light-emitting diode with dominant emission at 394 nanometres.
LED 395 nm – Light-emitting diode with dominant emission at 395 nanometres.
LED 396 nm – Light-emitting diode with dominant emission at 396 nanometres.
LED 397 nm – Light-emitting diode with dominant emission at 397 nanometres.
LED 398 nm – Light-emitting diode with dominant emission at 398 nanometres.
LED 399 nm – Light-emitting diode with dominant emission at 399 nanometres.
LED 400 nm – Light-emitting diode with dominant emission at 400 nanometres.
LED 401 nm – Light-emitting diode with dominant emission at 401 nanometres.
LED 402 nm – Light-emitting diode with dominant emission at 402 nanometres.
LED 403 nm – Light-emitting diode with dominant emission at 403 nanometres.
LED 404 nm – Light-emitting diode with dominant emission at 404 nanometres.
LED 405 nm – Light-emitting diode with dominant emission at 405 nanometres.
LED 406 nm – Light-emitting diode with dominant emission at 406 nanometres.
LED 407 nm – Light-emitting diode with dominant emission at 407 nanometres.
LED 408 nm – Light-emitting diode with dominant emission at 408 nanometres.
LED 409 nm – Light-emitting diode with dominant emission at 409 nanometres.
LED 410 nm – Light-emitting diode with dominant emission at 410 nanometres.
LED 411 nm – Light-emitting diode with dominant emission at 411 nanometres.
LED 412 nm – Light-emitting diode with dominant emission at 412 nanometres.
LED 413 nm – Light-emitting diode with dominant emission at 413 nanometres.
LED 414 nm – Light-emitting diode with dominant emission at 414 nanometres.
LED 415 nm – Light-emitting diode with dominant emission at 415 nanometres.
LED 416 nm – Light-emitting diode with dominant emission at 416 nanometres.
LED 417 nm – Light-emitting diode with dominant emission at 417 nanometres.
LED 418 nm – Light-emitting diode with dominant emission at 418 nanometres.
LED 419 nm – Light-emitting diode with dominant emission at 419 nanometres.
LED 420 nm – Light-emitting diode with dominant emission at 420 nanometres.
LED 421 nm – Light-emitting diode with dominant emission at 421 nanometres.
LED 422 nm – Light-emitting diode with dominant emission at 422 nanometres.
LED 423 nm – Light-emitting diode with dominant emission at 423 nanometres.
LED 424 nm – Light-emitting diode with dominant emission at 424 nanometres.
LED 425 nm – Light-emitting diode with dominant emission at 425 nanometres.
LED 426 nm – Light-emitting diode with dominant emission at 426 nanometres.
LED 427 nm – Light-emitting diode with dominant emission at 427 nanometres.
LED 428 nm – Light-emitting diode with dominant emission at 428 nanometres.
LED 429 nm – Light-emitting diode with dominant emission at 429 nanometres.
LED 430 nm – Light-emitting diode with dominant emission at 430 nanometres.
LED 431 nm – Light-emitting diode with dominant emission at 431 nanometres.
LED 432 nm – Light-emitting diode with dominant emission at 432 nanometres.
LED 433 nm – Light-emitting diode with dominant emission at 433 nanometres.
LED 434 nm – Light-emitting diode with dominant emission at 434 nanometres.
LED 435 nm – Light-emitting diode with dominant emission at 435 nanometres.
LED 436 nm – Light-emitting diode with dominant emission at 436 nanometres.
LED 437 nm – Light-emitting diode with dominant emission at 437 nanometres.
LED 438 nm – Light-emitting diode with dominant emission at 438 nanometres.
LED 439 nm – Light-emitting diode with dominant emission at 439 nanometres.
LED 440 nm – Light-emitting diode with dominant emission at 440 nanometres.
LED 441 nm – Light-emitting diode with dominant emission at 441 nanometres.
LED 442 nm – Light-emitting diode with dominant emission at 442 nanometres.
LED 443 nm – Light-emitting diode with dominant emission at 443 nanometres.
LED 444 nm – Light-emitting diode with dominant emission at 444 nanometres.
LED 445 nm – Light-emitting diode with dominant emission at 445 nanometres.
LED 446 nm – Light-emitting diode with dominant emission at 446 nanometres.
LED 447 nm – Light-emitting diode with dominant emission at 447 nanometres.
LED 448 nm – Light-emitting diode with dominant emission at 448 nanometres.
LED 449 nm – Light-emitting diode with dominant emission at 449 nanometres.
LED 450 nm – Light-emitting diode with dominant emission at 450 nanometres.
LED 451 nm – Light-emitting diode with dominant emission at 451 nanometres.
LED 452 nm – Light-emitting diode with dominant emission at 452 nanometres.
LED 453 nm – Light-emitting diode with dominant emission at 453 nanometres.
LED 454 nm – Light-emitting diode with dominant emission at 454 nanometres.
LED 455 nm – Light-emitting diode with dominant emission at 455 nanometres.
LED 456 nm – Light-emitting diode with dominant emission at 456 nanometres.
LED 457 nm – Light-emitting diode with dominant emission at 457 nanometres.
LED 458 nm – Light-emitting diode with dominant emission at 458 nanometres.
LED 459 nm – Light-emitting diode with dominant emission at 459 nanometres.
LED 460 nm – Light-emitting diode with dominant emission at 460 nanometres.
LED 461 nm – Light-emitting diode with dominant emission at 461 nanometres.
LED 462 nm – Light-emitting diode with dominant emission at 462 nanometres.
LED 463 nm – Light-emitting diode with dominant emission at 463 nanometres.
LED 464 nm – Light-emitting diode with dominant emission at 464 nanometres.
LED 465 nm – Light-emitting diode with dominant emission at 465 nanometres.
LED 466 nm – Light-emitting diode with dominant emission at 466 nanometres.
LED 467 nm – Light-emitting diode with dominant emission at 467 nanometres.
LED 468 nm – Light-emitting diode with dominant emission at 468 nanometres.
LED 469 nm – Light-emitting diode with dominant emission at 469 nanometres.
LED 470 nm – Light-emitting diode with dominant emission at 470 nanometres.
LED 471 nm – Light-emitting diode with dominant emission at 471 nanometres.
LED 472 nm – Light-emitting diode with dominant emission at 472 nanometres.
LED 473 nm – Light-emitting diode with dominant emission at 473 nanometres.
LED 474 nm – Light-emitting diode with dominant emission at 474 nanometres.
LED 475 nm – Light-emitting diode with dominant emission at 475 nanometres.
LED 476 nm – Light-emitting diode with dominant emission at 476 nanometres.
LED 477 nm – Light-emitting diode with dominant emission at 477 nanometres.
LED 478 nm – Light-emitting diode with dominant emission at 478 nanometres.
LED 479 nm – Light-emitting diode with dominant emission at 479 nanometres.
LED 480 nm – Light-emitting diode with dominant emission at 480 nanometres.
LED 481 nm – Light-emitting diode with dominant emission at 481 nanometres.
LED 482 nm – Light-emitting diode with dominant emission at 482 nanometres.
LED 483 nm – Light-emitting diode with dominant emission at 483 nanometres.
LED 484 nm – Light-emitting diode with dominant emission at 484 nanometres.
LED 485 nm – Light-emitting diode with dominant emission at 485 nanometres.
LED 486 nm – Light-emitting diode with dominant emission at 486 nanometres.
LED 487 nm – Light-emitting diode with dominant emission at 487 nanometres.
LED 488 nm – Light-emitting diode with dominant emission at 488 nanometres.
LED 489 nm – Light-emitting diode with dominant emission at 489 nanometres.
LED 490 nm – Light-emitting diode with dominant emission at 490 nanometres.
LED 491 nm – Light-emitting diode with dominant emission at 491 nanometres.
LED 492 nm – Light-emitting diode with dominant emission at 492 nanometres.
LED 493 nm – Light-emitting diode with dominant emission at 493 nanometres.
LED 494 nm – Light-emitting diode with dominant emission at 494 nanometres.
LED 495 nm – Light-emitting diode with dominant emission at 495 nanometres.
LED 496 nm – Light-emitting diode with dominant emission at 496 nanometres.
LED 497 nm – Light-emitting diode with dominant emission at 497 nanometres.
LED 498 nm – Light-emitting diode with dominant emission at 498 nanometres.
LED 499 nm – Light-emitting diode with dominant emission at 499 nanometres.
LED 500 nm – Light-emitting diode with dominant emission at 500 nanometres.
LED 501 nm – Light-emitting diode with dominant emission at 501 nanometres.
LED 502 nm – Light-emitting diode with dominant emission at 502 nanometres.
LED 503 nm – Light-emitting diode with dominant emission at 503 nanometres.
LED 504 nm – Light-emitting diode with dominant emission at 504 nanometres.
LED 505 nm – Light-emitting diode with dominant emission at 505 nanometres.
LED 506 nm – Light-emitting diode with dominant emission at 506 nanometres.
LED 507 nm – Light-emitting diode with dominant emission at 507 nanometres.
LED 508 nm – Light-emitting diode with dominant emission at 508 nanometres.
LED 509 nm – Light-emitting diode with dominant emission at 509 nanometres.
LED 510 nm – Light-emitting diode with dominant emission at 510 nanometres.
LED 511 nm – Light-emitting diode with dominant emission at 511 nanometres.
LED 512 nm – Light-emitting diode with dominant emission at 512 nanometres.
LED 513 nm – Light-emitting diode with dominant emission at 513 nanometres.
LED 514 nm – Light-emitting diode with dominant emission at 514 nanometres.
LED 515 nm – Light-emitting diode with dominant emission at 515 nanometres.
LED 516 nm – Light-emitting diode with dominant emission at 516 nanometres.
LED 517 nm – Light-emitting diode with dominant emission at 517 nanometres.
LED 518 nm – Light-emitting diode with dominant emission at 518 nanometres.
LED 519 nm – Light-emitting diode with dominant emission at 519 nanometres.
LED 520 nm – Light-emitting diode with dominant emission at 520 nanometres.
LED 521 nm – Light-emitting diode with dominant emission at 521 nanometres.
LED 522 nm – Light-emitting diode with dominant emission at 522 nanometres.
LED 523 nm – Light-emitting diode with dominant emission at 523 nanometres.
LED 524 nm – Light-emitting diode with dominant emission at 524 nanometres.
LED 525 nm – Light-emitting diode with dominant emission at 525 nanometres.
LED 526 nm – Light-emitting diode with dominant emission at 526 nanometres.
LED 527 nm – Light-emitting diode with dominant emission at 527 nanometres.
LED 528 nm – Light-emitting diode with dominant emission at 528 nanometres.
LED 529 nm – Light-emitting diode with dominant emission at 529 nanometres.
LED 530 nm – Light-emitting diode with dominant emission at 530 nanometres.
LED 531 nm – Light-emitting diode with dominant emission at 531 nanometres.
LED 532 nm – Light-emitting diode with dominant emission at 532 nanometres.
LED 533 nm – Light-emitting diode with dominant emission at 533 nanometres.
LED 534 nm – Light-emitting diode with dominant emission at 534 nanometres.
LED 535 nm – Light-emitting diode with dominant emission at 535 nanometres.
LED 536 nm – Light-emitting diode with dominant emission at 536 nanometres.
LED 537 nm – Light-emitting diode with dominant emission at 537 nanometres.
LED 538 nm – Light-emitting diode with dominant emission at 538 nanometres.
LED 539 nm – Light-emitting diode with dominant emission at 539 nanometres.
LED 540 nm – Light-emitting diode with dominant emission at 540 nanometres.
LED 541 nm – Light-emitting diode with dominant emission at 541 nanometres.
LED 542 nm – Light-emitting diode with dominant emission at 542 nanometres.
LED 543 nm – Light-emitting diode with dominant emission at 543 nanometres.
LED 544 nm – Light-emitting diode with dominant emission at 544 nanometres.
LED 545 nm – Light-emitting diode with dominant emission at 545 nanometres.
LED 546 nm – Light-emitting diode with dominant emission at 546 nanometres.
LED 547 nm – Light-emitting diode with dominant emission at 547 nanometres.
LED 548 nm – Light-emitting diode with dominant emission at 548 nanometres.
LED 549 nm – Light-emitting diode with dominant emission at 549 nanometres.
LED 550 nm – Light-emitting diode with dominant emission at 550 nanometres.
LED 551 nm – Light-emitting diode with dominant emission at 551 nanometres.
LED 552 nm – Light-emitting diode with dominant emission at 552 nanometres.
LED 553 nm – Light-emitting diode with dominant emission at 553 nanometres.
LED 554 nm – Light-emitting diode with dominant emission at 554 nanometres.
LED 555 nm – Light-emitting diode with dominant emission at 555 nanometres.
LED 556 nm – Light-emitting diode with dominant emission at 556 nanometres.
LED 557 nm – Light-emitting diode with dominant emission at 557 nanometres.
LED 558 nm – Light-emitting diode with dominant emission at 558 nanometres.
LED 559 nm – Light-emitting diode with dominant emission at 559 nanometres.
LED 560 nm – Light-emitting diode with dominant emission at 560 nanometres.
LED 561 nm – Light-emitting diode with dominant emission at 561 nanometres.
LED 562 nm – Light-emitting diode with dominant emission at 562 nanometres.
LED 563 nm – Light-emitting diode with dominant emission at 563 nanometres.
LED 564 nm – Light-emitting diode with dominant emission at 564 nanometres.
LED 565 nm – Light-emitting diode with dominant emission at 565 nanometres.
LED 566 nm – Light-emitting diode with dominant emission at 566 nanometres.
LED 567 nm – Light-emitting diode with dominant emission at 567 nanometres.
LED 568 nm – Light-emitting diode with dominant emission at 568 nanometres.
LED 569 nm – Light-emitting diode with dominant emission at 569 nanometres.
LED 570 nm – Light-emitting diode with dominant emission at 570 nanometres.
LED 571 nm – Light-emitting diode with dominant emission at 571 nanometres.
LED 572 nm – Light-emitting diode with dominant emission at 572 nanometres.
LED 573 nm – Light-emitting diode with dominant emission at 573 nanometres.
LED 574 nm – Light-emitting diode with dominant emission at 574 nanometres.
LED 575 nm – Light-emitting diode with dominant emission at 575 nanometres.
LED 576 nm – Light-emitting diode with dominant emission at 576 nanometres.
LED 577 nm – Light-emitting diode with dominant emission at 577 nanometres.
LED 578 nm – Light-emitting diode with dominant emission at 578 nanometres.
LED 579 nm – Light-emitting diode with dominant emission at 579 nanometres.
LED 580 nm – Light-emitting diode with dominant emission at 580 nanometres.
LED 581 nm – Light-emitting diode with dominant emission at 581 nanometres.
LED 582 nm – Light-emitting diode with dominant emission at 582 nanometres.
LED 583 nm – Light-emitting diode with dominant emission at 583 nanometres.
LED 584 nm – Light-emitting diode with dominant emission at 584 nanometres.
LED 585 nm – Light-emitting diode with dominant emission at 585 nanometres.
LED 586 nm – Light-emitting diode with dominant emission at 586 nanometres.
LED 587 nm – Light-emitting diode with dominant emission at 587 nanometres.
LED 588 nm – Light-emitting diode with dominant emission at 588 nanometres.
LED 589 nm – Light-emitting diode with dominant emission at 589 nanometres.
LED 590 nm – Light-emitting diode with dominant emission at 590 nanometres.
LED 591 nm – Light-emitting diode with dominant emission at 591 nanometres.
LED 592 nm – Light-emitting diode with dominant emission at 592 nanometres.
LED 593 nm – Light-emitting diode with dominant emission at 593 nanometres.
LED 594 nm – Light-emitting diode with dominant emission at 594 nanometres.
LED 595 nm – Light-emitting diode with dominant emission at 595 nanometres.
LED 596 nm – Light-emitting diode with dominant emission at 596 nanometres.
LED 597 nm – Light-emitting diode with dominant emission at 597 nanometres.
LED 598 nm – Light-emitting diode with dominant emission at 598 nanometres.
LED 599 nm – Light-emitting diode with dominant emission at 599 nanometres.
LED 600 nm – Light-emitting diode with dominant emission at 600 nanometres.
LED 601 nm – Light-emitting diode with dominant emission at 601 nanometres.
LED 602 nm – Light-emitting diode with dominant emission at 602 nanometres.
LED 603 nm – Light-emitting diode with dominant emission at 603 nanometres.
LED 604 nm – Light-emitting diode with dominant emission at 604 nanometres.
LED 605 nm – Light-emitting diode with dominant emission at 605 nanometres.
LED 606 nm – Light-emitting diode with dominant emission at 606 nanometres.
LED 607 nm – Light-emitting diode with dominant emission at 607 nanometres.
LED 608 nm – Light-emitting diode with dominant emission at 608 nanometres.
LED 609 nm – Light-emitting diode with dominant emission at 609 nanometres.
LED 610 nm – Light-emitting diode with dominant emission at 610 nanometres.
LED 611 nm – Light-emitting diode with dominant emission at 611 nanometres.
LED 612 nm – Light-emitting diode with dominant emission at 612 nanometres.
LED 613 nm – Light-emitting diode with dominant emission at 613 nanometres.
LED 614 nm – Light-emitting diode with dominant emission at 614 nanometres.
LED 615 nm – Light-emitting diode with dominant emission at 615 nanometres.
LED 616 nm – Light-emitting diode with dominant emission at 616 nanometres.
LED 617 nm – Light-emitting diode with dominant emission at 617 nanometres.
LED 618 nm – Light-emitting diode with dominant emission at 618 nanometres.
LED 619 nm – Light-emitting diode with dominant emission at 619 nanometres.
LED 620 nm – Light-emitting diode with dominant emission at 620 nanometres.
LED 621 nm – Light-emitting diode with dominant emission at 621 nanometres.
LED 622 nm – Light-emitting diode with dominant emission at 622 nanometres.
LED 623 nm – Light-emitting diode with dominant emission at 623 nanometres.
LED 624 nm – Light-emitting diode with dominant emission at 624 nanometres.
LED 625 nm – Light-emitting diode with dominant emission at 625 nanometres.
LED 626 nm – Light-emitting diode with dominant emission at 626 nanometres.
LED 627 nm – Light-emitting diode with dominant emission at 627 nanometres.
LED 628 nm – Light-emitting diode with dominant emission at 628 nanometres.
LED 629 nm – Light-emitting diode with dominant emission at 629 nanometres.
LED 630 nm – Light-emitting diode with dominant emission at 630 nanometres.
LED 631 nm – Light-emitting diode with dominant emission at 631 nanometres.
LED 632 nm – Light-emitting diode with dominant emission at 632 nanometres.
LED 633 nm – Light-emitting diode with dominant emission at 633 nanometres.
LED 634 nm – Light-emitting diode with dominant emission at 634 nanometres.
LED 635 nm – Light-emitting diode with dominant emission at 635 nanometres.
LED 636 nm – Light-emitting diode with dominant emission at 636 nanometres.
LED 637 nm – Light-emitting diode with dominant emission at 637 nanometres.
LED 638 nm – Light-emitting diode with dominant emission at 638 nanometres.
LED 639 nm – Light-emitting diode with dominant emission at 639 nanometres.
LED 640 nm – Light-emitting diode with dominant emission at 640 nanometres.
LED 641 nm – Light-emitting diode with dominant emission at 641 nanometres.
LED 642 nm – Light-emitting diode with dominant emission at 642 nanometres.
LED 643 nm – Light-emitting diode with dominant emission at 643 nanometres.
LED 644 nm – Light-emitting diode with dominant emission at 644 nanometres.
LED 645 nm – Light-emitting diode with dominant emission at 645 nanometres.
LED 646 nm – Light-emitting diode with dominant emission at 646 nanometres.
LED 647 nm – Light-emitting diode with dominant emission at 647 nanometres.
LED 648 nm – Light-emitting diode with dominant emission at 648 nanometres.
LED 649 nm – Light-emitting diode with dominant emission at 649 nanometres.
LED 650 nm – Light-emitting diode with dominant emission at 650 nanometres.
LED 651 nm – Light-emitting diode with dominant emission at 651 nanometres.
LED 652 nm – Light-emitting diode with dominant emission at 652 nanometres.
LED 653 nm – Light-emitting diode with dominant emission at 653 nanometres.
LED 654 nm – Light-emitting diode with dominant emission at 654 nanometres.
LED 655 nm – Light-emitting diode with dominant emission at 655 nanometres.
LED 656 nm – Light-emitting diode with dominant emission at 656 nanometres.
LED 657 nm – Light-emitting diode with dominant emission at 657 nanometres.
LED 658 nm – Light-emitting diode with dominant emission at 658 nanometres.
LED 659 nm – Light-emitting diode with dominant emission at 659 nanometres.
LED 660 nm – Light-emitting diode with dominant emission at 660 nanometres.
LED 661 nm – Light-emitting diode with dominant emission at 661 nanometres.
LED 662 nm – Light-emitting diode with dominant emission at 662 nanometres.
LED 663 nm – Light-emitting diode with dominant emission at 663 nanometres.
LED 664 nm – Light-emitting diode with dominant emission at 664 nanometres.
LED 665 nm – Light-emitting diode with dominant emission at 665 nanometres.
LED 666 nm – Light-emitting diode with dominant emission at 666 nanometres.
LED 667 nm – Light-emitting diode with dominant emission at 667 nanometres.
LED 668 nm – Light-emitting diode with dominant emission at 668 nanometres.
LED 669 nm – Light-emitting diode with dominant emission at 669 nanometres.
LED 670 nm – Light-emitting diode with dominant emission at 670 nanometres.
LED 671 nm – Light-emitting diode with dominant emission at 671 nanometres.
LED 672 nm – Light-emitting diode with dominant emission at 672 nanometres.
LED 673 nm – Light-emitting diode with dominant emission at 673 nanometres.
LED 674 nm – Light-emitting diode with dominant emission at 674 nanometres.
LED 675 nm – Light-emitting diode with dominant emission at 675 nanometres.
LED 676 nm – Light-emitting diode with dominant emission at 676 nanometres.
LED 677 nm – Light-emitting diode with dominant emission at 677 nanometres.
LED 678 nm – Light-emitting diode with dominant emission at 678 nanometres.
LED 679 nm – Light-emitting diode with dominant emission at 679 nanometres.
LED 680 nm – Light-emitting diode with dominant emission at 680 nanometres.
LED 681 nm – Light-emitting diode with dominant emission at 681 nanometres.
LED 682 nm – Light-emitting diode with dominant emission at 682 nanometres.
LED 683 nm – Light-emitting diode with dominant emission at 683 nanometres.
LED 684 nm – Light-emitting diode with dominant emission at 684 nanometres.
LED 685 nm – Light-emitting diode with dominant emission at 685 nanometres.
LED 686 nm – Light-emitting diode with dominant emission at 686 nanometres.
LED 687 nm – Light-emitting diode with dominant emission at 687 nanometres.
LED 688 nm – Light-emitting diode with dominant emission at 688 nanometres.
LED 689 nm – Light-emitting diode with dominant emission at 689 nanometres.
LED 690 nm – Light-emitting diode with dominant emission at 690 nanometres.
LED 691 nm – Light-emitting diode with dominant emission at 691 nanometres.
LED 692 nm – Light-emitting diode with dominant emission at 692 nanometres.
LED 693 nm – Light-emitting diode with dominant emission at 693 nanometres.
LED 694 nm – Light-emitting diode with dominant emission at 694 nanometres.
LED 695 nm – Light-emitting diode with dominant emission at 695 nanometres.
LED 696 nm – Light-emitting diode with dominant emission at 696 nanometres.
LED 697 nm – Light-emitting diode with dominant emission at 697 nanometres.
LED 698 nm – Light-emitting diode with dominant emission at 698 nanometres.
LED 699 nm – Light-emitting diode with dominant emission at 699 nanometres.
LED 700 nm – Light-emitting diode with dominant emission at 700 nanometres.
LED 701 nm – Light-emitting diode with dominant emission at 701 nanometres.
LED 702 nm – Light-emitting diode with dominant emission at 702 nanometres.
LED 703 nm – Light-emitting diode with dominant emission at 703 nanometres.
LED 704 nm – Light-emitting diode with dominant emission at 704 nanometres.
LED 705 nm – Light-emitting diode with dominant emission at 705 nanometres.
LED 706 nm – Light-emitting diode with dominant emission at 706 nanometres.
LED 707 nm – Light-emitting diode with dominant emission at 707 nanometres.
LED 708 nm – Light-emitting diode with dominant emission at 708 nanometres.
LED 709 nm – Light-emitting diode with dominant emission at 709 nanometres.
LED 710 nm – Light-emitting diode with dominant emission at 710 nanometres.
LED 711 nm – Light-emitting diode with dominant emission at 711 nanometres.
LED 712 nm – Light-emitting diode with dominant emission at 712 nanometres.
LED 713 nm – Light-emitting diode with dominant emission at 713 nanometres.
LED 714 nm – Light-emitting diode with dominant emission at 714 nanometres.
LED 715 nm – Light-emitting diode with dominant emission at 715 nanometres.
LED 716 nm – Light-emitting diode with dominant emission at 716 nanometres.
LED 717 nm – Light-emitting diode with dominant emission at 717 nanometres.
LED 718 nm – Light-emitting diode with dominant emission at 718 nanometres.
LED 719 nm – Light-emitting diode with dominant emission at 719 nanometres.
LED 720 nm – Light-emitting diode with dominant emission at 720 nanometres.
LED 721 nm – Light-emitting diode with dominant emission at 721 nanometres.
LED 722 nm – Light-emitting diode with dominant emission at 722 nanometres.
LED 723 nm – Light-emitting diode with dominant emission at 723 nanometres.
LED 724 nm – Light-emitting diode with dominant emission at 724 nanometres.
LED 725 nm – Light-emitting diode with dominant emission at 725 nanometres.
LED 726 nm – Light-emitting diode with dominant emission at 726 nanometres.
LED 727 nm – Light-emitting diode with dominant emission at 727 nanometres.
LED 728 nm – Light-emitting diode with dominant emission at 728 nanometres.
LED 729 nm – Light-emitting diode with dominant emission at 729 nanometres.
LED 730 nm – Light-emitting diode with dominant emission at 730 nanometres.
LED 731 nm – Light-emitting diode with dominant emission at 731 nanometres.
LED 732 nm – Light-emitting diode with dominant emission at 732 nanometres.
LED 733 nm – Light-emitting diode with dominant emission at 733 nanometres.
LED 734 nm – Light-emitting diode with dominant emission at 734 nanometres.
LED 735 nm – Light-emitting diode with dominant emission at 735 nanometres.
LED 736 nm – Light-emitting diode with dominant emission at 736 nanometres.
LED 737 nm – Light-emitting diode with dominant emission at 737 nanometres.
LED 738 nm – Light-emitting diode with dominant emission at 738 nanometres.
LED 739 nm – Light-emitting diode with dominant emission at 739 nanometres.
LED 740 nm – Light-emitting diode with dominant emission at 740 nanometres.
LED 741 nm – Light-emitting diode with dominant emission at 741 nanometres.
LED 742 nm – Light-emitting diode with dominant emission at 742 nanometres.
LED 743 nm – Light-emitting diode with dominant emission at 743 nanometres.
LED 744 nm – Light-emitting diode with dominant emission at 744 nanometres.
LED 745 nm – Light-emitting diode with dominant emission at 745 nanometres.
LED 746 nm – Light-emitting diode with dominant emission at 746 nanometres.
LED 747 nm – Light-emitting diode with dominant emission at 747 nanometres.
LED 748 nm – Light-emitting diode with dominant emission at 748 nanometres.
LED 749 nm – Light-emitting diode with dominant emission at 749 nanometres.
LED 750 nm – Light-emitting diode with dominant emission at 750 nanometres.
LED 751 nm – Light-emitting diode with dominant emission at 751 nanometres.
LED 752 nm – Light-emitting diode with dominant emission at 752 nanometres.
LED 753 nm – Light-emitting diode with dominant emission at 753 nanometres.
LED 754 nm – Light-emitting diode with dominant emission at 754 nanometres.
LED 755 nm – Light-emitting diode with dominant emission at 755 nanometres.
LED 756 nm – Light-emitting diode with dominant emission at 756 nanometres.
LED 757 nm – Light-emitting diode with dominant emission at 757 nanometres.
LED 758 nm – Light-emitting diode with dominant emission at 758 nanometres.
LED 759 nm – Light-emitting diode with dominant emission at 759 nanometres.
LED 760 nm – Light-emitting diode with dominant emission at 760 nanometres.
LED 761 nm – Light-emitting diode with dominant emission at 761 nanometres.
LED 762 nm – Light-emitting diode with dominant emission at 762 nanometres.
LED 763 nm – Light-emitting diode with dominant emission at 763 nanometres.
LED 764 nm – Light-emitting diode with dominant emission at 764 nanometres.
LED 765 nm – Light-emitting diode with dominant emission at 765 nanometres.
LED 766 nm – Light-emitting diode with dominant emission at 766 nanometres.
LED 767 nm – Light-emitting diode with dominant emission at 767 nanometres.
LED 768 nm – Light-emitting diode with dominant emission at 768 nanometres.
LED 769 nm – Light-emitting diode with dominant emission at 769 nanometres.
LED 770 nm – Light-emitting diode with dominant emission at 770 nanometres.
LED 771 nm – Light-emitting diode with dominant emission at 771 nanometres.
LED 772 nm – Light-emitting diode with dominant emission at 772 nanometres.
LED 773 nm – Light-emitting diode with dominant emission at 773 nanometres.
LED 774 nm – Light-emitting diode with dominant emission at 774 nanometres.
LED 775 nm – Light-emitting diode with dominant emission at 775 nanometres.
LED 776 nm – Light-emitting diode with dominant emission at 776 nanometres.
LED 777 nm – Light-emitting diode with dominant emission at 777 nanometres.
LED 778 nm – Light-emitting diode with dominant emission at 778 nanometres.
LED 779 nm – Light-emitting diode with dominant emission at 779 nanometres.
LED 780 nm – Light-emitting diode with dominant emission at 780 nanometres.
LED chip (ams-OSRAM) – ams-OSRAM LED chip or chip series for professional lighting applications.
LED chip (Bridgelux Thrive) – Bridgelux Thrive LED chip or chip series for professional lighting applications.
LED chip (Bridgelux) – Bridgelux LED chip or chip series for professional lighting applications.
LED chip (Citizen COB CLU) – Citizen COB CLU LED chip or chip series for professional lighting applications.
LED chip (Citizen) – Citizen LED chip or chip series for professional lighting applications.
LED chip (Cree XHP) – Cree XHP LED chip or chip series for professional lighting applications.
LED chip (CREE XLamp) – CREE XLamp LED chip or chip series for professional lighting applications.
LED chip (Cree XP-G3) – Cree XP-G3 LED chip or chip series for professional lighting applications.
LED chip (Cree XP-L2) – Cree XP-L2 LED chip or chip series for professional lighting applications.
LED chip (Cree) – Cree LED chip or chip series for professional lighting applications.
LED chip (Dominant) – Dominant LED chip or chip series for professional lighting applications.
LED chip (Edison Opto) – Edison Opto LED chip or chip series for professional lighting applications.
LED chip (Epistar) – Epistar LED chip or chip series for professional lighting applications.
LED chip (Everlight) – Everlight LED chip or chip series for professional lighting applications.
LED chip (Honglitronic) – Honglitronic LED chip or chip series for professional lighting applications.
LED chip (Kingbright) – Kingbright LED chip or chip series for professional lighting applications.
LED chip (Lextar) – Lextar LED chip or chip series for professional lighting applications.
LED chip (Lumileds LUXEON) – Lumileds LUXEON LED chip or chip series for professional lighting applications.
LED chip (Lumileds) – Lumileds LED chip or chip series for professional lighting applications.
LED chip (Luminus CXM) – Luminus CXM LED chip or chip series for professional lighting applications.
LED chip (Luminus SBT) – Luminus SBT LED chip or chip series for professional lighting applications.
LED chip (Luminus) – Luminus LED chip or chip series for professional lighting applications.
LED chip (MLS) – MLS LED chip or chip series for professional lighting applications.
LED chip (Nationstar) – Nationstar LED chip or chip series for professional lighting applications.
LED chip (Nichia 219C) – Nichia 219C LED chip or chip series for professional lighting applications.
LED chip (Nichia 757) – Nichia 757 LED chip or chip series for professional lighting applications.
LED chip (Nichia) – Nichia LED chip or chip series for professional lighting applications.
LED chip (OSRAM Duris) – OSRAM Duris LED chip or chip series for professional lighting applications.
LED chip (ProLight) – ProLight LED chip or chip series for professional lighting applications.
LED chip (Refond) – Refond LED chip or chip series for professional lighting applications.
LED chip (Samsung LM281B+) – Samsung LM281B+ LED chip or chip series for professional lighting applications.
LED chip (Samsung LM301B) – Samsung LM301B LED chip or chip series for professional lighting applications.
LED chip (Samsung LM301H) – Samsung LM301H LED chip or chip series for professional lighting applications.
LED chip (Samsung) – Samsung LED chip or chip series for professional lighting applications.
LED chip (Seoul Semiconductor) – Seoul Semiconductor LED chip or chip series for professional lighting applications.
LED chip (Seoul SunLike TRI-R) – Seoul SunLike TRI-R LED chip or chip series for professional lighting applications.
LED chip (Sharp) – Sharp LED chip or chip series for professional lighting applications.
LED chip (Soraa) – Soraa LED chip or chip series for professional lighting applications.
LED chip (SunLike Seoul) – SunLike Seoul LED chip or chip series for professional lighting applications.
LED chip (Toyoda Gosei) – Toyoda Gosei LED chip or chip series for professional lighting applications.
LED chip (Yuji International) – Yuji International LED chip or chip series for professional lighting applications.
LED current 1000mA – LED operated at 1000mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1001mA – LED operated at 1001mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1002mA – LED operated at 1002mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1003mA – LED operated at 1003mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1004mA – LED operated at 1004mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1005mA – LED operated at 1005mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1006mA – LED operated at 1006mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1007mA – LED operated at 1007mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1008mA – LED operated at 1008mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1009mA – LED operated at 1009mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 100mA – LED operated at 100mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1010mA – LED operated at 1010mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1011mA – LED operated at 1011mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1012mA – LED operated at 1012mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1013mA – LED operated at 1013mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1014mA – LED operated at 1014mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1015mA – LED operated at 1015mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1016mA – LED operated at 1016mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1017mA – LED operated at 1017mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1018mA – LED operated at 1018mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1019mA – LED operated at 1019mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 101mA – LED operated at 101mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1020mA – LED operated at 1020mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1021mA – LED operated at 1021mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1022mA – LED operated at 1022mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1023mA – LED operated at 1023mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1024mA – LED operated at 1024mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1025mA – LED operated at 1025mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1026mA – LED operated at 1026mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1027mA – LED operated at 1027mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1028mA – LED operated at 1028mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1029mA – LED operated at 1029mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 102mA – LED operated at 102mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1030mA – LED operated at 1030mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1031mA – LED operated at 1031mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1032mA – LED operated at 1032mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1033mA – LED operated at 1033mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1034mA – LED operated at 1034mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1035mA – LED operated at 1035mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1036mA – LED operated at 1036mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1037mA – LED operated at 1037mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1038mA – LED operated at 1038mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1039mA – LED operated at 1039mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 103mA – LED operated at 103mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1040mA – LED operated at 1040mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1041mA – LED operated at 1041mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1042mA – LED operated at 1042mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1043mA – LED operated at 1043mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1044mA – LED operated at 1044mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1045mA – LED operated at 1045mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1046mA – LED operated at 1046mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1047mA – LED operated at 1047mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1048mA – LED operated at 1048mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1049mA – LED operated at 1049mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 104mA – LED operated at 104mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1050mA – LED operated at 1050mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1051mA – LED operated at 1051mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1052mA – LED operated at 1052mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1053mA – LED operated at 1053mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1054mA – LED operated at 1054mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1055mA – LED operated at 1055mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1056mA – LED operated at 1056mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1057mA – LED operated at 1057mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1058mA – LED operated at 1058mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1059mA – LED operated at 1059mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 105mA – LED operated at 105mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1060mA – LED operated at 1060mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1061mA – LED operated at 1061mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1062mA – LED operated at 1062mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1063mA – LED operated at 1063mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1064mA – LED operated at 1064mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1065mA – LED operated at 1065mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1066mA – LED operated at 1066mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1067mA – LED operated at 1067mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1068mA – LED operated at 1068mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1069mA – LED operated at 1069mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 106mA – LED operated at 106mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1070mA – LED operated at 1070mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1071mA – LED operated at 1071mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1072mA – LED operated at 1072mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1073mA – LED operated at 1073mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1074mA – LED operated at 1074mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1075mA – LED operated at 1075mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1076mA – LED operated at 1076mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1077mA – LED operated at 1077mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1078mA – LED operated at 1078mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1079mA – LED operated at 1079mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 107mA – LED operated at 107mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1080mA – LED operated at 1080mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1081mA – LED operated at 1081mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1082mA – LED operated at 1082mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1083mA – LED operated at 1083mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1084mA – LED operated at 1084mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1085mA – LED operated at 1085mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1086mA – LED operated at 1086mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1087mA – LED operated at 1087mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1088mA – LED operated at 1088mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1089mA – LED operated at 1089mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 108mA – LED operated at 108mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1090mA – LED operated at 1090mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1091mA – LED operated at 1091mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1092mA – LED operated at 1092mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1093mA – LED operated at 1093mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1094mA – LED operated at 1094mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1095mA – LED operated at 1095mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1096mA – LED operated at 1096mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1097mA – LED operated at 1097mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1098mA – LED operated at 1098mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1099mA – LED operated at 1099mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 109mA – LED operated at 109mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 10mA – LED operated at 10mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1100mA – LED operated at 1100mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1101mA – LED operated at 1101mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1102mA – LED operated at 1102mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1103mA – LED operated at 1103mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1104mA – LED operated at 1104mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1105mA – LED operated at 1105mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1106mA – LED operated at 1106mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1107mA – LED operated at 1107mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1108mA – LED operated at 1108mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1109mA – LED operated at 1109mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 110mA – LED operated at 110mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1110mA – LED operated at 1110mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1111mA – LED operated at 1111mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1112mA – LED operated at 1112mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1113mA – LED operated at 1113mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1114mA – LED operated at 1114mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1115mA – LED operated at 1115mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1116mA – LED operated at 1116mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1117mA – LED operated at 1117mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1118mA – LED operated at 1118mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1119mA – LED operated at 1119mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 111mA – LED operated at 111mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1120mA – LED operated at 1120mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1121mA – LED operated at 1121mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1122mA – LED operated at 1122mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1123mA – LED operated at 1123mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1124mA – LED operated at 1124mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1125mA – LED operated at 1125mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1126mA – LED operated at 1126mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1127mA – LED operated at 1127mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1128mA – LED operated at 1128mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1129mA – LED operated at 1129mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 112mA – LED operated at 112mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1130mA – LED operated at 1130mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1131mA – LED operated at 1131mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1132mA – LED operated at 1132mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1133mA – LED operated at 1133mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1134mA – LED operated at 1134mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1135mA – LED operated at 1135mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1136mA – LED operated at 1136mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1137mA – LED operated at 1137mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1138mA – LED operated at 1138mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1139mA – LED operated at 1139mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 113mA – LED operated at 113mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1140mA – LED operated at 1140mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1141mA – LED operated at 1141mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1142mA – LED operated at 1142mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1143mA – LED operated at 1143mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1144mA – LED operated at 1144mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1145mA – LED operated at 1145mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1146mA – LED operated at 1146mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1147mA – LED operated at 1147mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1148mA – LED operated at 1148mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1149mA – LED operated at 1149mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 114mA – LED operated at 114mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1150mA – LED operated at 1150mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1151mA – LED operated at 1151mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1152mA – LED operated at 1152mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1153mA – LED operated at 1153mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1154mA – LED operated at 1154mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1155mA – LED operated at 1155mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1156mA – LED operated at 1156mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1157mA – LED operated at 1157mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1158mA – LED operated at 1158mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1159mA – LED operated at 1159mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 115mA – LED operated at 115mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1160mA – LED operated at 1160mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1161mA – LED operated at 1161mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1162mA – LED operated at 1162mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1163mA – LED operated at 1163mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1164mA – LED operated at 1164mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1165mA – LED operated at 1165mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1166mA – LED operated at 1166mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1167mA – LED operated at 1167mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1168mA – LED operated at 1168mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1169mA – LED operated at 1169mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 116mA – LED operated at 116mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1170mA – LED operated at 1170mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1171mA – LED operated at 1171mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1172mA – LED operated at 1172mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1173mA – LED operated at 1173mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1174mA – LED operated at 1174mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1175mA – LED operated at 1175mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1176mA – LED operated at 1176mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1177mA – LED operated at 1177mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1178mA – LED operated at 1178mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1179mA – LED operated at 1179mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 117mA – LED operated at 117mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1180mA – LED operated at 1180mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1181mA – LED operated at 1181mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1182mA – LED operated at 1182mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1183mA – LED operated at 1183mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1184mA – LED operated at 1184mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1185mA – LED operated at 1185mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1186mA – LED operated at 1186mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1187mA – LED operated at 1187mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1188mA – LED operated at 1188mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1189mA – LED operated at 1189mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 118mA – LED operated at 118mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1190mA – LED operated at 1190mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1191mA – LED operated at 1191mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1192mA – LED operated at 1192mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1193mA – LED operated at 1193mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1194mA – LED operated at 1194mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1195mA – LED operated at 1195mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1196mA – LED operated at 1196mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1197mA – LED operated at 1197mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1198mA – LED operated at 1198mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1199mA – LED operated at 1199mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 119mA – LED operated at 119mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 11mA – LED operated at 11mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1200mA – LED operated at 1200mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1201mA – LED operated at 1201mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1202mA – LED operated at 1202mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1203mA – LED operated at 1203mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1204mA – LED operated at 1204mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1205mA – LED operated at 1205mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1206mA – LED operated at 1206mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1207mA – LED operated at 1207mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1208mA – LED operated at 1208mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1209mA – LED operated at 1209mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 120mA – LED operated at 120mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1210mA – LED operated at 1210mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1211mA – LED operated at 1211mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1212mA – LED operated at 1212mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1213mA – LED operated at 1213mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1214mA – LED operated at 1214mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1215mA – LED operated at 1215mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1216mA – LED operated at 1216mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1217mA – LED operated at 1217mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1218mA – LED operated at 1218mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1219mA – LED operated at 1219mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 121mA – LED operated at 121mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1220mA – LED operated at 1220mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1221mA – LED operated at 1221mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1222mA – LED operated at 1222mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1223mA – LED operated at 1223mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1224mA – LED operated at 1224mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1225mA – LED operated at 1225mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1226mA – LED operated at 1226mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1227mA – LED operated at 1227mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1228mA – LED operated at 1228mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1229mA – LED operated at 1229mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 122mA – LED operated at 122mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1230mA – LED operated at 1230mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1231mA – LED operated at 1231mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1232mA – LED operated at 1232mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1233mA – LED operated at 1233mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1234mA – LED operated at 1234mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1235mA – LED operated at 1235mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1236mA – LED operated at 1236mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1237mA – LED operated at 1237mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1238mA – LED operated at 1238mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1239mA – LED operated at 1239mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 123mA – LED operated at 123mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1240mA – LED operated at 1240mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1241mA – LED operated at 1241mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1242mA – LED operated at 1242mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1243mA – LED operated at 1243mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1244mA – LED operated at 1244mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1245mA – LED operated at 1245mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1246mA – LED operated at 1246mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1247mA – LED operated at 1247mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1248mA – LED operated at 1248mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1249mA – LED operated at 1249mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 124mA – LED operated at 124mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1250mA – LED operated at 1250mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1251mA – LED operated at 1251mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1252mA – LED operated at 1252mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1253mA – LED operated at 1253mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1254mA – LED operated at 1254mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1255mA – LED operated at 1255mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1256mA – LED operated at 1256mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1257mA – LED operated at 1257mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1258mA – LED operated at 1258mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1259mA – LED operated at 1259mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 125mA – LED operated at 125mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1260mA – LED operated at 1260mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1261mA – LED operated at 1261mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1262mA – LED operated at 1262mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1263mA – LED operated at 1263mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1264mA – LED operated at 1264mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1265mA – LED operated at 1265mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1266mA – LED operated at 1266mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1267mA – LED operated at 1267mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1268mA – LED operated at 1268mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1269mA – LED operated at 1269mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 126mA – LED operated at 126mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1270mA – LED operated at 1270mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1271mA – LED operated at 1271mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1272mA – LED operated at 1272mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1273mA – LED operated at 1273mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1274mA – LED operated at 1274mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1275mA – LED operated at 1275mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1276mA – LED operated at 1276mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1277mA – LED operated at 1277mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1278mA – LED operated at 1278mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1279mA – LED operated at 1279mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 127mA – LED operated at 127mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1280mA – LED operated at 1280mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1281mA – LED operated at 1281mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1282mA – LED operated at 1282mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1283mA – LED operated at 1283mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1284mA – LED operated at 1284mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1285mA – LED operated at 1285mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1286mA – LED operated at 1286mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1287mA – LED operated at 1287mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1288mA – LED operated at 1288mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1289mA – LED operated at 1289mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 128mA – LED operated at 128mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1290mA – LED operated at 1290mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1291mA – LED operated at 1291mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1292mA – LED operated at 1292mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1293mA – LED operated at 1293mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1294mA – LED operated at 1294mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1295mA – LED operated at 1295mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1296mA – LED operated at 1296mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1297mA – LED operated at 1297mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1298mA – LED operated at 1298mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1299mA – LED operated at 1299mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 129mA – LED operated at 129mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 12mA – LED operated at 12mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1300mA – LED operated at 1300mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1301mA – LED operated at 1301mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1302mA – LED operated at 1302mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1303mA – LED operated at 1303mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1304mA – LED operated at 1304mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1305mA – LED operated at 1305mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1306mA – LED operated at 1306mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1307mA – LED operated at 1307mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1308mA – LED operated at 1308mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1309mA – LED operated at 1309mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 130mA – LED operated at 130mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1310mA – LED operated at 1310mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1311mA – LED operated at 1311mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1312mA – LED operated at 1312mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1313mA – LED operated at 1313mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1314mA – LED operated at 1314mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1315mA – LED operated at 1315mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1316mA – LED operated at 1316mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1317mA – LED operated at 1317mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1318mA – LED operated at 1318mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1319mA – LED operated at 1319mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 131mA – LED operated at 131mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1320mA – LED operated at 1320mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1321mA – LED operated at 1321mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1322mA – LED operated at 1322mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1323mA – LED operated at 1323mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1324mA – LED operated at 1324mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1325mA – LED operated at 1325mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1326mA – LED operated at 1326mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1327mA – LED operated at 1327mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1328mA – LED operated at 1328mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1329mA – LED operated at 1329mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 132mA – LED operated at 132mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1330mA – LED operated at 1330mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1331mA – LED operated at 1331mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1332mA – LED operated at 1332mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1333mA – LED operated at 1333mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1334mA – LED operated at 1334mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1335mA – LED operated at 1335mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1336mA – LED operated at 1336mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1337mA – LED operated at 1337mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1338mA – LED operated at 1338mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1339mA – LED operated at 1339mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 133mA – LED operated at 133mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1340mA – LED operated at 1340mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1341mA – LED operated at 1341mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1342mA – LED operated at 1342mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1343mA – LED operated at 1343mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1344mA – LED operated at 1344mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1345mA – LED operated at 1345mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1346mA – LED operated at 1346mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1347mA – LED operated at 1347mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1348mA – LED operated at 1348mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1349mA – LED operated at 1349mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 134mA – LED operated at 134mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1350mA – LED operated at 1350mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1351mA – LED operated at 1351mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1352mA – LED operated at 1352mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1353mA – LED operated at 1353mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1354mA – LED operated at 1354mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1355mA – LED operated at 1355mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1356mA – LED operated at 1356mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1357mA – LED operated at 1357mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1358mA – LED operated at 1358mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1359mA – LED operated at 1359mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 135mA – LED operated at 135mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1360mA – LED operated at 1360mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1361mA – LED operated at 1361mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1362mA – LED operated at 1362mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1363mA – LED operated at 1363mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1364mA – LED operated at 1364mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1365mA – LED operated at 1365mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1366mA – LED operated at 1366mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1367mA – LED operated at 1367mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1368mA – LED operated at 1368mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1369mA – LED operated at 1369mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 136mA – LED operated at 136mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1370mA – LED operated at 1370mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1371mA – LED operated at 1371mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1372mA – LED operated at 1372mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1373mA – LED operated at 1373mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1374mA – LED operated at 1374mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1375mA – LED operated at 1375mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1376mA – LED operated at 1376mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1377mA – LED operated at 1377mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1378mA – LED operated at 1378mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1379mA – LED operated at 1379mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 137mA – LED operated at 137mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1380mA – LED operated at 1380mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1381mA – LED operated at 1381mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1382mA – LED operated at 1382mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1383mA – LED operated at 1383mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1384mA – LED operated at 1384mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1385mA – LED operated at 1385mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1386mA – LED operated at 1386mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1387mA – LED operated at 1387mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1388mA – LED operated at 1388mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1389mA – LED operated at 1389mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 138mA – LED operated at 138mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1390mA – LED operated at 1390mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1391mA – LED operated at 1391mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1392mA – LED operated at 1392mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1393mA – LED operated at 1393mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1394mA – LED operated at 1394mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1395mA – LED operated at 1395mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1396mA – LED operated at 1396mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1397mA – LED operated at 1397mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1398mA – LED operated at 1398mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1399mA – LED operated at 1399mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 139mA – LED operated at 139mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 13mA – LED operated at 13mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1400mA – LED operated at 1400mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1401mA – LED operated at 1401mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1402mA – LED operated at 1402mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1403mA – LED operated at 1403mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1404mA – LED operated at 1404mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1405mA – LED operated at 1405mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1406mA – LED operated at 1406mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1407mA – LED operated at 1407mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1408mA – LED operated at 1408mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1409mA – LED operated at 1409mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 140mA – LED operated at 140mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1410mA – LED operated at 1410mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1411mA – LED operated at 1411mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1412mA – LED operated at 1412mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1413mA – LED operated at 1413mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1414mA – LED operated at 1414mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1415mA – LED operated at 1415mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1416mA – LED operated at 1416mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1417mA – LED operated at 1417mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1418mA – LED operated at 1418mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1419mA – LED operated at 1419mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 141mA – LED operated at 141mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1420mA – LED operated at 1420mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1421mA – LED operated at 1421mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1422mA – LED operated at 1422mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1423mA – LED operated at 1423mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1424mA – LED operated at 1424mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1425mA – LED operated at 1425mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1426mA – LED operated at 1426mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1427mA – LED operated at 1427mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1428mA – LED operated at 1428mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1429mA – LED operated at 1429mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 142mA – LED operated at 142mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1430mA – LED operated at 1430mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1431mA – LED operated at 1431mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1432mA – LED operated at 1432mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1433mA – LED operated at 1433mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1434mA – LED operated at 1434mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1435mA – LED operated at 1435mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1436mA – LED operated at 1436mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1437mA – LED operated at 1437mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1438mA – LED operated at 1438mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1439mA – LED operated at 1439mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 143mA – LED operated at 143mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1440mA – LED operated at 1440mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1441mA – LED operated at 1441mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1442mA – LED operated at 1442mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1443mA – LED operated at 1443mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1444mA – LED operated at 1444mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1445mA – LED operated at 1445mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1446mA – LED operated at 1446mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1447mA – LED operated at 1447mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1448mA – LED operated at 1448mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1449mA – LED operated at 1449mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 144mA – LED operated at 144mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1450mA – LED operated at 1450mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1451mA – LED operated at 1451mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1452mA – LED operated at 1452mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1453mA – LED operated at 1453mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1454mA – LED operated at 1454mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1455mA – LED operated at 1455mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1456mA – LED operated at 1456mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1457mA – LED operated at 1457mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1458mA – LED operated at 1458mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1459mA – LED operated at 1459mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 145mA – LED operated at 145mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1460mA – LED operated at 1460mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1461mA – LED operated at 1461mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1462mA – LED operated at 1462mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1463mA – LED operated at 1463mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1464mA – LED operated at 1464mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1465mA – LED operated at 1465mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1466mA – LED operated at 1466mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1467mA – LED operated at 1467mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1468mA – LED operated at 1468mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1469mA – LED operated at 1469mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 146mA – LED operated at 146mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1470mA – LED operated at 1470mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1471mA – LED operated at 1471mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1472mA – LED operated at 1472mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1473mA – LED operated at 1473mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1474mA – LED operated at 1474mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1475mA – LED operated at 1475mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1476mA – LED operated at 1476mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1477mA – LED operated at 1477mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1478mA – LED operated at 1478mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1479mA – LED operated at 1479mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 147mA – LED operated at 147mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1480mA – LED operated at 1480mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1481mA – LED operated at 1481mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1482mA – LED operated at 1482mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1483mA – LED operated at 1483mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1484mA – LED operated at 1484mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1485mA – LED operated at 1485mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1486mA – LED operated at 1486mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1487mA – LED operated at 1487mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1488mA – LED operated at 1488mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1489mA – LED operated at 1489mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 148mA – LED operated at 148mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1490mA – LED operated at 1490mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1491mA – LED operated at 1491mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1492mA – LED operated at 1492mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1493mA – LED operated at 1493mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1494mA – LED operated at 1494mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1495mA – LED operated at 1495mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1496mA – LED operated at 1496mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1497mA – LED operated at 1497mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1498mA – LED operated at 1498mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1499mA – LED operated at 1499mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 149mA – LED operated at 149mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 14mA – LED operated at 14mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1500mA – LED operated at 1500mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1501mA – LED operated at 1501mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1502mA – LED operated at 1502mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1503mA – LED operated at 1503mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1504mA – LED operated at 1504mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1505mA – LED operated at 1505mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1506mA – LED operated at 1506mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1507mA – LED operated at 1507mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1508mA – LED operated at 1508mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1509mA – LED operated at 1509mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 150mA – LED operated at 150mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1510mA – LED operated at 1510mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1511mA – LED operated at 1511mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1512mA – LED operated at 1512mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1513mA – LED operated at 1513mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1514mA – LED operated at 1514mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1515mA – LED operated at 1515mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1516mA – LED operated at 1516mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1517mA – LED operated at 1517mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1518mA – LED operated at 1518mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1519mA – LED operated at 1519mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 151mA – LED operated at 151mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1520mA – LED operated at 1520mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1521mA – LED operated at 1521mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1522mA – LED operated at 1522mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1523mA – LED operated at 1523mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1524mA – LED operated at 1524mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1525mA – LED operated at 1525mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1526mA – LED operated at 1526mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1527mA – LED operated at 1527mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1528mA – LED operated at 1528mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1529mA – LED operated at 1529mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 152mA – LED operated at 152mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1530mA – LED operated at 1530mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1531mA – LED operated at 1531mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1532mA – LED operated at 1532mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1533mA – LED operated at 1533mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1534mA – LED operated at 1534mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1535mA – LED operated at 1535mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1536mA – LED operated at 1536mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1537mA – LED operated at 1537mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1538mA – LED operated at 1538mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1539mA – LED operated at 1539mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 153mA – LED operated at 153mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1540mA – LED operated at 1540mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1541mA – LED operated at 1541mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1542mA – LED operated at 1542mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1543mA – LED operated at 1543mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1544mA – LED operated at 1544mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1545mA – LED operated at 1545mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1546mA – LED operated at 1546mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1547mA – LED operated at 1547mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1548mA – LED operated at 1548mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1549mA – LED operated at 1549mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 154mA – LED operated at 154mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1550mA – LED operated at 1550mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1551mA – LED operated at 1551mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1552mA – LED operated at 1552mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1553mA – LED operated at 1553mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1554mA – LED operated at 1554mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1555mA – LED operated at 1555mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1556mA – LED operated at 1556mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1557mA – LED operated at 1557mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1558mA – LED operated at 1558mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1559mA – LED operated at 1559mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 155mA – LED operated at 155mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1560mA – LED operated at 1560mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1561mA – LED operated at 1561mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1562mA – LED operated at 1562mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1563mA – LED operated at 1563mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1564mA – LED operated at 1564mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1565mA – LED operated at 1565mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1566mA – LED operated at 1566mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1567mA – LED operated at 1567mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1568mA – LED operated at 1568mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1569mA – LED operated at 1569mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 156mA – LED operated at 156mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1570mA – LED operated at 1570mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1571mA – LED operated at 1571mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1572mA – LED operated at 1572mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1573mA – LED operated at 1573mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1574mA – LED operated at 1574mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1575mA – LED operated at 1575mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1576mA – LED operated at 1576mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1577mA – LED operated at 1577mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1578mA – LED operated at 1578mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1579mA – LED operated at 1579mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 157mA – LED operated at 157mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1580mA – LED operated at 1580mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1581mA – LED operated at 1581mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1582mA – LED operated at 1582mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1583mA – LED operated at 1583mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1584mA – LED operated at 1584mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1585mA – LED operated at 1585mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1586mA – LED operated at 1586mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1587mA – LED operated at 1587mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1588mA – LED operated at 1588mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1589mA – LED operated at 1589mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 158mA – LED operated at 158mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1590mA – LED operated at 1590mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1591mA – LED operated at 1591mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1592mA – LED operated at 1592mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1593mA – LED operated at 1593mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1594mA – LED operated at 1594mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1595mA – LED operated at 1595mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1596mA – LED operated at 1596mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1597mA – LED operated at 1597mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1598mA – LED operated at 1598mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1599mA – LED operated at 1599mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 159mA – LED operated at 159mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 15mA – LED operated at 15mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1600mA – LED operated at 1600mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1601mA – LED operated at 1601mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1602mA – LED operated at 1602mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1603mA – LED operated at 1603mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1604mA – LED operated at 1604mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1605mA – LED operated at 1605mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1606mA – LED operated at 1606mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1607mA – LED operated at 1607mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1608mA – LED operated at 1608mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1609mA – LED operated at 1609mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 160mA – LED operated at 160mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1610mA – LED operated at 1610mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1611mA – LED operated at 1611mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1612mA – LED operated at 1612mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1613mA – LED operated at 1613mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1614mA – LED operated at 1614mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1615mA – LED operated at 1615mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1616mA – LED operated at 1616mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1617mA – LED operated at 1617mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1618mA – LED operated at 1618mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1619mA – LED operated at 1619mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 161mA – LED operated at 161mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1620mA – LED operated at 1620mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1621mA – LED operated at 1621mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1622mA – LED operated at 1622mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1623mA – LED operated at 1623mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1624mA – LED operated at 1624mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1625mA – LED operated at 1625mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1626mA – LED operated at 1626mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1627mA – LED operated at 1627mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1628mA – LED operated at 1628mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1629mA – LED operated at 1629mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 162mA – LED operated at 162mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1630mA – LED operated at 1630mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1631mA – LED operated at 1631mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1632mA – LED operated at 1632mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1633mA – LED operated at 1633mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1634mA – LED operated at 1634mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1635mA – LED operated at 1635mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1636mA – LED operated at 1636mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1637mA – LED operated at 1637mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1638mA – LED operated at 1638mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1639mA – LED operated at 1639mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 163mA – LED operated at 163mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1640mA – LED operated at 1640mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1641mA – LED operated at 1641mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1642mA – LED operated at 1642mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1643mA – LED operated at 1643mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1644mA – LED operated at 1644mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1645mA – LED operated at 1645mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1646mA – LED operated at 1646mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1647mA – LED operated at 1647mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1648mA – LED operated at 1648mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1649mA – LED operated at 1649mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 164mA – LED operated at 164mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1650mA – LED operated at 1650mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1651mA – LED operated at 1651mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1652mA – LED operated at 1652mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1653mA – LED operated at 1653mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1654mA – LED operated at 1654mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1655mA – LED operated at 1655mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1656mA – LED operated at 1656mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1657mA – LED operated at 1657mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1658mA – LED operated at 1658mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1659mA – LED operated at 1659mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 165mA – LED operated at 165mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1660mA – LED operated at 1660mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1661mA – LED operated at 1661mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1662mA – LED operated at 1662mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1663mA – LED operated at 1663mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1664mA – LED operated at 1664mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1665mA – LED operated at 1665mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1666mA – LED operated at 1666mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1667mA – LED operated at 1667mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1668mA – LED operated at 1668mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1669mA – LED operated at 1669mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 166mA – LED operated at 166mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1670mA – LED operated at 1670mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1671mA – LED operated at 1671mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1672mA – LED operated at 1672mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1673mA – LED operated at 1673mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1674mA – LED operated at 1674mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1675mA – LED operated at 1675mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1676mA – LED operated at 1676mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1677mA – LED operated at 1677mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1678mA – LED operated at 1678mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1679mA – LED operated at 1679mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 167mA – LED operated at 167mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1680mA – LED operated at 1680mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1681mA – LED operated at 1681mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1682mA – LED operated at 1682mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1683mA – LED operated at 1683mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1684mA – LED operated at 1684mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1685mA – LED operated at 1685mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1686mA – LED operated at 1686mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1687mA – LED operated at 1687mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1688mA – LED operated at 1688mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1689mA – LED operated at 1689mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 168mA – LED operated at 168mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1690mA – LED operated at 1690mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1691mA – LED operated at 1691mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1692mA – LED operated at 1692mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1693mA – LED operated at 1693mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1694mA – LED operated at 1694mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1695mA – LED operated at 1695mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1696mA – LED operated at 1696mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1697mA – LED operated at 1697mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1698mA – LED operated at 1698mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1699mA – LED operated at 1699mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 169mA – LED operated at 169mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 16mA – LED operated at 16mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1700mA – LED operated at 1700mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1701mA – LED operated at 1701mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1702mA – LED operated at 1702mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1703mA – LED operated at 1703mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1704mA – LED operated at 1704mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1705mA – LED operated at 1705mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1706mA – LED operated at 1706mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1707mA – LED operated at 1707mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1708mA – LED operated at 1708mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1709mA – LED operated at 1709mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 170mA – LED operated at 170mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1710mA – LED operated at 1710mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1711mA – LED operated at 1711mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1712mA – LED operated at 1712mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1713mA – LED operated at 1713mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1714mA – LED operated at 1714mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1715mA – LED operated at 1715mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1716mA – LED operated at 1716mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1717mA – LED operated at 1717mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1718mA – LED operated at 1718mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1719mA – LED operated at 1719mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 171mA – LED operated at 171mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1720mA – LED operated at 1720mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1721mA – LED operated at 1721mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1722mA – LED operated at 1722mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1723mA – LED operated at 1723mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1724mA – LED operated at 1724mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1725mA – LED operated at 1725mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1726mA – LED operated at 1726mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1727mA – LED operated at 1727mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1728mA – LED operated at 1728mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1729mA – LED operated at 1729mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 172mA – LED operated at 172mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1730mA – LED operated at 1730mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1731mA – LED operated at 1731mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1732mA – LED operated at 1732mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1733mA – LED operated at 1733mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1734mA – LED operated at 1734mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1735mA – LED operated at 1735mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1736mA – LED operated at 1736mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1737mA – LED operated at 1737mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1738mA – LED operated at 1738mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1739mA – LED operated at 1739mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 173mA – LED operated at 173mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1740mA – LED operated at 1740mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1741mA – LED operated at 1741mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1742mA – LED operated at 1742mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1743mA – LED operated at 1743mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1744mA – LED operated at 1744mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1745mA – LED operated at 1745mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1746mA – LED operated at 1746mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1747mA – LED operated at 1747mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1748mA – LED operated at 1748mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1749mA – LED operated at 1749mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 174mA – LED operated at 174mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1750mA – LED operated at 1750mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1751mA – LED operated at 1751mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1752mA – LED operated at 1752mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1753mA – LED operated at 1753mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1754mA – LED operated at 1754mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1755mA – LED operated at 1755mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1756mA – LED operated at 1756mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1757mA – LED operated at 1757mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1758mA – LED operated at 1758mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1759mA – LED operated at 1759mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 175mA – LED operated at 175mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1760mA – LED operated at 1760mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1761mA – LED operated at 1761mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1762mA – LED operated at 1762mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1763mA – LED operated at 1763mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1764mA – LED operated at 1764mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1765mA – LED operated at 1765mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1766mA – LED operated at 1766mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1767mA – LED operated at 1767mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1768mA – LED operated at 1768mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1769mA – LED operated at 1769mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 176mA – LED operated at 176mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1770mA – LED operated at 1770mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1771mA – LED operated at 1771mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1772mA – LED operated at 1772mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1773mA – LED operated at 1773mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1774mA – LED operated at 1774mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1775mA – LED operated at 1775mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1776mA – LED operated at 1776mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1777mA – LED operated at 1777mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1778mA – LED operated at 1778mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1779mA – LED operated at 1779mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 177mA – LED operated at 177mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1780mA – LED operated at 1780mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1781mA – LED operated at 1781mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1782mA – LED operated at 1782mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1783mA – LED operated at 1783mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1784mA – LED operated at 1784mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1785mA – LED operated at 1785mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1786mA – LED operated at 1786mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1787mA – LED operated at 1787mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1788mA – LED operated at 1788mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1789mA – LED operated at 1789mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 178mA – LED operated at 178mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1790mA – LED operated at 1790mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1791mA – LED operated at 1791mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1792mA – LED operated at 1792mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1793mA – LED operated at 1793mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1794mA – LED operated at 1794mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1795mA – LED operated at 1795mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1796mA – LED operated at 1796mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1797mA – LED operated at 1797mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1798mA – LED operated at 1798mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1799mA – LED operated at 1799mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 179mA – LED operated at 179mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 17mA – LED operated at 17mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1800mA – LED operated at 1800mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1801mA – LED operated at 1801mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1802mA – LED operated at 1802mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1803mA – LED operated at 1803mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1804mA – LED operated at 1804mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1805mA – LED operated at 1805mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1806mA – LED operated at 1806mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1807mA – LED operated at 1807mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1808mA – LED operated at 1808mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1809mA – LED operated at 1809mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 180mA – LED operated at 180mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1810mA – LED operated at 1810mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1811mA – LED operated at 1811mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1812mA – LED operated at 1812mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1813mA – LED operated at 1813mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1814mA – LED operated at 1814mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1815mA – LED operated at 1815mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1816mA – LED operated at 1816mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1817mA – LED operated at 1817mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1818mA – LED operated at 1818mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1819mA – LED operated at 1819mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 181mA – LED operated at 181mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1820mA – LED operated at 1820mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1821mA – LED operated at 1821mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1822mA – LED operated at 1822mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1823mA – LED operated at 1823mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1824mA – LED operated at 1824mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1825mA – LED operated at 1825mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1826mA – LED operated at 1826mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1827mA – LED operated at 1827mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1828mA – LED operated at 1828mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1829mA – LED operated at 1829mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 182mA – LED operated at 182mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1830mA – LED operated at 1830mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1831mA – LED operated at 1831mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1832mA – LED operated at 1832mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1833mA – LED operated at 1833mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1834mA – LED operated at 1834mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1835mA – LED operated at 1835mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1836mA – LED operated at 1836mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1837mA – LED operated at 1837mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1838mA – LED operated at 1838mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1839mA – LED operated at 1839mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 183mA – LED operated at 183mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1840mA – LED operated at 1840mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1841mA – LED operated at 1841mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1842mA – LED operated at 1842mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1843mA – LED operated at 1843mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1844mA – LED operated at 1844mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1845mA – LED operated at 1845mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1846mA – LED operated at 1846mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1847mA – LED operated at 1847mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1848mA – LED operated at 1848mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1849mA – LED operated at 1849mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 184mA – LED operated at 184mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1850mA – LED operated at 1850mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1851mA – LED operated at 1851mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1852mA – LED operated at 1852mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1853mA – LED operated at 1853mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1854mA – LED operated at 1854mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1855mA – LED operated at 1855mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1856mA – LED operated at 1856mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1857mA – LED operated at 1857mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1858mA – LED operated at 1858mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1859mA – LED operated at 1859mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 185mA – LED operated at 185mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1860mA – LED operated at 1860mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1861mA – LED operated at 1861mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1862mA – LED operated at 1862mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1863mA – LED operated at 1863mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1864mA – LED operated at 1864mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1865mA – LED operated at 1865mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1866mA – LED operated at 1866mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1867mA – LED operated at 1867mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1868mA – LED operated at 1868mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1869mA – LED operated at 1869mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 186mA – LED operated at 186mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1870mA – LED operated at 1870mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1871mA – LED operated at 1871mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1872mA – LED operated at 1872mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1873mA – LED operated at 1873mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1874mA – LED operated at 1874mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1875mA – LED operated at 1875mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1876mA – LED operated at 1876mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1877mA – LED operated at 1877mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1878mA – LED operated at 1878mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1879mA – LED operated at 1879mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 187mA – LED operated at 187mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1880mA – LED operated at 1880mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1881mA – LED operated at 1881mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1882mA – LED operated at 1882mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1883mA – LED operated at 1883mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1884mA – LED operated at 1884mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1885mA – LED operated at 1885mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1886mA – LED operated at 1886mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1887mA – LED operated at 1887mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1888mA – LED operated at 1888mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1889mA – LED operated at 1889mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 188mA – LED operated at 188mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1890mA – LED operated at 1890mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1891mA – LED operated at 1891mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1892mA – LED operated at 1892mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1893mA – LED operated at 1893mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1894mA – LED operated at 1894mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1895mA – LED operated at 1895mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1896mA – LED operated at 1896mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1897mA – LED operated at 1897mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1898mA – LED operated at 1898mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1899mA – LED operated at 1899mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 189mA – LED operated at 189mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 18mA – LED operated at 18mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1900mA – LED operated at 1900mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1901mA – LED operated at 1901mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1902mA – LED operated at 1902mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1903mA – LED operated at 1903mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1904mA – LED operated at 1904mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1905mA – LED operated at 1905mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1906mA – LED operated at 1906mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1907mA – LED operated at 1907mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1908mA – LED operated at 1908mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1909mA – LED operated at 1909mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 190mA – LED operated at 190mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1910mA – LED operated at 1910mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1911mA – LED operated at 1911mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1912mA – LED operated at 1912mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1913mA – LED operated at 1913mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1914mA – LED operated at 1914mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1915mA – LED operated at 1915mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1916mA – LED operated at 1916mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1917mA – LED operated at 1917mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1918mA – LED operated at 1918mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1919mA – LED operated at 1919mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 191mA – LED operated at 191mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1920mA – LED operated at 1920mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1921mA – LED operated at 1921mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1922mA – LED operated at 1922mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1923mA – LED operated at 1923mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1924mA – LED operated at 1924mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1925mA – LED operated at 1925mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1926mA – LED operated at 1926mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1927mA – LED operated at 1927mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1928mA – LED operated at 1928mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1929mA – LED operated at 1929mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 192mA – LED operated at 192mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1930mA – LED operated at 1930mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1931mA – LED operated at 1931mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1932mA – LED operated at 1932mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1933mA – LED operated at 1933mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1934mA – LED operated at 1934mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1935mA – LED operated at 1935mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1936mA – LED operated at 1936mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1937mA – LED operated at 1937mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1938mA – LED operated at 1938mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1939mA – LED operated at 1939mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 193mA – LED operated at 193mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1940mA – LED operated at 1940mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1941mA – LED operated at 1941mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1942mA – LED operated at 1942mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1943mA – LED operated at 1943mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1944mA – LED operated at 1944mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1945mA – LED operated at 1945mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1946mA – LED operated at 1946mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1947mA – LED operated at 1947mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1948mA – LED operated at 1948mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1949mA – LED operated at 1949mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 194mA – LED operated at 194mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1950mA – LED operated at 1950mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1951mA – LED operated at 1951mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1952mA – LED operated at 1952mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1953mA – LED operated at 1953mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1954mA – LED operated at 1954mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1955mA – LED operated at 1955mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1956mA – LED operated at 1956mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1957mA – LED operated at 1957mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1958mA – LED operated at 1958mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1959mA – LED operated at 1959mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 195mA – LED operated at 195mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1960mA – LED operated at 1960mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1961mA – LED operated at 1961mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1962mA – LED operated at 1962mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1963mA – LED operated at 1963mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1964mA – LED operated at 1964mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1965mA – LED operated at 1965mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1966mA – LED operated at 1966mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1967mA – LED operated at 1967mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1968mA – LED operated at 1968mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1969mA – LED operated at 1969mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 196mA – LED operated at 196mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1970mA – LED operated at 1970mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1971mA – LED operated at 1971mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1972mA – LED operated at 1972mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1973mA – LED operated at 1973mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1974mA – LED operated at 1974mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1975mA – LED operated at 1975mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1976mA – LED operated at 1976mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1977mA – LED operated at 1977mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1978mA – LED operated at 1978mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1979mA – LED operated at 1979mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 197mA – LED operated at 197mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1980mA – LED operated at 1980mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1981mA – LED operated at 1981mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1982mA – LED operated at 1982mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1983mA – LED operated at 1983mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1984mA – LED operated at 1984mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1985mA – LED operated at 1985mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1986mA – LED operated at 1986mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1987mA – LED operated at 1987mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1988mA – LED operated at 1988mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1989mA – LED operated at 1989mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 198mA – LED operated at 198mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1990mA – LED operated at 1990mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1991mA – LED operated at 1991mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1992mA – LED operated at 1992mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1993mA – LED operated at 1993mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1994mA – LED operated at 1994mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1995mA – LED operated at 1995mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1996mA – LED operated at 1996mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1997mA – LED operated at 1997mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1998mA – LED operated at 1998mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1999mA – LED operated at 1999mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 199mA – LED operated at 199mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 19mA – LED operated at 19mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 1mA – LED operated at 1mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2000mA – LED operated at 2000mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2001mA – LED operated at 2001mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2002mA – LED operated at 2002mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2003mA – LED operated at 2003mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2004mA – LED operated at 2004mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2005mA – LED operated at 2005mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2006mA – LED operated at 2006mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2007mA – LED operated at 2007mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2008mA – LED operated at 2008mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2009mA – LED operated at 2009mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 200mA – LED operated at 200mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2010mA – LED operated at 2010mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2011mA – LED operated at 2011mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2012mA – LED operated at 2012mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2013mA – LED operated at 2013mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2014mA – LED operated at 2014mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2015mA – LED operated at 2015mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2016mA – LED operated at 2016mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2017mA – LED operated at 2017mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2018mA – LED operated at 2018mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2019mA – LED operated at 2019mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 201mA – LED operated at 201mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2020mA – LED operated at 2020mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2021mA – LED operated at 2021mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2022mA – LED operated at 2022mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2023mA – LED operated at 2023mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2024mA – LED operated at 2024mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2025mA – LED operated at 2025mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2026mA – LED operated at 2026mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2027mA – LED operated at 2027mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2028mA – LED operated at 2028mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2029mA – LED operated at 2029mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 202mA – LED operated at 202mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2030mA – LED operated at 2030mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2031mA – LED operated at 2031mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2032mA – LED operated at 2032mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2033mA – LED operated at 2033mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2034mA – LED operated at 2034mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2035mA – LED operated at 2035mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2036mA – LED operated at 2036mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2037mA – LED operated at 2037mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2038mA – LED operated at 2038mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2039mA – LED operated at 2039mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 203mA – LED operated at 203mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2040mA – LED operated at 2040mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2041mA – LED operated at 2041mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2042mA – LED operated at 2042mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2043mA – LED operated at 2043mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2044mA – LED operated at 2044mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2045mA – LED operated at 2045mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2046mA – LED operated at 2046mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2047mA – LED operated at 2047mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2048mA – LED operated at 2048mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2049mA – LED operated at 2049mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 204mA – LED operated at 204mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2050mA – LED operated at 2050mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2051mA – LED operated at 2051mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2052mA – LED operated at 2052mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2053mA – LED operated at 2053mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2054mA – LED operated at 2054mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2055mA – LED operated at 2055mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2056mA – LED operated at 2056mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2057mA – LED operated at 2057mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2058mA – LED operated at 2058mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2059mA – LED operated at 2059mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 205mA – LED operated at 205mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2060mA – LED operated at 2060mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2061mA – LED operated at 2061mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2062mA – LED operated at 2062mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2063mA – LED operated at 2063mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2064mA – LED operated at 2064mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2065mA – LED operated at 2065mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2066mA – LED operated at 2066mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2067mA – LED operated at 2067mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2068mA – LED operated at 2068mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2069mA – LED operated at 2069mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 206mA – LED operated at 206mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2070mA – LED operated at 2070mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2071mA – LED operated at 2071mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2072mA – LED operated at 2072mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2073mA – LED operated at 2073mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2074mA – LED operated at 2074mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2075mA – LED operated at 2075mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2076mA – LED operated at 2076mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2077mA – LED operated at 2077mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2078mA – LED operated at 2078mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2079mA – LED operated at 2079mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 207mA – LED operated at 207mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2080mA – LED operated at 2080mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2081mA – LED operated at 2081mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2082mA – LED operated at 2082mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2083mA – LED operated at 2083mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2084mA – LED operated at 2084mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2085mA – LED operated at 2085mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2086mA – LED operated at 2086mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2087mA – LED operated at 2087mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2088mA – LED operated at 2088mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2089mA – LED operated at 2089mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 208mA – LED operated at 208mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2090mA – LED operated at 2090mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2091mA – LED operated at 2091mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2092mA – LED operated at 2092mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2093mA – LED operated at 2093mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2094mA – LED operated at 2094mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2095mA – LED operated at 2095mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2096mA – LED operated at 2096mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2097mA – LED operated at 2097mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2098mA – LED operated at 2098mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2099mA – LED operated at 2099mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 209mA – LED operated at 209mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 20mA – LED operated at 20mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2100mA – LED operated at 2100mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2101mA – LED operated at 2101mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2102mA – LED operated at 2102mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2103mA – LED operated at 2103mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2104mA – LED operated at 2104mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2105mA – LED operated at 2105mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2106mA – LED operated at 2106mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2107mA – LED operated at 2107mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2108mA – LED operated at 2108mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2109mA – LED operated at 2109mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 210mA – LED operated at 210mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2110mA – LED operated at 2110mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2111mA – LED operated at 2111mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2112mA – LED operated at 2112mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2113mA – LED operated at 2113mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2114mA – LED operated at 2114mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2115mA – LED operated at 2115mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2116mA – LED operated at 2116mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2117mA – LED operated at 2117mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2118mA – LED operated at 2118mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2119mA – LED operated at 2119mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 211mA – LED operated at 211mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2120mA – LED operated at 2120mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2121mA – LED operated at 2121mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2122mA – LED operated at 2122mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2123mA – LED operated at 2123mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2124mA – LED operated at 2124mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2125mA – LED operated at 2125mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2126mA – LED operated at 2126mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2127mA – LED operated at 2127mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2128mA – LED operated at 2128mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2129mA – LED operated at 2129mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 212mA – LED operated at 212mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2130mA – LED operated at 2130mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2131mA – LED operated at 2131mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2132mA – LED operated at 2132mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2133mA – LED operated at 2133mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2134mA – LED operated at 2134mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2135mA – LED operated at 2135mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2136mA – LED operated at 2136mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2137mA – LED operated at 2137mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2138mA – LED operated at 2138mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2139mA – LED operated at 2139mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 213mA – LED operated at 213mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2140mA – LED operated at 2140mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2141mA – LED operated at 2141mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2142mA – LED operated at 2142mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2143mA – LED operated at 2143mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2144mA – LED operated at 2144mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2145mA – LED operated at 2145mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2146mA – LED operated at 2146mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2147mA – LED operated at 2147mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2148mA – LED operated at 2148mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2149mA – LED operated at 2149mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 214mA – LED operated at 214mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2150mA – LED operated at 2150mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2151mA – LED operated at 2151mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2152mA – LED operated at 2152mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2153mA – LED operated at 2153mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2154mA – LED operated at 2154mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2155mA – LED operated at 2155mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2156mA – LED operated at 2156mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2157mA – LED operated at 2157mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2158mA – LED operated at 2158mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2159mA – LED operated at 2159mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 215mA – LED operated at 215mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2160mA – LED operated at 2160mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2161mA – LED operated at 2161mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2162mA – LED operated at 2162mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2163mA – LED operated at 2163mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2164mA – LED operated at 2164mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2165mA – LED operated at 2165mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2166mA – LED operated at 2166mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2167mA – LED operated at 2167mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2168mA – LED operated at 2168mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2169mA – LED operated at 2169mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 216mA – LED operated at 216mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2170mA – LED operated at 2170mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2171mA – LED operated at 2171mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2172mA – LED operated at 2172mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2173mA – LED operated at 2173mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2174mA – LED operated at 2174mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2175mA – LED operated at 2175mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2176mA – LED operated at 2176mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2177mA – LED operated at 2177mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2178mA – LED operated at 2178mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2179mA – LED operated at 2179mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 217mA – LED operated at 217mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2180mA – LED operated at 2180mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2181mA – LED operated at 2181mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2182mA – LED operated at 2182mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2183mA – LED operated at 2183mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2184mA – LED operated at 2184mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2185mA – LED operated at 2185mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2186mA – LED operated at 2186mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2187mA – LED operated at 2187mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2188mA – LED operated at 2188mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2189mA – LED operated at 2189mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 218mA – LED operated at 218mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2190mA – LED operated at 2190mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2191mA – LED operated at 2191mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2192mA – LED operated at 2192mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2193mA – LED operated at 2193mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2194mA – LED operated at 2194mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2195mA – LED operated at 2195mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2196mA – LED operated at 2196mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2197mA – LED operated at 2197mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2198mA – LED operated at 2198mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2199mA – LED operated at 2199mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 219mA – LED operated at 219mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 21mA – LED operated at 21mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2200mA – LED operated at 2200mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2201mA – LED operated at 2201mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2202mA – LED operated at 2202mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2203mA – LED operated at 2203mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2204mA – LED operated at 2204mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2205mA – LED operated at 2205mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2206mA – LED operated at 2206mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2207mA – LED operated at 2207mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2208mA – LED operated at 2208mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2209mA – LED operated at 2209mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 220mA – LED operated at 220mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2210mA – LED operated at 2210mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2211mA – LED operated at 2211mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2212mA – LED operated at 2212mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2213mA – LED operated at 2213mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2214mA – LED operated at 2214mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2215mA – LED operated at 2215mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2216mA – LED operated at 2216mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2217mA – LED operated at 2217mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2218mA – LED operated at 2218mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2219mA – LED operated at 2219mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 221mA – LED operated at 221mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2220mA – LED operated at 2220mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2221mA – LED operated at 2221mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2222mA – LED operated at 2222mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2223mA – LED operated at 2223mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2224mA – LED operated at 2224mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2225mA – LED operated at 2225mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2226mA – LED operated at 2226mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2227mA – LED operated at 2227mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2228mA – LED operated at 2228mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2229mA – LED operated at 2229mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 222mA – LED operated at 222mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2230mA – LED operated at 2230mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2231mA – LED operated at 2231mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2232mA – LED operated at 2232mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2233mA – LED operated at 2233mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2234mA – LED operated at 2234mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2235mA – LED operated at 2235mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2236mA – LED operated at 2236mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2237mA – LED operated at 2237mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2238mA – LED operated at 2238mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2239mA – LED operated at 2239mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 223mA – LED operated at 223mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2240mA – LED operated at 2240mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2241mA – LED operated at 2241mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2242mA – LED operated at 2242mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2243mA – LED operated at 2243mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2244mA – LED operated at 2244mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2245mA – LED operated at 2245mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2246mA – LED operated at 2246mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2247mA – LED operated at 2247mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2248mA – LED operated at 2248mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2249mA – LED operated at 2249mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 224mA – LED operated at 224mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2250mA – LED operated at 2250mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2251mA – LED operated at 2251mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2252mA – LED operated at 2252mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2253mA – LED operated at 2253mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2254mA – LED operated at 2254mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2255mA – LED operated at 2255mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2256mA – LED operated at 2256mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2257mA – LED operated at 2257mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2258mA – LED operated at 2258mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2259mA – LED operated at 2259mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 225mA – LED operated at 225mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2260mA – LED operated at 2260mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2261mA – LED operated at 2261mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2262mA – LED operated at 2262mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2263mA – LED operated at 2263mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2264mA – LED operated at 2264mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2265mA – LED operated at 2265mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2266mA – LED operated at 2266mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2267mA – LED operated at 2267mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2268mA – LED operated at 2268mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2269mA – LED operated at 2269mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 226mA – LED operated at 226mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2270mA – LED operated at 2270mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2271mA – LED operated at 2271mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2272mA – LED operated at 2272mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2273mA – LED operated at 2273mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2274mA – LED operated at 2274mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2275mA – LED operated at 2275mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2276mA – LED operated at 2276mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2277mA – LED operated at 2277mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2278mA – LED operated at 2278mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2279mA – LED operated at 2279mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 227mA – LED operated at 227mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2280mA – LED operated at 2280mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2281mA – LED operated at 2281mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2282mA – LED operated at 2282mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2283mA – LED operated at 2283mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2284mA – LED operated at 2284mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2285mA – LED operated at 2285mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2286mA – LED operated at 2286mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2287mA – LED operated at 2287mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2288mA – LED operated at 2288mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2289mA – LED operated at 2289mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 228mA – LED operated at 228mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2290mA – LED operated at 2290mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2291mA – LED operated at 2291mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2292mA – LED operated at 2292mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2293mA – LED operated at 2293mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2294mA – LED operated at 2294mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2295mA – LED operated at 2295mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2296mA – LED operated at 2296mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2297mA – LED operated at 2297mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2298mA – LED operated at 2298mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2299mA – LED operated at 2299mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 229mA – LED operated at 229mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 22mA – LED operated at 22mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2300mA – LED operated at 2300mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2301mA – LED operated at 2301mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2302mA – LED operated at 2302mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2303mA – LED operated at 2303mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2304mA – LED operated at 2304mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2305mA – LED operated at 2305mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2306mA – LED operated at 2306mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2307mA – LED operated at 2307mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2308mA – LED operated at 2308mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2309mA – LED operated at 2309mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 230mA – LED operated at 230mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2310mA – LED operated at 2310mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2311mA – LED operated at 2311mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2312mA – LED operated at 2312mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2313mA – LED operated at 2313mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2314mA – LED operated at 2314mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2315mA – LED operated at 2315mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2316mA – LED operated at 2316mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2317mA – LED operated at 2317mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2318mA – LED operated at 2318mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2319mA – LED operated at 2319mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 231mA – LED operated at 231mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2320mA – LED operated at 2320mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2321mA – LED operated at 2321mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2322mA – LED operated at 2322mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2323mA – LED operated at 2323mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2324mA – LED operated at 2324mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2325mA – LED operated at 2325mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2326mA – LED operated at 2326mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2327mA – LED operated at 2327mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2328mA – LED operated at 2328mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2329mA – LED operated at 2329mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 232mA – LED operated at 232mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2330mA – LED operated at 2330mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2331mA – LED operated at 2331mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2332mA – LED operated at 2332mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2333mA – LED operated at 2333mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2334mA – LED operated at 2334mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2335mA – LED operated at 2335mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2336mA – LED operated at 2336mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2337mA – LED operated at 2337mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2338mA – LED operated at 2338mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2339mA – LED operated at 2339mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 233mA – LED operated at 233mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2340mA – LED operated at 2340mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2341mA – LED operated at 2341mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2342mA – LED operated at 2342mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2343mA – LED operated at 2343mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2344mA – LED operated at 2344mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2345mA – LED operated at 2345mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2346mA – LED operated at 2346mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2347mA – LED operated at 2347mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2348mA – LED operated at 2348mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2349mA – LED operated at 2349mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 234mA – LED operated at 234mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2350mA – LED operated at 2350mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2351mA – LED operated at 2351mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2352mA – LED operated at 2352mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2353mA – LED operated at 2353mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2354mA – LED operated at 2354mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2355mA – LED operated at 2355mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2356mA – LED operated at 2356mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2357mA – LED operated at 2357mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2358mA – LED operated at 2358mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2359mA – LED operated at 2359mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 235mA – LED operated at 235mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2360mA – LED operated at 2360mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2361mA – LED operated at 2361mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2362mA – LED operated at 2362mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2363mA – LED operated at 2363mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2364mA – LED operated at 2364mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2365mA – LED operated at 2365mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2366mA – LED operated at 2366mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2367mA – LED operated at 2367mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2368mA – LED operated at 2368mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2369mA – LED operated at 2369mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 236mA – LED operated at 236mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2370mA – LED operated at 2370mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2371mA – LED operated at 2371mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2372mA – LED operated at 2372mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2373mA – LED operated at 2373mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2374mA – LED operated at 2374mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2375mA – LED operated at 2375mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2376mA – LED operated at 2376mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2377mA – LED operated at 2377mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2378mA – LED operated at 2378mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2379mA – LED operated at 2379mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 237mA – LED operated at 237mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2380mA – LED operated at 2380mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2381mA – LED operated at 2381mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2382mA – LED operated at 2382mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2383mA – LED operated at 2383mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2384mA – LED operated at 2384mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2385mA – LED operated at 2385mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2386mA – LED operated at 2386mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2387mA – LED operated at 2387mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2388mA – LED operated at 2388mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2389mA – LED operated at 2389mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 238mA – LED operated at 238mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2390mA – LED operated at 2390mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2391mA – LED operated at 2391mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2392mA – LED operated at 2392mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2393mA – LED operated at 2393mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2394mA – LED operated at 2394mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2395mA – LED operated at 2395mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2396mA – LED operated at 2396mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2397mA – LED operated at 2397mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2398mA – LED operated at 2398mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2399mA – LED operated at 2399mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 239mA – LED operated at 239mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 23mA – LED operated at 23mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2400mA – LED operated at 2400mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2401mA – LED operated at 2401mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2402mA – LED operated at 2402mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2403mA – LED operated at 2403mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2404mA – LED operated at 2404mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2405mA – LED operated at 2405mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2406mA – LED operated at 2406mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2407mA – LED operated at 2407mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2408mA – LED operated at 2408mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2409mA – LED operated at 2409mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 240mA – LED operated at 240mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2410mA – LED operated at 2410mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2411mA – LED operated at 2411mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2412mA – LED operated at 2412mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2413mA – LED operated at 2413mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2414mA – LED operated at 2414mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2415mA – LED operated at 2415mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2416mA – LED operated at 2416mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2417mA – LED operated at 2417mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2418mA – LED operated at 2418mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2419mA – LED operated at 2419mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 241mA – LED operated at 241mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2420mA – LED operated at 2420mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2421mA – LED operated at 2421mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2422mA – LED operated at 2422mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2423mA – LED operated at 2423mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2424mA – LED operated at 2424mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2425mA – LED operated at 2425mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2426mA – LED operated at 2426mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2427mA – LED operated at 2427mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2428mA – LED operated at 2428mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2429mA – LED operated at 2429mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 242mA – LED operated at 242mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2430mA – LED operated at 2430mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2431mA – LED operated at 2431mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2432mA – LED operated at 2432mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2433mA – LED operated at 2433mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2434mA – LED operated at 2434mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2435mA – LED operated at 2435mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2436mA – LED operated at 2436mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2437mA – LED operated at 2437mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2438mA – LED operated at 2438mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2439mA – LED operated at 2439mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 243mA – LED operated at 243mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2440mA – LED operated at 2440mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2441mA – LED operated at 2441mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2442mA – LED operated at 2442mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2443mA – LED operated at 2443mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2444mA – LED operated at 2444mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2445mA – LED operated at 2445mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2446mA – LED operated at 2446mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2447mA – LED operated at 2447mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2448mA – LED operated at 2448mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2449mA – LED operated at 2449mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 244mA – LED operated at 244mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2450mA – LED operated at 2450mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2451mA – LED operated at 2451mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2452mA – LED operated at 2452mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2453mA – LED operated at 2453mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2454mA – LED operated at 2454mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2455mA – LED operated at 2455mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2456mA – LED operated at 2456mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2457mA – LED operated at 2457mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2458mA – LED operated at 2458mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2459mA – LED operated at 2459mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 245mA – LED operated at 245mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2460mA – LED operated at 2460mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2461mA – LED operated at 2461mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2462mA – LED operated at 2462mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2463mA – LED operated at 2463mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2464mA – LED operated at 2464mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2465mA – LED operated at 2465mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2466mA – LED operated at 2466mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2467mA – LED operated at 2467mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2468mA – LED operated at 2468mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2469mA – LED operated at 2469mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 246mA – LED operated at 246mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2470mA – LED operated at 2470mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2471mA – LED operated at 2471mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2472mA – LED operated at 2472mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2473mA – LED operated at 2473mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2474mA – LED operated at 2474mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2475mA – LED operated at 2475mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2476mA – LED operated at 2476mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2477mA – LED operated at 2477mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2478mA – LED operated at 2478mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2479mA – LED operated at 2479mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 247mA – LED operated at 247mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2480mA – LED operated at 2480mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2481mA – LED operated at 2481mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2482mA – LED operated at 2482mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2483mA – LED operated at 2483mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2484mA – LED operated at 2484mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2485mA – LED operated at 2485mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2486mA – LED operated at 2486mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2487mA – LED operated at 2487mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2488mA – LED operated at 2488mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2489mA – LED operated at 2489mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 248mA – LED operated at 248mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2490mA – LED operated at 2490mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2491mA – LED operated at 2491mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2492mA – LED operated at 2492mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2493mA – LED operated at 2493mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2494mA – LED operated at 2494mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2495mA – LED operated at 2495mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2496mA – LED operated at 2496mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2497mA – LED operated at 2497mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2498mA – LED operated at 2498mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2499mA – LED operated at 2499mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 249mA – LED operated at 249mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 24mA – LED operated at 24mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2500mA – LED operated at 2500mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2501mA – LED operated at 2501mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2502mA – LED operated at 2502mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2503mA – LED operated at 2503mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2504mA – LED operated at 2504mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2505mA – LED operated at 2505mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2506mA – LED operated at 2506mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2507mA – LED operated at 2507mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2508mA – LED operated at 2508mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2509mA – LED operated at 2509mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 250mA – LED operated at 250mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2510mA – LED operated at 2510mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2511mA – LED operated at 2511mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2512mA – LED operated at 2512mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2513mA – LED operated at 2513mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2514mA – LED operated at 2514mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2515mA – LED operated at 2515mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2516mA – LED operated at 2516mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2517mA – LED operated at 2517mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2518mA – LED operated at 2518mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2519mA – LED operated at 2519mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 251mA – LED operated at 251mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2520mA – LED operated at 2520mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2521mA – LED operated at 2521mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2522mA – LED operated at 2522mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2523mA – LED operated at 2523mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2524mA – LED operated at 2524mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2525mA – LED operated at 2525mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2526mA – LED operated at 2526mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2527mA – LED operated at 2527mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2528mA – LED operated at 2528mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2529mA – LED operated at 2529mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 252mA – LED operated at 252mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2530mA – LED operated at 2530mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2531mA – LED operated at 2531mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2532mA – LED operated at 2532mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2533mA – LED operated at 2533mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2534mA – LED operated at 2534mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2535mA – LED operated at 2535mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2536mA – LED operated at 2536mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2537mA – LED operated at 2537mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2538mA – LED operated at 2538mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2539mA – LED operated at 2539mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 253mA – LED operated at 253mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2540mA – LED operated at 2540mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2541mA – LED operated at 2541mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2542mA – LED operated at 2542mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2543mA – LED operated at 2543mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2544mA – LED operated at 2544mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2545mA – LED operated at 2545mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2546mA – LED operated at 2546mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2547mA – LED operated at 2547mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2548mA – LED operated at 2548mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2549mA – LED operated at 2549mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 254mA – LED operated at 254mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2550mA – LED operated at 2550mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2551mA – LED operated at 2551mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2552mA – LED operated at 2552mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2553mA – LED operated at 2553mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2554mA – LED operated at 2554mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2555mA – LED operated at 2555mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2556mA – LED operated at 2556mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2557mA – LED operated at 2557mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2558mA – LED operated at 2558mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2559mA – LED operated at 2559mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 255mA – LED operated at 255mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2560mA – LED operated at 2560mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2561mA – LED operated at 2561mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2562mA – LED operated at 2562mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2563mA – LED operated at 2563mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2564mA – LED operated at 2564mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2565mA – LED operated at 2565mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2566mA – LED operated at 2566mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2567mA – LED operated at 2567mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2568mA – LED operated at 2568mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2569mA – LED operated at 2569mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 256mA – LED operated at 256mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2570mA – LED operated at 2570mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2571mA – LED operated at 2571mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2572mA – LED operated at 2572mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2573mA – LED operated at 2573mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2574mA – LED operated at 2574mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2575mA – LED operated at 2575mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2576mA – LED operated at 2576mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2577mA – LED operated at 2577mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2578mA – LED operated at 2578mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2579mA – LED operated at 2579mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 257mA – LED operated at 257mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2580mA – LED operated at 2580mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2581mA – LED operated at 2581mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2582mA – LED operated at 2582mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2583mA – LED operated at 2583mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2584mA – LED operated at 2584mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2585mA – LED operated at 2585mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2586mA – LED operated at 2586mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2587mA – LED operated at 2587mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2588mA – LED operated at 2588mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2589mA – LED operated at 2589mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 258mA – LED operated at 258mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2590mA – LED operated at 2590mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2591mA – LED operated at 2591mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2592mA – LED operated at 2592mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2593mA – LED operated at 2593mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2594mA – LED operated at 2594mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2595mA – LED operated at 2595mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2596mA – LED operated at 2596mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2597mA – LED operated at 2597mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2598mA – LED operated at 2598mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2599mA – LED operated at 2599mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 259mA – LED operated at 259mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 25mA – LED operated at 25mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2600mA – LED operated at 2600mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2601mA – LED operated at 2601mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2602mA – LED operated at 2602mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2603mA – LED operated at 2603mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2604mA – LED operated at 2604mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2605mA – LED operated at 2605mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2606mA – LED operated at 2606mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2607mA – LED operated at 2607mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2608mA – LED operated at 2608mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2609mA – LED operated at 2609mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 260mA – LED operated at 260mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2610mA – LED operated at 2610mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2611mA – LED operated at 2611mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2612mA – LED operated at 2612mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2613mA – LED operated at 2613mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2614mA – LED operated at 2614mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2615mA – LED operated at 2615mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2616mA – LED operated at 2616mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2617mA – LED operated at 2617mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2618mA – LED operated at 2618mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2619mA – LED operated at 2619mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 261mA – LED operated at 261mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2620mA – LED operated at 2620mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2621mA – LED operated at 2621mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2622mA – LED operated at 2622mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2623mA – LED operated at 2623mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2624mA – LED operated at 2624mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2625mA – LED operated at 2625mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2626mA – LED operated at 2626mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2627mA – LED operated at 2627mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2628mA – LED operated at 2628mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2629mA – LED operated at 2629mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 262mA – LED operated at 262mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2630mA – LED operated at 2630mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2631mA – LED operated at 2631mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2632mA – LED operated at 2632mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2633mA – LED operated at 2633mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2634mA – LED operated at 2634mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2635mA – LED operated at 2635mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2636mA – LED operated at 2636mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2637mA – LED operated at 2637mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2638mA – LED operated at 2638mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2639mA – LED operated at 2639mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 263mA – LED operated at 263mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2640mA – LED operated at 2640mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2641mA – LED operated at 2641mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2642mA – LED operated at 2642mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2643mA – LED operated at 2643mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2644mA – LED operated at 2644mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2645mA – LED operated at 2645mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2646mA – LED operated at 2646mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2647mA – LED operated at 2647mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2648mA – LED operated at 2648mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2649mA – LED operated at 2649mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 264mA – LED operated at 264mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2650mA – LED operated at 2650mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2651mA – LED operated at 2651mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2652mA – LED operated at 2652mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2653mA – LED operated at 2653mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2654mA – LED operated at 2654mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2655mA – LED operated at 2655mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2656mA – LED operated at 2656mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2657mA – LED operated at 2657mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2658mA – LED operated at 2658mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2659mA – LED operated at 2659mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 265mA – LED operated at 265mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2660mA – LED operated at 2660mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2661mA – LED operated at 2661mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2662mA – LED operated at 2662mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2663mA – LED operated at 2663mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2664mA – LED operated at 2664mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2665mA – LED operated at 2665mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2666mA – LED operated at 2666mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2667mA – LED operated at 2667mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2668mA – LED operated at 2668mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2669mA – LED operated at 2669mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 266mA – LED operated at 266mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2670mA – LED operated at 2670mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2671mA – LED operated at 2671mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2672mA – LED operated at 2672mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2673mA – LED operated at 2673mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2674mA – LED operated at 2674mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2675mA – LED operated at 2675mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2676mA – LED operated at 2676mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2677mA – LED operated at 2677mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2678mA – LED operated at 2678mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2679mA – LED operated at 2679mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 267mA – LED operated at 267mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2680mA – LED operated at 2680mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2681mA – LED operated at 2681mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2682mA – LED operated at 2682mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2683mA – LED operated at 2683mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2684mA – LED operated at 2684mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2685mA – LED operated at 2685mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2686mA – LED operated at 2686mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2687mA – LED operated at 2687mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2688mA – LED operated at 2688mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2689mA – LED operated at 2689mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 268mA – LED operated at 268mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2690mA – LED operated at 2690mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2691mA – LED operated at 2691mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2692mA – LED operated at 2692mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2693mA – LED operated at 2693mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2694mA – LED operated at 2694mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2695mA – LED operated at 2695mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2696mA – LED operated at 2696mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2697mA – LED operated at 2697mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2698mA – LED operated at 2698mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2699mA – LED operated at 2699mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 269mA – LED operated at 269mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 26mA – LED operated at 26mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2700mA – LED operated at 2700mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2701mA – LED operated at 2701mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2702mA – LED operated at 2702mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2703mA – LED operated at 2703mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2704mA – LED operated at 2704mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2705mA – LED operated at 2705mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2706mA – LED operated at 2706mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2707mA – LED operated at 2707mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2708mA – LED operated at 2708mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2709mA – LED operated at 2709mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 270mA – LED operated at 270mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2710mA – LED operated at 2710mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2711mA – LED operated at 2711mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2712mA – LED operated at 2712mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2713mA – LED operated at 2713mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2714mA – LED operated at 2714mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2715mA – LED operated at 2715mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2716mA – LED operated at 2716mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2717mA – LED operated at 2717mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2718mA – LED operated at 2718mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2719mA – LED operated at 2719mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 271mA – LED operated at 271mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2720mA – LED operated at 2720mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2721mA – LED operated at 2721mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2722mA – LED operated at 2722mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2723mA – LED operated at 2723mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2724mA – LED operated at 2724mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2725mA – LED operated at 2725mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2726mA – LED operated at 2726mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2727mA – LED operated at 2727mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2728mA – LED operated at 2728mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2729mA – LED operated at 2729mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 272mA – LED operated at 272mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2730mA – LED operated at 2730mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2731mA – LED operated at 2731mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2732mA – LED operated at 2732mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2733mA – LED operated at 2733mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2734mA – LED operated at 2734mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2735mA – LED operated at 2735mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2736mA – LED operated at 2736mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2737mA – LED operated at 2737mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2738mA – LED operated at 2738mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2739mA – LED operated at 2739mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 273mA – LED operated at 273mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2740mA – LED operated at 2740mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2741mA – LED operated at 2741mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2742mA – LED operated at 2742mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2743mA – LED operated at 2743mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2744mA – LED operated at 2744mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2745mA – LED operated at 2745mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2746mA – LED operated at 2746mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2747mA – LED operated at 2747mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2748mA – LED operated at 2748mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2749mA – LED operated at 2749mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 274mA – LED operated at 274mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2750mA – LED operated at 2750mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2751mA – LED operated at 2751mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2752mA – LED operated at 2752mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2753mA – LED operated at 2753mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2754mA – LED operated at 2754mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2755mA – LED operated at 2755mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2756mA – LED operated at 2756mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2757mA – LED operated at 2757mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2758mA – LED operated at 2758mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2759mA – LED operated at 2759mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 275mA – LED operated at 275mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2760mA – LED operated at 2760mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2761mA – LED operated at 2761mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2762mA – LED operated at 2762mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2763mA – LED operated at 2763mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2764mA – LED operated at 2764mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2765mA – LED operated at 2765mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2766mA – LED operated at 2766mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2767mA – LED operated at 2767mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2768mA – LED operated at 2768mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2769mA – LED operated at 2769mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 276mA – LED operated at 276mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2770mA – LED operated at 2770mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2771mA – LED operated at 2771mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2772mA – LED operated at 2772mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2773mA – LED operated at 2773mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2774mA – LED operated at 2774mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2775mA – LED operated at 2775mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2776mA – LED operated at 2776mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2777mA – LED operated at 2777mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2778mA – LED operated at 2778mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2779mA – LED operated at 2779mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 277mA – LED operated at 277mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2780mA – LED operated at 2780mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2781mA – LED operated at 2781mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2782mA – LED operated at 2782mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2783mA – LED operated at 2783mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2784mA – LED operated at 2784mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2785mA – LED operated at 2785mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2786mA – LED operated at 2786mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2787mA – LED operated at 2787mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2788mA – LED operated at 2788mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2789mA – LED operated at 2789mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 278mA – LED operated at 278mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2790mA – LED operated at 2790mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2791mA – LED operated at 2791mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2792mA – LED operated at 2792mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2793mA – LED operated at 2793mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2794mA – LED operated at 2794mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2795mA – LED operated at 2795mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2796mA – LED operated at 2796mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2797mA – LED operated at 2797mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2798mA – LED operated at 2798mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2799mA – LED operated at 2799mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 279mA – LED operated at 279mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 27mA – LED operated at 27mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2800mA – LED operated at 2800mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2801mA – LED operated at 2801mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2802mA – LED operated at 2802mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2803mA – LED operated at 2803mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2804mA – LED operated at 2804mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2805mA – LED operated at 2805mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2806mA – LED operated at 2806mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2807mA – LED operated at 2807mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2808mA – LED operated at 2808mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2809mA – LED operated at 2809mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 280mA – LED operated at 280mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2810mA – LED operated at 2810mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2811mA – LED operated at 2811mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2812mA – LED operated at 2812mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2813mA – LED operated at 2813mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2814mA – LED operated at 2814mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2815mA – LED operated at 2815mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2816mA – LED operated at 2816mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2817mA – LED operated at 2817mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2818mA – LED operated at 2818mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2819mA – LED operated at 2819mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 281mA – LED operated at 281mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2820mA – LED operated at 2820mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2821mA – LED operated at 2821mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2822mA – LED operated at 2822mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2823mA – LED operated at 2823mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2824mA – LED operated at 2824mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2825mA – LED operated at 2825mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2826mA – LED operated at 2826mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2827mA – LED operated at 2827mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2828mA – LED operated at 2828mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2829mA – LED operated at 2829mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 282mA – LED operated at 282mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2830mA – LED operated at 2830mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2831mA – LED operated at 2831mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2832mA – LED operated at 2832mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2833mA – LED operated at 2833mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2834mA – LED operated at 2834mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2835mA – LED operated at 2835mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2836mA – LED operated at 2836mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2837mA – LED operated at 2837mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2838mA – LED operated at 2838mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2839mA – LED operated at 2839mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 283mA – LED operated at 283mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2840mA – LED operated at 2840mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2841mA – LED operated at 2841mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2842mA – LED operated at 2842mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2843mA – LED operated at 2843mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2844mA – LED operated at 2844mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2845mA – LED operated at 2845mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2846mA – LED operated at 2846mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2847mA – LED operated at 2847mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2848mA – LED operated at 2848mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2849mA – LED operated at 2849mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 284mA – LED operated at 284mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2850mA – LED operated at 2850mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2851mA – LED operated at 2851mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2852mA – LED operated at 2852mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2853mA – LED operated at 2853mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2854mA – LED operated at 2854mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2855mA – LED operated at 2855mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2856mA – LED operated at 2856mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2857mA – LED operated at 2857mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2858mA – LED operated at 2858mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2859mA – LED operated at 2859mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 285mA – LED operated at 285mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2860mA – LED operated at 2860mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2861mA – LED operated at 2861mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2862mA – LED operated at 2862mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2863mA – LED operated at 2863mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2864mA – LED operated at 2864mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2865mA – LED operated at 2865mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2866mA – LED operated at 2866mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2867mA – LED operated at 2867mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2868mA – LED operated at 2868mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2869mA – LED operated at 2869mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 286mA – LED operated at 286mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2870mA – LED operated at 2870mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2871mA – LED operated at 2871mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2872mA – LED operated at 2872mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2873mA – LED operated at 2873mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2874mA – LED operated at 2874mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2875mA – LED operated at 2875mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2876mA – LED operated at 2876mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2877mA – LED operated at 2877mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2878mA – LED operated at 2878mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2879mA – LED operated at 2879mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 287mA – LED operated at 287mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2880mA – LED operated at 2880mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2881mA – LED operated at 2881mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2882mA – LED operated at 2882mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2883mA – LED operated at 2883mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2884mA – LED operated at 2884mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2885mA – LED operated at 2885mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2886mA – LED operated at 2886mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2887mA – LED operated at 2887mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2888mA – LED operated at 2888mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2889mA – LED operated at 2889mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 288mA – LED operated at 288mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2890mA – LED operated at 2890mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2891mA – LED operated at 2891mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2892mA – LED operated at 2892mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2893mA – LED operated at 2893mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2894mA – LED operated at 2894mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2895mA – LED operated at 2895mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2896mA – LED operated at 2896mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2897mA – LED operated at 2897mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2898mA – LED operated at 2898mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2899mA – LED operated at 2899mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 289mA – LED operated at 289mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 28mA – LED operated at 28mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2900mA – LED operated at 2900mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2901mA – LED operated at 2901mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2902mA – LED operated at 2902mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2903mA – LED operated at 2903mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2904mA – LED operated at 2904mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2905mA – LED operated at 2905mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2906mA – LED operated at 2906mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2907mA – LED operated at 2907mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2908mA – LED operated at 2908mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2909mA – LED operated at 2909mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 290mA – LED operated at 290mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2910mA – LED operated at 2910mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2911mA – LED operated at 2911mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2912mA – LED operated at 2912mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2913mA – LED operated at 2913mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2914mA – LED operated at 2914mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2915mA – LED operated at 2915mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2916mA – LED operated at 2916mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2917mA – LED operated at 2917mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2918mA – LED operated at 2918mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2919mA – LED operated at 2919mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 291mA – LED operated at 291mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2920mA – LED operated at 2920mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2921mA – LED operated at 2921mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2922mA – LED operated at 2922mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2923mA – LED operated at 2923mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2924mA – LED operated at 2924mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2925mA – LED operated at 2925mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2926mA – LED operated at 2926mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2927mA – LED operated at 2927mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2928mA – LED operated at 2928mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2929mA – LED operated at 2929mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 292mA – LED operated at 292mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2930mA – LED operated at 2930mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2931mA – LED operated at 2931mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2932mA – LED operated at 2932mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2933mA – LED operated at 2933mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2934mA – LED operated at 2934mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2935mA – LED operated at 2935mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2936mA – LED operated at 2936mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2937mA – LED operated at 2937mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2938mA – LED operated at 2938mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2939mA – LED operated at 2939mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 293mA – LED operated at 293mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2940mA – LED operated at 2940mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2941mA – LED operated at 2941mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2942mA – LED operated at 2942mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2943mA – LED operated at 2943mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2944mA – LED operated at 2944mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2945mA – LED operated at 2945mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2946mA – LED operated at 2946mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2947mA – LED operated at 2947mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2948mA – LED operated at 2948mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2949mA – LED operated at 2949mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 294mA – LED operated at 294mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2950mA – LED operated at 2950mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2951mA – LED operated at 2951mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2952mA – LED operated at 2952mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2953mA – LED operated at 2953mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2954mA – LED operated at 2954mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2955mA – LED operated at 2955mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2956mA – LED operated at 2956mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2957mA – LED operated at 2957mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2958mA – LED operated at 2958mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2959mA – LED operated at 2959mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 295mA – LED operated at 295mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2960mA – LED operated at 2960mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2961mA – LED operated at 2961mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2962mA – LED operated at 2962mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2963mA – LED operated at 2963mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2964mA – LED operated at 2964mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2965mA – LED operated at 2965mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2966mA – LED operated at 2966mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2967mA – LED operated at 2967mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2968mA – LED operated at 2968mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2969mA – LED operated at 2969mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 296mA – LED operated at 296mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2970mA – LED operated at 2970mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2971mA – LED operated at 2971mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2972mA – LED operated at 2972mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2973mA – LED operated at 2973mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2974mA – LED operated at 2974mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2975mA – LED operated at 2975mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2976mA – LED operated at 2976mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2977mA – LED operated at 2977mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2978mA – LED operated at 2978mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2979mA – LED operated at 2979mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 297mA – LED operated at 297mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2980mA – LED operated at 2980mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2981mA – LED operated at 2981mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2982mA – LED operated at 2982mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2983mA – LED operated at 2983mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2984mA – LED operated at 2984mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2985mA – LED operated at 2985mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2986mA – LED operated at 2986mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2987mA – LED operated at 2987mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2988mA – LED operated at 2988mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2989mA – LED operated at 2989mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 298mA – LED operated at 298mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2990mA – LED operated at 2990mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2991mA – LED operated at 2991mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2992mA – LED operated at 2992mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2993mA – LED operated at 2993mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2994mA – LED operated at 2994mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2995mA – LED operated at 2995mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2996mA – LED operated at 2996mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2997mA – LED operated at 2997mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2998mA – LED operated at 2998mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2999mA – LED operated at 2999mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 299mA – LED operated at 299mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 29mA – LED operated at 29mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 2mA – LED operated at 2mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3000mA – LED operated at 3000mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3001mA – LED operated at 3001mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3002mA – LED operated at 3002mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3003mA – LED operated at 3003mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3004mA – LED operated at 3004mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3005mA – LED operated at 3005mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3006mA – LED operated at 3006mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3007mA – LED operated at 3007mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3008mA – LED operated at 3008mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3009mA – LED operated at 3009mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 300mA – LED operated at 300mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3010mA – LED operated at 3010mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3011mA – LED operated at 3011mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3012mA – LED operated at 3012mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3013mA – LED operated at 3013mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3014mA – LED operated at 3014mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3015mA – LED operated at 3015mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3016mA – LED operated at 3016mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3017mA – LED operated at 3017mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3018mA – LED operated at 3018mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3019mA – LED operated at 3019mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 301mA – LED operated at 301mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3020mA – LED operated at 3020mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3021mA – LED operated at 3021mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3022mA – LED operated at 3022mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3023mA – LED operated at 3023mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3024mA – LED operated at 3024mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3025mA – LED operated at 3025mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3026mA – LED operated at 3026mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3027mA – LED operated at 3027mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3028mA – LED operated at 3028mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3029mA – LED operated at 3029mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 302mA – LED operated at 302mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3030mA – LED operated at 3030mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3031mA – LED operated at 3031mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3032mA – LED operated at 3032mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3033mA – LED operated at 3033mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3034mA – LED operated at 3034mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3035mA – LED operated at 3035mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3036mA – LED operated at 3036mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3037mA – LED operated at 3037mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3038mA – LED operated at 3038mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3039mA – LED operated at 3039mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 303mA – LED operated at 303mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3040mA – LED operated at 3040mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3041mA – LED operated at 3041mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3042mA – LED operated at 3042mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3043mA – LED operated at 3043mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3044mA – LED operated at 3044mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3045mA – LED operated at 3045mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3046mA – LED operated at 3046mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3047mA – LED operated at 3047mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3048mA – LED operated at 3048mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3049mA – LED operated at 3049mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 304mA – LED operated at 304mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3050mA – LED operated at 3050mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3051mA – LED operated at 3051mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3052mA – LED operated at 3052mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3053mA – LED operated at 3053mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3054mA – LED operated at 3054mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3055mA – LED operated at 3055mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3056mA – LED operated at 3056mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3057mA – LED operated at 3057mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3058mA – LED operated at 3058mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3059mA – LED operated at 3059mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 305mA – LED operated at 305mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3060mA – LED operated at 3060mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3061mA – LED operated at 3061mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3062mA – LED operated at 3062mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3063mA – LED operated at 3063mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3064mA – LED operated at 3064mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3065mA – LED operated at 3065mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3066mA – LED operated at 3066mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3067mA – LED operated at 3067mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3068mA – LED operated at 3068mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3069mA – LED operated at 3069mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 306mA – LED operated at 306mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3070mA – LED operated at 3070mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3071mA – LED operated at 3071mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3072mA – LED operated at 3072mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3073mA – LED operated at 3073mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3074mA – LED operated at 3074mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3075mA – LED operated at 3075mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3076mA – LED operated at 3076mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3077mA – LED operated at 3077mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3078mA – LED operated at 3078mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3079mA – LED operated at 3079mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 307mA – LED operated at 307mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3080mA – LED operated at 3080mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3081mA – LED operated at 3081mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3082mA – LED operated at 3082mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3083mA – LED operated at 3083mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3084mA – LED operated at 3084mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3085mA – LED operated at 3085mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3086mA – LED operated at 3086mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3087mA – LED operated at 3087mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3088mA – LED operated at 3088mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3089mA – LED operated at 3089mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 308mA – LED operated at 308mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3090mA – LED operated at 3090mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3091mA – LED operated at 3091mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3092mA – LED operated at 3092mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3093mA – LED operated at 3093mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3094mA – LED operated at 3094mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3095mA – LED operated at 3095mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3096mA – LED operated at 3096mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3097mA – LED operated at 3097mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3098mA – LED operated at 3098mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3099mA – LED operated at 3099mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 309mA – LED operated at 309mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 30mA – LED operated at 30mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3100mA – LED operated at 3100mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3101mA – LED operated at 3101mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3102mA – LED operated at 3102mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3103mA – LED operated at 3103mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3104mA – LED operated at 3104mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3105mA – LED operated at 3105mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3106mA – LED operated at 3106mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3107mA – LED operated at 3107mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3108mA – LED operated at 3108mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3109mA – LED operated at 3109mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 310mA – LED operated at 310mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3110mA – LED operated at 3110mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3111mA – LED operated at 3111mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3112mA – LED operated at 3112mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3113mA – LED operated at 3113mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3114mA – LED operated at 3114mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3115mA – LED operated at 3115mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3116mA – LED operated at 3116mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3117mA – LED operated at 3117mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3118mA – LED operated at 3118mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3119mA – LED operated at 3119mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 311mA – LED operated at 311mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3120mA – LED operated at 3120mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3121mA – LED operated at 3121mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3122mA – LED operated at 3122mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3123mA – LED operated at 3123mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3124mA – LED operated at 3124mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3125mA – LED operated at 3125mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3126mA – LED operated at 3126mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3127mA – LED operated at 3127mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3128mA – LED operated at 3128mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3129mA – LED operated at 3129mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 312mA – LED operated at 312mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3130mA – LED operated at 3130mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3131mA – LED operated at 3131mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3132mA – LED operated at 3132mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3133mA – LED operated at 3133mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3134mA – LED operated at 3134mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3135mA – LED operated at 3135mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3136mA – LED operated at 3136mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3137mA – LED operated at 3137mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3138mA – LED operated at 3138mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3139mA – LED operated at 3139mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 313mA – LED operated at 313mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3140mA – LED operated at 3140mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3141mA – LED operated at 3141mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3142mA – LED operated at 3142mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3143mA – LED operated at 3143mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3144mA – LED operated at 3144mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3145mA – LED operated at 3145mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3146mA – LED operated at 3146mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3147mA – LED operated at 3147mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3148mA – LED operated at 3148mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3149mA – LED operated at 3149mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 314mA – LED operated at 314mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3150mA – LED operated at 3150mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3151mA – LED operated at 3151mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3152mA – LED operated at 3152mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3153mA – LED operated at 3153mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3154mA – LED operated at 3154mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3155mA – LED operated at 3155mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3156mA – LED operated at 3156mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3157mA – LED operated at 3157mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3158mA – LED operated at 3158mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3159mA – LED operated at 3159mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 315mA – LED operated at 315mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3160mA – LED operated at 3160mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3161mA – LED operated at 3161mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3162mA – LED operated at 3162mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3163mA – LED operated at 3163mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3164mA – LED operated at 3164mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3165mA – LED operated at 3165mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3166mA – LED operated at 3166mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3167mA – LED operated at 3167mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3168mA – LED operated at 3168mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3169mA – LED operated at 3169mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 316mA – LED operated at 316mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3170mA – LED operated at 3170mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3171mA – LED operated at 3171mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3172mA – LED operated at 3172mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3173mA – LED operated at 3173mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3174mA – LED operated at 3174mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3175mA – LED operated at 3175mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3176mA – LED operated at 3176mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3177mA – LED operated at 3177mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3178mA – LED operated at 3178mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3179mA – LED operated at 3179mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 317mA – LED operated at 317mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3180mA – LED operated at 3180mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3181mA – LED operated at 3181mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3182mA – LED operated at 3182mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3183mA – LED operated at 3183mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3184mA – LED operated at 3184mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3185mA – LED operated at 3185mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3186mA – LED operated at 3186mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3187mA – LED operated at 3187mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3188mA – LED operated at 3188mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3189mA – LED operated at 3189mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 318mA – LED operated at 318mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3190mA – LED operated at 3190mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3191mA – LED operated at 3191mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3192mA – LED operated at 3192mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3193mA – LED operated at 3193mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3194mA – LED operated at 3194mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3195mA – LED operated at 3195mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3196mA – LED operated at 3196mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3197mA – LED operated at 3197mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3198mA – LED operated at 3198mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3199mA – LED operated at 3199mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 319mA – LED operated at 319mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 31mA – LED operated at 31mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3200mA – LED operated at 3200mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3201mA – LED operated at 3201mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3202mA – LED operated at 3202mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3203mA – LED operated at 3203mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3204mA – LED operated at 3204mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3205mA – LED operated at 3205mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3206mA – LED operated at 3206mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3207mA – LED operated at 3207mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3208mA – LED operated at 3208mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3209mA – LED operated at 3209mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 320mA – LED operated at 320mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3210mA – LED operated at 3210mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3211mA – LED operated at 3211mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3212mA – LED operated at 3212mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3213mA – LED operated at 3213mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3214mA – LED operated at 3214mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3215mA – LED operated at 3215mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3216mA – LED operated at 3216mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3217mA – LED operated at 3217mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3218mA – LED operated at 3218mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3219mA – LED operated at 3219mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 321mA – LED operated at 321mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3220mA – LED operated at 3220mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3221mA – LED operated at 3221mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3222mA – LED operated at 3222mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3223mA – LED operated at 3223mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3224mA – LED operated at 3224mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3225mA – LED operated at 3225mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3226mA – LED operated at 3226mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3227mA – LED operated at 3227mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3228mA – LED operated at 3228mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3229mA – LED operated at 3229mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 322mA – LED operated at 322mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3230mA – LED operated at 3230mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3231mA – LED operated at 3231mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3232mA – LED operated at 3232mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3233mA – LED operated at 3233mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3234mA – LED operated at 3234mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3235mA – LED operated at 3235mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3236mA – LED operated at 3236mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3237mA – LED operated at 3237mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3238mA – LED operated at 3238mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3239mA – LED operated at 3239mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 323mA – LED operated at 323mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3240mA – LED operated at 3240mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3241mA – LED operated at 3241mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3242mA – LED operated at 3242mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3243mA – LED operated at 3243mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3244mA – LED operated at 3244mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3245mA – LED operated at 3245mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3246mA – LED operated at 3246mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3247mA – LED operated at 3247mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3248mA – LED operated at 3248mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3249mA – LED operated at 3249mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 324mA – LED operated at 324mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3250mA – LED operated at 3250mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3251mA – LED operated at 3251mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3252mA – LED operated at 3252mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3253mA – LED operated at 3253mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3254mA – LED operated at 3254mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3255mA – LED operated at 3255mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3256mA – LED operated at 3256mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3257mA – LED operated at 3257mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3258mA – LED operated at 3258mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3259mA – LED operated at 3259mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 325mA – LED operated at 325mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3260mA – LED operated at 3260mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3261mA – LED operated at 3261mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3262mA – LED operated at 3262mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3263mA – LED operated at 3263mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3264mA – LED operated at 3264mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3265mA – LED operated at 3265mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3266mA – LED operated at 3266mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3267mA – LED operated at 3267mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3268mA – LED operated at 3268mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3269mA – LED operated at 3269mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 326mA – LED operated at 326mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3270mA – LED operated at 3270mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3271mA – LED operated at 3271mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3272mA – LED operated at 3272mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3273mA – LED operated at 3273mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3274mA – LED operated at 3274mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3275mA – LED operated at 3275mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3276mA – LED operated at 3276mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3277mA – LED operated at 3277mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3278mA – LED operated at 3278mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3279mA – LED operated at 3279mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 327mA – LED operated at 327mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3280mA – LED operated at 3280mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3281mA – LED operated at 3281mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3282mA – LED operated at 3282mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3283mA – LED operated at 3283mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3284mA – LED operated at 3284mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3285mA – LED operated at 3285mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3286mA – LED operated at 3286mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3287mA – LED operated at 3287mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3288mA – LED operated at 3288mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3289mA – LED operated at 3289mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 328mA – LED operated at 328mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3290mA – LED operated at 3290mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3291mA – LED operated at 3291mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3292mA – LED operated at 3292mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3293mA – LED operated at 3293mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3294mA – LED operated at 3294mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3295mA – LED operated at 3295mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3296mA – LED operated at 3296mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3297mA – LED operated at 3297mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3298mA – LED operated at 3298mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3299mA – LED operated at 3299mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 329mA – LED operated at 329mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 32mA – LED operated at 32mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3300mA – LED operated at 3300mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3301mA – LED operated at 3301mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3302mA – LED operated at 3302mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3303mA – LED operated at 3303mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3304mA – LED operated at 3304mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3305mA – LED operated at 3305mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3306mA – LED operated at 3306mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3307mA – LED operated at 3307mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3308mA – LED operated at 3308mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3309mA – LED operated at 3309mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 330mA – LED operated at 330mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3310mA – LED operated at 3310mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3311mA – LED operated at 3311mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3312mA – LED operated at 3312mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3313mA – LED operated at 3313mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3314mA – LED operated at 3314mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3315mA – LED operated at 3315mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3316mA – LED operated at 3316mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3317mA – LED operated at 3317mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3318mA – LED operated at 3318mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3319mA – LED operated at 3319mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 331mA – LED operated at 331mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3320mA – LED operated at 3320mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3321mA – LED operated at 3321mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3322mA – LED operated at 3322mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3323mA – LED operated at 3323mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3324mA – LED operated at 3324mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3325mA – LED operated at 3325mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3326mA – LED operated at 3326mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3327mA – LED operated at 3327mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3328mA – LED operated at 3328mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3329mA – LED operated at 3329mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 332mA – LED operated at 332mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3330mA – LED operated at 3330mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3331mA – LED operated at 3331mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3332mA – LED operated at 3332mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3333mA – LED operated at 3333mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3334mA – LED operated at 3334mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3335mA – LED operated at 3335mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3336mA – LED operated at 3336mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3337mA – LED operated at 3337mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3338mA – LED operated at 3338mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3339mA – LED operated at 3339mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 333mA – LED operated at 333mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3340mA – LED operated at 3340mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3341mA – LED operated at 3341mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3342mA – LED operated at 3342mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3343mA – LED operated at 3343mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3344mA – LED operated at 3344mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3345mA – LED operated at 3345mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3346mA – LED operated at 3346mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3347mA – LED operated at 3347mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3348mA – LED operated at 3348mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3349mA – LED operated at 3349mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 334mA – LED operated at 334mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3350mA – LED operated at 3350mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3351mA – LED operated at 3351mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3352mA – LED operated at 3352mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3353mA – LED operated at 3353mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3354mA – LED operated at 3354mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3355mA – LED operated at 3355mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3356mA – LED operated at 3356mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3357mA – LED operated at 3357mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3358mA – LED operated at 3358mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3359mA – LED operated at 3359mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 335mA – LED operated at 335mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3360mA – LED operated at 3360mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3361mA – LED operated at 3361mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3362mA – LED operated at 3362mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3363mA – LED operated at 3363mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3364mA – LED operated at 3364mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3365mA – LED operated at 3365mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3366mA – LED operated at 3366mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3367mA – LED operated at 3367mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3368mA – LED operated at 3368mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3369mA – LED operated at 3369mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 336mA – LED operated at 336mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3370mA – LED operated at 3370mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3371mA – LED operated at 3371mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3372mA – LED operated at 3372mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3373mA – LED operated at 3373mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3374mA – LED operated at 3374mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3375mA – LED operated at 3375mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3376mA – LED operated at 3376mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3377mA – LED operated at 3377mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3378mA – LED operated at 3378mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3379mA – LED operated at 3379mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 337mA – LED operated at 337mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3380mA – LED operated at 3380mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3381mA – LED operated at 3381mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3382mA – LED operated at 3382mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3383mA – LED operated at 3383mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3384mA – LED operated at 3384mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3385mA – LED operated at 3385mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3386mA – LED operated at 3386mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3387mA – LED operated at 3387mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3388mA – LED operated at 3388mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3389mA – LED operated at 3389mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 338mA – LED operated at 338mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3390mA – LED operated at 3390mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3391mA – LED operated at 3391mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3392mA – LED operated at 3392mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3393mA – LED operated at 3393mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3394mA – LED operated at 3394mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3395mA – LED operated at 3395mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3396mA – LED operated at 3396mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3397mA – LED operated at 3397mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3398mA – LED operated at 3398mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3399mA – LED operated at 3399mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 339mA – LED operated at 339mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 33mA – LED operated at 33mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3400mA – LED operated at 3400mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3401mA – LED operated at 3401mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3402mA – LED operated at 3402mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3403mA – LED operated at 3403mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3404mA – LED operated at 3404mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3405mA – LED operated at 3405mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3406mA – LED operated at 3406mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3407mA – LED operated at 3407mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3408mA – LED operated at 3408mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3409mA – LED operated at 3409mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 340mA – LED operated at 340mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3410mA – LED operated at 3410mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3411mA – LED operated at 3411mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3412mA – LED operated at 3412mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3413mA – LED operated at 3413mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3414mA – LED operated at 3414mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3415mA – LED operated at 3415mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3416mA – LED operated at 3416mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3417mA – LED operated at 3417mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3418mA – LED operated at 3418mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3419mA – LED operated at 3419mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 341mA – LED operated at 341mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3420mA – LED operated at 3420mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3421mA – LED operated at 3421mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3422mA – LED operated at 3422mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3423mA – LED operated at 3423mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3424mA – LED operated at 3424mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3425mA – LED operated at 3425mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3426mA – LED operated at 3426mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3427mA – LED operated at 3427mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3428mA – LED operated at 3428mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3429mA – LED operated at 3429mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 342mA – LED operated at 342mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3430mA – LED operated at 3430mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3431mA – LED operated at 3431mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3432mA – LED operated at 3432mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3433mA – LED operated at 3433mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3434mA – LED operated at 3434mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3435mA – LED operated at 3435mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3436mA – LED operated at 3436mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3437mA – LED operated at 3437mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3438mA – LED operated at 3438mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3439mA – LED operated at 3439mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 343mA – LED operated at 343mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3440mA – LED operated at 3440mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3441mA – LED operated at 3441mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3442mA – LED operated at 3442mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3443mA – LED operated at 3443mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3444mA – LED operated at 3444mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3445mA – LED operated at 3445mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3446mA – LED operated at 3446mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3447mA – LED operated at 3447mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3448mA – LED operated at 3448mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3449mA – LED operated at 3449mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 344mA – LED operated at 344mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3450mA – LED operated at 3450mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3451mA – LED operated at 3451mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3452mA – LED operated at 3452mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3453mA – LED operated at 3453mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3454mA – LED operated at 3454mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3455mA – LED operated at 3455mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3456mA – LED operated at 3456mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3457mA – LED operated at 3457mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3458mA – LED operated at 3458mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3459mA – LED operated at 3459mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 345mA – LED operated at 345mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3460mA – LED operated at 3460mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3461mA – LED operated at 3461mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3462mA – LED operated at 3462mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3463mA – LED operated at 3463mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3464mA – LED operated at 3464mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3465mA – LED operated at 3465mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3466mA – LED operated at 3466mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3467mA – LED operated at 3467mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3468mA – LED operated at 3468mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3469mA – LED operated at 3469mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 346mA – LED operated at 346mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3470mA – LED operated at 3470mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3471mA – LED operated at 3471mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3472mA – LED operated at 3472mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3473mA – LED operated at 3473mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3474mA – LED operated at 3474mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3475mA – LED operated at 3475mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3476mA – LED operated at 3476mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3477mA – LED operated at 3477mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3478mA – LED operated at 3478mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3479mA – LED operated at 3479mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 347mA – LED operated at 347mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3480mA – LED operated at 3480mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3481mA – LED operated at 3481mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3482mA – LED operated at 3482mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3483mA – LED operated at 3483mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3484mA – LED operated at 3484mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3485mA – LED operated at 3485mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3486mA – LED operated at 3486mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3487mA – LED operated at 3487mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3488mA – LED operated at 3488mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3489mA – LED operated at 3489mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 348mA – LED operated at 348mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3490mA – LED operated at 3490mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3491mA – LED operated at 3491mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3492mA – LED operated at 3492mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3493mA – LED operated at 3493mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3494mA – LED operated at 3494mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3495mA – LED operated at 3495mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3496mA – LED operated at 3496mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3497mA – LED operated at 3497mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3498mA – LED operated at 3498mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3499mA – LED operated at 3499mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 349mA – LED operated at 349mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 34mA – LED operated at 34mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3500mA – LED operated at 3500mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3501mA – LED operated at 3501mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3502mA – LED operated at 3502mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3503mA – LED operated at 3503mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3504mA – LED operated at 3504mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3505mA – LED operated at 3505mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3506mA – LED operated at 3506mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3507mA – LED operated at 3507mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3508mA – LED operated at 3508mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3509mA – LED operated at 3509mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 350mA – LED operated at 350mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3510mA – LED operated at 3510mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3511mA – LED operated at 3511mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3512mA – LED operated at 3512mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3513mA – LED operated at 3513mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3514mA – LED operated at 3514mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3515mA – LED operated at 3515mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3516mA – LED operated at 3516mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3517mA – LED operated at 3517mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3518mA – LED operated at 3518mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3519mA – LED operated at 3519mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 351mA – LED operated at 351mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3520mA – LED operated at 3520mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3521mA – LED operated at 3521mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3522mA – LED operated at 3522mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3523mA – LED operated at 3523mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3524mA – LED operated at 3524mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3525mA – LED operated at 3525mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3526mA – LED operated at 3526mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3527mA – LED operated at 3527mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3528mA – LED operated at 3528mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3529mA – LED operated at 3529mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 352mA – LED operated at 352mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3530mA – LED operated at 3530mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3531mA – LED operated at 3531mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3532mA – LED operated at 3532mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3533mA – LED operated at 3533mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3534mA – LED operated at 3534mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3535mA – LED operated at 3535mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3536mA – LED operated at 3536mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3537mA – LED operated at 3537mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3538mA – LED operated at 3538mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3539mA – LED operated at 3539mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 353mA – LED operated at 353mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3540mA – LED operated at 3540mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3541mA – LED operated at 3541mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3542mA – LED operated at 3542mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3543mA – LED operated at 3543mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3544mA – LED operated at 3544mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3545mA – LED operated at 3545mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3546mA – LED operated at 3546mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3547mA – LED operated at 3547mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3548mA – LED operated at 3548mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3549mA – LED operated at 3549mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 354mA – LED operated at 354mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3550mA – LED operated at 3550mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3551mA – LED operated at 3551mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3552mA – LED operated at 3552mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3553mA – LED operated at 3553mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3554mA – LED operated at 3554mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3555mA – LED operated at 3555mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3556mA – LED operated at 3556mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3557mA – LED operated at 3557mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3558mA – LED operated at 3558mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3559mA – LED operated at 3559mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 355mA – LED operated at 355mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3560mA – LED operated at 3560mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3561mA – LED operated at 3561mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3562mA – LED operated at 3562mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3563mA – LED operated at 3563mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3564mA – LED operated at 3564mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3565mA – LED operated at 3565mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3566mA – LED operated at 3566mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3567mA – LED operated at 3567mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3568mA – LED operated at 3568mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3569mA – LED operated at 3569mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 356mA – LED operated at 356mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3570mA – LED operated at 3570mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3571mA – LED operated at 3571mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3572mA – LED operated at 3572mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3573mA – LED operated at 3573mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3574mA – LED operated at 3574mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3575mA – LED operated at 3575mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3576mA – LED operated at 3576mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3577mA – LED operated at 3577mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3578mA – LED operated at 3578mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3579mA – LED operated at 3579mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 357mA – LED operated at 357mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3580mA – LED operated at 3580mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3581mA – LED operated at 3581mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3582mA – LED operated at 3582mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3583mA – LED operated at 3583mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3584mA – LED operated at 3584mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3585mA – LED operated at 3585mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3586mA – LED operated at 3586mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3587mA – LED operated at 3587mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3588mA – LED operated at 3588mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3589mA – LED operated at 3589mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 358mA – LED operated at 358mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3590mA – LED operated at 3590mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3591mA – LED operated at 3591mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3592mA – LED operated at 3592mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3593mA – LED operated at 3593mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3594mA – LED operated at 3594mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3595mA – LED operated at 3595mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3596mA – LED operated at 3596mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3597mA – LED operated at 3597mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3598mA – LED operated at 3598mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3599mA – LED operated at 3599mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 359mA – LED operated at 359mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 35mA – LED operated at 35mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3600mA – LED operated at 3600mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3601mA – LED operated at 3601mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3602mA – LED operated at 3602mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3603mA – LED operated at 3603mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3604mA – LED operated at 3604mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3605mA – LED operated at 3605mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3606mA – LED operated at 3606mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3607mA – LED operated at 3607mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3608mA – LED operated at 3608mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3609mA – LED operated at 3609mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 360mA – LED operated at 360mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3610mA – LED operated at 3610mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3611mA – LED operated at 3611mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3612mA – LED operated at 3612mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3613mA – LED operated at 3613mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3614mA – LED operated at 3614mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3615mA – LED operated at 3615mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3616mA – LED operated at 3616mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3617mA – LED operated at 3617mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3618mA – LED operated at 3618mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3619mA – LED operated at 3619mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 361mA – LED operated at 361mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3620mA – LED operated at 3620mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3621mA – LED operated at 3621mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3622mA – LED operated at 3622mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3623mA – LED operated at 3623mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3624mA – LED operated at 3624mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3625mA – LED operated at 3625mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3626mA – LED operated at 3626mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3627mA – LED operated at 3627mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3628mA – LED operated at 3628mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3629mA – LED operated at 3629mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 362mA – LED operated at 362mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3630mA – LED operated at 3630mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3631mA – LED operated at 3631mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3632mA – LED operated at 3632mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3633mA – LED operated at 3633mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3634mA – LED operated at 3634mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3635mA – LED operated at 3635mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3636mA – LED operated at 3636mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3637mA – LED operated at 3637mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3638mA – LED operated at 3638mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3639mA – LED operated at 3639mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 363mA – LED operated at 363mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3640mA – LED operated at 3640mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3641mA – LED operated at 3641mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3642mA – LED operated at 3642mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3643mA – LED operated at 3643mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3644mA – LED operated at 3644mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3645mA – LED operated at 3645mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3646mA – LED operated at 3646mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3647mA – LED operated at 3647mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3648mA – LED operated at 3648mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3649mA – LED operated at 3649mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 364mA – LED operated at 364mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3650mA – LED operated at 3650mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3651mA – LED operated at 3651mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3652mA – LED operated at 3652mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3653mA – LED operated at 3653mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3654mA – LED operated at 3654mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3655mA – LED operated at 3655mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3656mA – LED operated at 3656mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3657mA – LED operated at 3657mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3658mA – LED operated at 3658mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3659mA – LED operated at 3659mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 365mA – LED operated at 365mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3660mA – LED operated at 3660mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3661mA – LED operated at 3661mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3662mA – LED operated at 3662mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3663mA – LED operated at 3663mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3664mA – LED operated at 3664mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3665mA – LED operated at 3665mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3666mA – LED operated at 3666mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3667mA – LED operated at 3667mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3668mA – LED operated at 3668mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3669mA – LED operated at 3669mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 366mA – LED operated at 366mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3670mA – LED operated at 3670mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3671mA – LED operated at 3671mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3672mA – LED operated at 3672mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3673mA – LED operated at 3673mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3674mA – LED operated at 3674mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3675mA – LED operated at 3675mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3676mA – LED operated at 3676mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3677mA – LED operated at 3677mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3678mA – LED operated at 3678mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3679mA – LED operated at 3679mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 367mA – LED operated at 367mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3680mA – LED operated at 3680mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3681mA – LED operated at 3681mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3682mA – LED operated at 3682mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3683mA – LED operated at 3683mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3684mA – LED operated at 3684mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3685mA – LED operated at 3685mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3686mA – LED operated at 3686mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3687mA – LED operated at 3687mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3688mA – LED operated at 3688mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3689mA – LED operated at 3689mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 368mA – LED operated at 368mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3690mA – LED operated at 3690mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3691mA – LED operated at 3691mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3692mA – LED operated at 3692mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3693mA – LED operated at 3693mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3694mA – LED operated at 3694mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3695mA – LED operated at 3695mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3696mA – LED operated at 3696mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3697mA – LED operated at 3697mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3698mA – LED operated at 3698mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3699mA – LED operated at 3699mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 369mA – LED operated at 369mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 36mA – LED operated at 36mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3700mA – LED operated at 3700mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3701mA – LED operated at 3701mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3702mA – LED operated at 3702mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3703mA – LED operated at 3703mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3704mA – LED operated at 3704mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3705mA – LED operated at 3705mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3706mA – LED operated at 3706mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3707mA – LED operated at 3707mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3708mA – LED operated at 3708mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3709mA – LED operated at 3709mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 370mA – LED operated at 370mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3710mA – LED operated at 3710mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3711mA – LED operated at 3711mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3712mA – LED operated at 3712mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3713mA – LED operated at 3713mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3714mA – LED operated at 3714mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3715mA – LED operated at 3715mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3716mA – LED operated at 3716mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3717mA – LED operated at 3717mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3718mA – LED operated at 3718mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3719mA – LED operated at 3719mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 371mA – LED operated at 371mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3720mA – LED operated at 3720mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3721mA – LED operated at 3721mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3722mA – LED operated at 3722mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3723mA – LED operated at 3723mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3724mA – LED operated at 3724mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3725mA – LED operated at 3725mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3726mA – LED operated at 3726mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3727mA – LED operated at 3727mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3728mA – LED operated at 3728mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3729mA – LED operated at 3729mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 372mA – LED operated at 372mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3730mA – LED operated at 3730mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3731mA – LED operated at 3731mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3732mA – LED operated at 3732mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3733mA – LED operated at 3733mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3734mA – LED operated at 3734mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3735mA – LED operated at 3735mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3736mA – LED operated at 3736mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3737mA – LED operated at 3737mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3738mA – LED operated at 3738mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3739mA – LED operated at 3739mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 373mA – LED operated at 373mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3740mA – LED operated at 3740mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3741mA – LED operated at 3741mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3742mA – LED operated at 3742mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3743mA – LED operated at 3743mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3744mA – LED operated at 3744mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3745mA – LED operated at 3745mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3746mA – LED operated at 3746mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3747mA – LED operated at 3747mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3748mA – LED operated at 3748mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3749mA – LED operated at 3749mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 374mA – LED operated at 374mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3750mA – LED operated at 3750mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3751mA – LED operated at 3751mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3752mA – LED operated at 3752mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3753mA – LED operated at 3753mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3754mA – LED operated at 3754mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3755mA – LED operated at 3755mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3756mA – LED operated at 3756mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3757mA – LED operated at 3757mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3758mA – LED operated at 3758mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3759mA – LED operated at 3759mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 375mA – LED operated at 375mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3760mA – LED operated at 3760mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3761mA – LED operated at 3761mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3762mA – LED operated at 3762mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3763mA – LED operated at 3763mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3764mA – LED operated at 3764mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3765mA – LED operated at 3765mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3766mA – LED operated at 3766mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3767mA – LED operated at 3767mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3768mA – LED operated at 3768mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3769mA – LED operated at 3769mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 376mA – LED operated at 376mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3770mA – LED operated at 3770mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3771mA – LED operated at 3771mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3772mA – LED operated at 3772mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3773mA – LED operated at 3773mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3774mA – LED operated at 3774mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3775mA – LED operated at 3775mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3776mA – LED operated at 3776mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3777mA – LED operated at 3777mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3778mA – LED operated at 3778mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3779mA – LED operated at 3779mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 377mA – LED operated at 377mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3780mA – LED operated at 3780mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3781mA – LED operated at 3781mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3782mA – LED operated at 3782mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3783mA – LED operated at 3783mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3784mA – LED operated at 3784mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3785mA – LED operated at 3785mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3786mA – LED operated at 3786mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3787mA – LED operated at 3787mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3788mA – LED operated at 3788mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3789mA – LED operated at 3789mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 378mA – LED operated at 378mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3790mA – LED operated at 3790mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3791mA – LED operated at 3791mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3792mA – LED operated at 3792mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3793mA – LED operated at 3793mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3794mA – LED operated at 3794mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3795mA – LED operated at 3795mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3796mA – LED operated at 3796mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3797mA – LED operated at 3797mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3798mA – LED operated at 3798mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3799mA – LED operated at 3799mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 379mA – LED operated at 379mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 37mA – LED operated at 37mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3800mA – LED operated at 3800mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3801mA – LED operated at 3801mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3802mA – LED operated at 3802mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3803mA – LED operated at 3803mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3804mA – LED operated at 3804mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3805mA – LED operated at 3805mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3806mA – LED operated at 3806mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3807mA – LED operated at 3807mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3808mA – LED operated at 3808mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3809mA – LED operated at 3809mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 380mA – LED operated at 380mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3810mA – LED operated at 3810mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3811mA – LED operated at 3811mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3812mA – LED operated at 3812mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3813mA – LED operated at 3813mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3814mA – LED operated at 3814mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3815mA – LED operated at 3815mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3816mA – LED operated at 3816mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3817mA – LED operated at 3817mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3818mA – LED operated at 3818mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3819mA – LED operated at 3819mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 381mA – LED operated at 381mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3820mA – LED operated at 3820mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3821mA – LED operated at 3821mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3822mA – LED operated at 3822mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3823mA – LED operated at 3823mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3824mA – LED operated at 3824mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3825mA – LED operated at 3825mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3826mA – LED operated at 3826mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3827mA – LED operated at 3827mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3828mA – LED operated at 3828mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3829mA – LED operated at 3829mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 382mA – LED operated at 382mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3830mA – LED operated at 3830mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3831mA – LED operated at 3831mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3832mA – LED operated at 3832mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3833mA – LED operated at 3833mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3834mA – LED operated at 3834mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3835mA – LED operated at 3835mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3836mA – LED operated at 3836mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3837mA – LED operated at 3837mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3838mA – LED operated at 3838mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3839mA – LED operated at 3839mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 383mA – LED operated at 383mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3840mA – LED operated at 3840mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3841mA – LED operated at 3841mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3842mA – LED operated at 3842mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3843mA – LED operated at 3843mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3844mA – LED operated at 3844mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3845mA – LED operated at 3845mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3846mA – LED operated at 3846mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3847mA – LED operated at 3847mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3848mA – LED operated at 3848mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3849mA – LED operated at 3849mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 384mA – LED operated at 384mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3850mA – LED operated at 3850mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3851mA – LED operated at 3851mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3852mA – LED operated at 3852mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3853mA – LED operated at 3853mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3854mA – LED operated at 3854mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3855mA – LED operated at 3855mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3856mA – LED operated at 3856mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3857mA – LED operated at 3857mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3858mA – LED operated at 3858mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3859mA – LED operated at 3859mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 385mA – LED operated at 385mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3860mA – LED operated at 3860mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3861mA – LED operated at 3861mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3862mA – LED operated at 3862mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3863mA – LED operated at 3863mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3864mA – LED operated at 3864mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3865mA – LED operated at 3865mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3866mA – LED operated at 3866mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3867mA – LED operated at 3867mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3868mA – LED operated at 3868mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3869mA – LED operated at 3869mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 386mA – LED operated at 386mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3870mA – LED operated at 3870mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3871mA – LED operated at 3871mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3872mA – LED operated at 3872mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3873mA – LED operated at 3873mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3874mA – LED operated at 3874mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3875mA – LED operated at 3875mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3876mA – LED operated at 3876mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3877mA – LED operated at 3877mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3878mA – LED operated at 3878mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3879mA – LED operated at 3879mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 387mA – LED operated at 387mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3880mA – LED operated at 3880mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3881mA – LED operated at 3881mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3882mA – LED operated at 3882mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3883mA – LED operated at 3883mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3884mA – LED operated at 3884mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3885mA – LED operated at 3885mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3886mA – LED operated at 3886mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3887mA – LED operated at 3887mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3888mA – LED operated at 3888mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3889mA – LED operated at 3889mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 388mA – LED operated at 388mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3890mA – LED operated at 3890mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3891mA – LED operated at 3891mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3892mA – LED operated at 3892mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3893mA – LED operated at 3893mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3894mA – LED operated at 3894mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3895mA – LED operated at 3895mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3896mA – LED operated at 3896mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3897mA – LED operated at 3897mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3898mA – LED operated at 3898mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3899mA – LED operated at 3899mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 389mA – LED operated at 389mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 38mA – LED operated at 38mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3900mA – LED operated at 3900mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3901mA – LED operated at 3901mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3902mA – LED operated at 3902mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3903mA – LED operated at 3903mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3904mA – LED operated at 3904mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3905mA – LED operated at 3905mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3906mA – LED operated at 3906mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3907mA – LED operated at 3907mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3908mA – LED operated at 3908mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3909mA – LED operated at 3909mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 390mA – LED operated at 390mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3910mA – LED operated at 3910mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3911mA – LED operated at 3911mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3912mA – LED operated at 3912mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3913mA – LED operated at 3913mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3914mA – LED operated at 3914mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3915mA – LED operated at 3915mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3916mA – LED operated at 3916mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3917mA – LED operated at 3917mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3918mA – LED operated at 3918mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3919mA – LED operated at 3919mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 391mA – LED operated at 391mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3920mA – LED operated at 3920mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3921mA – LED operated at 3921mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3922mA – LED operated at 3922mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3923mA – LED operated at 3923mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3924mA – LED operated at 3924mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3925mA – LED operated at 3925mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3926mA – LED operated at 3926mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3927mA – LED operated at 3927mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3928mA – LED operated at 3928mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3929mA – LED operated at 3929mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 392mA – LED operated at 392mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3930mA – LED operated at 3930mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3931mA – LED operated at 3931mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3932mA – LED operated at 3932mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3933mA – LED operated at 3933mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3934mA – LED operated at 3934mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3935mA – LED operated at 3935mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3936mA – LED operated at 3936mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3937mA – LED operated at 3937mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3938mA – LED operated at 3938mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3939mA – LED operated at 3939mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 393mA – LED operated at 393mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3940mA – LED operated at 3940mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3941mA – LED operated at 3941mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3942mA – LED operated at 3942mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3943mA – LED operated at 3943mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3944mA – LED operated at 3944mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3945mA – LED operated at 3945mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3946mA – LED operated at 3946mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3947mA – LED operated at 3947mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3948mA – LED operated at 3948mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3949mA – LED operated at 3949mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 394mA – LED operated at 394mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3950mA – LED operated at 3950mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3951mA – LED operated at 3951mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3952mA – LED operated at 3952mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3953mA – LED operated at 3953mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3954mA – LED operated at 3954mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3955mA – LED operated at 3955mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3956mA – LED operated at 3956mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3957mA – LED operated at 3957mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3958mA – LED operated at 3958mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3959mA – LED operated at 3959mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 395mA – LED operated at 395mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3960mA – LED operated at 3960mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3961mA – LED operated at 3961mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3962mA – LED operated at 3962mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3963mA – LED operated at 3963mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3964mA – LED operated at 3964mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3965mA – LED operated at 3965mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3966mA – LED operated at 3966mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3967mA – LED operated at 3967mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3968mA – LED operated at 3968mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3969mA – LED operated at 3969mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 396mA – LED operated at 396mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3970mA – LED operated at 3970mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3971mA – LED operated at 3971mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3972mA – LED operated at 3972mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3973mA – LED operated at 3973mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3974mA – LED operated at 3974mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3975mA – LED operated at 3975mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3976mA – LED operated at 3976mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3977mA – LED operated at 3977mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3978mA – LED operated at 3978mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3979mA – LED operated at 3979mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 397mA – LED operated at 397mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3980mA – LED operated at 3980mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3981mA – LED operated at 3981mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3982mA – LED operated at 3982mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3983mA – LED operated at 3983mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3984mA – LED operated at 3984mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3985mA – LED operated at 3985mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3986mA – LED operated at 3986mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3987mA – LED operated at 3987mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3988mA – LED operated at 3988mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3989mA – LED operated at 3989mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 398mA – LED operated at 398mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3990mA – LED operated at 3990mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3991mA – LED operated at 3991mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3992mA – LED operated at 3992mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3993mA – LED operated at 3993mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3994mA – LED operated at 3994mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3995mA – LED operated at 3995mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3996mA – LED operated at 3996mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3997mA – LED operated at 3997mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3998mA – LED operated at 3998mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3999mA – LED operated at 3999mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 399mA – LED operated at 399mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 39mA – LED operated at 39mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 3mA – LED operated at 3mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4000mA – LED operated at 4000mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4001mA – LED operated at 4001mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4002mA – LED operated at 4002mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4003mA – LED operated at 4003mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4004mA – LED operated at 4004mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4005mA – LED operated at 4005mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4006mA – LED operated at 4006mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4007mA – LED operated at 4007mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4008mA – LED operated at 4008mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4009mA – LED operated at 4009mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 400mA – LED operated at 400mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4010mA – LED operated at 4010mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4011mA – LED operated at 4011mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4012mA – LED operated at 4012mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4013mA – LED operated at 4013mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4014mA – LED operated at 4014mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4015mA – LED operated at 4015mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4016mA – LED operated at 4016mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4017mA – LED operated at 4017mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4018mA – LED operated at 4018mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4019mA – LED operated at 4019mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 401mA – LED operated at 401mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4020mA – LED operated at 4020mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4021mA – LED operated at 4021mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4022mA – LED operated at 4022mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4023mA – LED operated at 4023mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4024mA – LED operated at 4024mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4025mA – LED operated at 4025mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4026mA – LED operated at 4026mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4027mA – LED operated at 4027mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4028mA – LED operated at 4028mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4029mA – LED operated at 4029mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 402mA – LED operated at 402mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4030mA – LED operated at 4030mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4031mA – LED operated at 4031mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4032mA – LED operated at 4032mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4033mA – LED operated at 4033mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4034mA – LED operated at 4034mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4035mA – LED operated at 4035mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4036mA – LED operated at 4036mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4037mA – LED operated at 4037mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4038mA – LED operated at 4038mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4039mA – LED operated at 4039mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 403mA – LED operated at 403mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4040mA – LED operated at 4040mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4041mA – LED operated at 4041mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4042mA – LED operated at 4042mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4043mA – LED operated at 4043mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4044mA – LED operated at 4044mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4045mA – LED operated at 4045mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4046mA – LED operated at 4046mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4047mA – LED operated at 4047mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4048mA – LED operated at 4048mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4049mA – LED operated at 4049mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 404mA – LED operated at 404mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4050mA – LED operated at 4050mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4051mA – LED operated at 4051mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4052mA – LED operated at 4052mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4053mA – LED operated at 4053mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4054mA – LED operated at 4054mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4055mA – LED operated at 4055mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4056mA – LED operated at 4056mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4057mA – LED operated at 4057mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4058mA – LED operated at 4058mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4059mA – LED operated at 4059mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 405mA – LED operated at 405mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4060mA – LED operated at 4060mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4061mA – LED operated at 4061mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4062mA – LED operated at 4062mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4063mA – LED operated at 4063mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4064mA – LED operated at 4064mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4065mA – LED operated at 4065mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4066mA – LED operated at 4066mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4067mA – LED operated at 4067mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4068mA – LED operated at 4068mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4069mA – LED operated at 4069mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 406mA – LED operated at 406mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4070mA – LED operated at 4070mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4071mA – LED operated at 4071mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4072mA – LED operated at 4072mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4073mA – LED operated at 4073mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4074mA – LED operated at 4074mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4075mA – LED operated at 4075mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4076mA – LED operated at 4076mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4077mA – LED operated at 4077mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4078mA – LED operated at 4078mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4079mA – LED operated at 4079mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 407mA – LED operated at 407mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4080mA – LED operated at 4080mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4081mA – LED operated at 4081mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4082mA – LED operated at 4082mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4083mA – LED operated at 4083mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4084mA – LED operated at 4084mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4085mA – LED operated at 4085mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4086mA – LED operated at 4086mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4087mA – LED operated at 4087mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4088mA – LED operated at 4088mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4089mA – LED operated at 4089mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 408mA – LED operated at 408mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4090mA – LED operated at 4090mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4091mA – LED operated at 4091mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4092mA – LED operated at 4092mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4093mA – LED operated at 4093mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4094mA – LED operated at 4094mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4095mA – LED operated at 4095mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4096mA – LED operated at 4096mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4097mA – LED operated at 4097mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4098mA – LED operated at 4098mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4099mA – LED operated at 4099mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 409mA – LED operated at 409mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 40mA – LED operated at 40mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4100mA – LED operated at 4100mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4101mA – LED operated at 4101mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4102mA – LED operated at 4102mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4103mA – LED operated at 4103mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4104mA – LED operated at 4104mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4105mA – LED operated at 4105mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4106mA – LED operated at 4106mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4107mA – LED operated at 4107mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4108mA – LED operated at 4108mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4109mA – LED operated at 4109mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 410mA – LED operated at 410mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4110mA – LED operated at 4110mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4111mA – LED operated at 4111mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4112mA – LED operated at 4112mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4113mA – LED operated at 4113mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4114mA – LED operated at 4114mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4115mA – LED operated at 4115mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4116mA – LED operated at 4116mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4117mA – LED operated at 4117mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4118mA – LED operated at 4118mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4119mA – LED operated at 4119mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 411mA – LED operated at 411mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4120mA – LED operated at 4120mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4121mA – LED operated at 4121mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4122mA – LED operated at 4122mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4123mA – LED operated at 4123mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4124mA – LED operated at 4124mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4125mA – LED operated at 4125mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4126mA – LED operated at 4126mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4127mA – LED operated at 4127mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4128mA – LED operated at 4128mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4129mA – LED operated at 4129mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 412mA – LED operated at 412mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4130mA – LED operated at 4130mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4131mA – LED operated at 4131mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4132mA – LED operated at 4132mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4133mA – LED operated at 4133mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4134mA – LED operated at 4134mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4135mA – LED operated at 4135mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4136mA – LED operated at 4136mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4137mA – LED operated at 4137mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4138mA – LED operated at 4138mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4139mA – LED operated at 4139mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 413mA – LED operated at 413mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4140mA – LED operated at 4140mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4141mA – LED operated at 4141mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4142mA – LED operated at 4142mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4143mA – LED operated at 4143mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4144mA – LED operated at 4144mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4145mA – LED operated at 4145mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4146mA – LED operated at 4146mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4147mA – LED operated at 4147mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4148mA – LED operated at 4148mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4149mA – LED operated at 4149mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 414mA – LED operated at 414mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4150mA – LED operated at 4150mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4151mA – LED operated at 4151mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4152mA – LED operated at 4152mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4153mA – LED operated at 4153mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4154mA – LED operated at 4154mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4155mA – LED operated at 4155mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4156mA – LED operated at 4156mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4157mA – LED operated at 4157mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4158mA – LED operated at 4158mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4159mA – LED operated at 4159mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 415mA – LED operated at 415mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4160mA – LED operated at 4160mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4161mA – LED operated at 4161mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4162mA – LED operated at 4162mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4163mA – LED operated at 4163mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4164mA – LED operated at 4164mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4165mA – LED operated at 4165mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4166mA – LED operated at 4166mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4167mA – LED operated at 4167mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4168mA – LED operated at 4168mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4169mA – LED operated at 4169mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 416mA – LED operated at 416mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4170mA – LED operated at 4170mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4171mA – LED operated at 4171mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4172mA – LED operated at 4172mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4173mA – LED operated at 4173mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4174mA – LED operated at 4174mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4175mA – LED operated at 4175mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4176mA – LED operated at 4176mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4177mA – LED operated at 4177mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4178mA – LED operated at 4178mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4179mA – LED operated at 4179mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 417mA – LED operated at 417mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4180mA – LED operated at 4180mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4181mA – LED operated at 4181mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4182mA – LED operated at 4182mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4183mA – LED operated at 4183mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4184mA – LED operated at 4184mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4185mA – LED operated at 4185mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4186mA – LED operated at 4186mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4187mA – LED operated at 4187mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4188mA – LED operated at 4188mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4189mA – LED operated at 4189mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 418mA – LED operated at 418mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4190mA – LED operated at 4190mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4191mA – LED operated at 4191mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4192mA – LED operated at 4192mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4193mA – LED operated at 4193mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4194mA – LED operated at 4194mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4195mA – LED operated at 4195mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4196mA – LED operated at 4196mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4197mA – LED operated at 4197mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4198mA – LED operated at 4198mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4199mA – LED operated at 4199mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 419mA – LED operated at 419mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 41mA – LED operated at 41mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4200mA – LED operated at 4200mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4201mA – LED operated at 4201mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4202mA – LED operated at 4202mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4203mA – LED operated at 4203mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4204mA – LED operated at 4204mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4205mA – LED operated at 4205mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4206mA – LED operated at 4206mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4207mA – LED operated at 4207mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4208mA – LED operated at 4208mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4209mA – LED operated at 4209mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 420mA – LED operated at 420mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4210mA – LED operated at 4210mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4211mA – LED operated at 4211mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4212mA – LED operated at 4212mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4213mA – LED operated at 4213mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4214mA – LED operated at 4214mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4215mA – LED operated at 4215mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4216mA – LED operated at 4216mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4217mA – LED operated at 4217mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4218mA – LED operated at 4218mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4219mA – LED operated at 4219mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 421mA – LED operated at 421mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4220mA – LED operated at 4220mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4221mA – LED operated at 4221mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4222mA – LED operated at 4222mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4223mA – LED operated at 4223mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4224mA – LED operated at 4224mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4225mA – LED operated at 4225mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4226mA – LED operated at 4226mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4227mA – LED operated at 4227mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4228mA – LED operated at 4228mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4229mA – LED operated at 4229mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 422mA – LED operated at 422mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4230mA – LED operated at 4230mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4231mA – LED operated at 4231mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4232mA – LED operated at 4232mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4233mA – LED operated at 4233mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4234mA – LED operated at 4234mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4235mA – LED operated at 4235mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4236mA – LED operated at 4236mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4237mA – LED operated at 4237mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4238mA – LED operated at 4238mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4239mA – LED operated at 4239mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 423mA – LED operated at 423mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4240mA – LED operated at 4240mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4241mA – LED operated at 4241mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4242mA – LED operated at 4242mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4243mA – LED operated at 4243mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4244mA – LED operated at 4244mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4245mA – LED operated at 4245mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4246mA – LED operated at 4246mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4247mA – LED operated at 4247mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4248mA – LED operated at 4248mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4249mA – LED operated at 4249mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 424mA – LED operated at 424mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4250mA – LED operated at 4250mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4251mA – LED operated at 4251mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4252mA – LED operated at 4252mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4253mA – LED operated at 4253mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4254mA – LED operated at 4254mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4255mA – LED operated at 4255mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4256mA – LED operated at 4256mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4257mA – LED operated at 4257mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4258mA – LED operated at 4258mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4259mA – LED operated at 4259mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 425mA – LED operated at 425mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4260mA – LED operated at 4260mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4261mA – LED operated at 4261mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4262mA – LED operated at 4262mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4263mA – LED operated at 4263mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4264mA – LED operated at 4264mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4265mA – LED operated at 4265mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4266mA – LED operated at 4266mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4267mA – LED operated at 4267mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4268mA – LED operated at 4268mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4269mA – LED operated at 4269mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 426mA – LED operated at 426mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4270mA – LED operated at 4270mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4271mA – LED operated at 4271mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4272mA – LED operated at 4272mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4273mA – LED operated at 4273mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4274mA – LED operated at 4274mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4275mA – LED operated at 4275mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4276mA – LED operated at 4276mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4277mA – LED operated at 4277mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4278mA – LED operated at 4278mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4279mA – LED operated at 4279mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 427mA – LED operated at 427mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4280mA – LED operated at 4280mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4281mA – LED operated at 4281mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4282mA – LED operated at 4282mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4283mA – LED operated at 4283mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4284mA – LED operated at 4284mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4285mA – LED operated at 4285mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4286mA – LED operated at 4286mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4287mA – LED operated at 4287mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4288mA – LED operated at 4288mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4289mA – LED operated at 4289mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 428mA – LED operated at 428mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4290mA – LED operated at 4290mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4291mA – LED operated at 4291mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4292mA – LED operated at 4292mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4293mA – LED operated at 4293mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4294mA – LED operated at 4294mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4295mA – LED operated at 4295mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4296mA – LED operated at 4296mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4297mA – LED operated at 4297mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4298mA – LED operated at 4298mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4299mA – LED operated at 4299mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 429mA – LED operated at 429mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 42mA – LED operated at 42mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4300mA – LED operated at 4300mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4301mA – LED operated at 4301mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4302mA – LED operated at 4302mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4303mA – LED operated at 4303mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4304mA – LED operated at 4304mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4305mA – LED operated at 4305mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4306mA – LED operated at 4306mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4307mA – LED operated at 4307mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4308mA – LED operated at 4308mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4309mA – LED operated at 4309mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 430mA – LED operated at 430mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4310mA – LED operated at 4310mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4311mA – LED operated at 4311mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4312mA – LED operated at 4312mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4313mA – LED operated at 4313mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4314mA – LED operated at 4314mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4315mA – LED operated at 4315mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4316mA – LED operated at 4316mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4317mA – LED operated at 4317mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4318mA – LED operated at 4318mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4319mA – LED operated at 4319mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 431mA – LED operated at 431mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4320mA – LED operated at 4320mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4321mA – LED operated at 4321mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4322mA – LED operated at 4322mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4323mA – LED operated at 4323mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4324mA – LED operated at 4324mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4325mA – LED operated at 4325mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4326mA – LED operated at 4326mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4327mA – LED operated at 4327mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4328mA – LED operated at 4328mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4329mA – LED operated at 4329mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 432mA – LED operated at 432mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4330mA – LED operated at 4330mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4331mA – LED operated at 4331mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4332mA – LED operated at 4332mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4333mA – LED operated at 4333mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4334mA – LED operated at 4334mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4335mA – LED operated at 4335mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4336mA – LED operated at 4336mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4337mA – LED operated at 4337mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4338mA – LED operated at 4338mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4339mA – LED operated at 4339mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 433mA – LED operated at 433mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4340mA – LED operated at 4340mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4341mA – LED operated at 4341mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4342mA – LED operated at 4342mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4343mA – LED operated at 4343mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4344mA – LED operated at 4344mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4345mA – LED operated at 4345mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4346mA – LED operated at 4346mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4347mA – LED operated at 4347mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4348mA – LED operated at 4348mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4349mA – LED operated at 4349mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 434mA – LED operated at 434mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4350mA – LED operated at 4350mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4351mA – LED operated at 4351mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4352mA – LED operated at 4352mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4353mA – LED operated at 4353mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4354mA – LED operated at 4354mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4355mA – LED operated at 4355mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4356mA – LED operated at 4356mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4357mA – LED operated at 4357mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4358mA – LED operated at 4358mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4359mA – LED operated at 4359mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 435mA – LED operated at 435mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4360mA – LED operated at 4360mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4361mA – LED operated at 4361mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4362mA – LED operated at 4362mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4363mA – LED operated at 4363mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4364mA – LED operated at 4364mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4365mA – LED operated at 4365mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4366mA – LED operated at 4366mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4367mA – LED operated at 4367mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4368mA – LED operated at 4368mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4369mA – LED operated at 4369mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 436mA – LED operated at 436mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4370mA – LED operated at 4370mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4371mA – LED operated at 4371mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4372mA – LED operated at 4372mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4373mA – LED operated at 4373mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4374mA – LED operated at 4374mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4375mA – LED operated at 4375mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4376mA – LED operated at 4376mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4377mA – LED operated at 4377mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4378mA – LED operated at 4378mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4379mA – LED operated at 4379mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 437mA – LED operated at 437mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4380mA – LED operated at 4380mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4381mA – LED operated at 4381mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4382mA – LED operated at 4382mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4383mA – LED operated at 4383mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4384mA – LED operated at 4384mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4385mA – LED operated at 4385mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4386mA – LED operated at 4386mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4387mA – LED operated at 4387mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4388mA – LED operated at 4388mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4389mA – LED operated at 4389mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 438mA – LED operated at 438mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4390mA – LED operated at 4390mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4391mA – LED operated at 4391mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4392mA – LED operated at 4392mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4393mA – LED operated at 4393mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4394mA – LED operated at 4394mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4395mA – LED operated at 4395mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4396mA – LED operated at 4396mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4397mA – LED operated at 4397mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4398mA – LED operated at 4398mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4399mA – LED operated at 4399mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 439mA – LED operated at 439mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 43mA – LED operated at 43mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4400mA – LED operated at 4400mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4401mA – LED operated at 4401mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4402mA – LED operated at 4402mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4403mA – LED operated at 4403mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4404mA – LED operated at 4404mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4405mA – LED operated at 4405mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4406mA – LED operated at 4406mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4407mA – LED operated at 4407mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4408mA – LED operated at 4408mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4409mA – LED operated at 4409mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 440mA – LED operated at 440mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4410mA – LED operated at 4410mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4411mA – LED operated at 4411mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4412mA – LED operated at 4412mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4413mA – LED operated at 4413mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4414mA – LED operated at 4414mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4415mA – LED operated at 4415mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4416mA – LED operated at 4416mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4417mA – LED operated at 4417mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4418mA – LED operated at 4418mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4419mA – LED operated at 4419mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 441mA – LED operated at 441mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4420mA – LED operated at 4420mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4421mA – LED operated at 4421mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4422mA – LED operated at 4422mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4423mA – LED operated at 4423mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4424mA – LED operated at 4424mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4425mA – LED operated at 4425mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4426mA – LED operated at 4426mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4427mA – LED operated at 4427mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4428mA – LED operated at 4428mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4429mA – LED operated at 4429mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 442mA – LED operated at 442mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4430mA – LED operated at 4430mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4431mA – LED operated at 4431mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4432mA – LED operated at 4432mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4433mA – LED operated at 4433mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4434mA – LED operated at 4434mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4435mA – LED operated at 4435mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4436mA – LED operated at 4436mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4437mA – LED operated at 4437mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4438mA – LED operated at 4438mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4439mA – LED operated at 4439mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 443mA – LED operated at 443mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4440mA – LED operated at 4440mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4441mA – LED operated at 4441mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4442mA – LED operated at 4442mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4443mA – LED operated at 4443mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4444mA – LED operated at 4444mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4445mA – LED operated at 4445mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4446mA – LED operated at 4446mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4447mA – LED operated at 4447mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4448mA – LED operated at 4448mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4449mA – LED operated at 4449mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 444mA – LED operated at 444mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4450mA – LED operated at 4450mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4451mA – LED operated at 4451mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4452mA – LED operated at 4452mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4453mA – LED operated at 4453mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4454mA – LED operated at 4454mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4455mA – LED operated at 4455mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4456mA – LED operated at 4456mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4457mA – LED operated at 4457mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4458mA – LED operated at 4458mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4459mA – LED operated at 4459mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 445mA – LED operated at 445mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4460mA – LED operated at 4460mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4461mA – LED operated at 4461mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4462mA – LED operated at 4462mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4463mA – LED operated at 4463mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4464mA – LED operated at 4464mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4465mA – LED operated at 4465mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4466mA – LED operated at 4466mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4467mA – LED operated at 4467mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4468mA – LED operated at 4468mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4469mA – LED operated at 4469mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 446mA – LED operated at 446mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4470mA – LED operated at 4470mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4471mA – LED operated at 4471mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4472mA – LED operated at 4472mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4473mA – LED operated at 4473mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4474mA – LED operated at 4474mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4475mA – LED operated at 4475mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4476mA – LED operated at 4476mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4477mA – LED operated at 4477mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4478mA – LED operated at 4478mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4479mA – LED operated at 4479mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 447mA – LED operated at 447mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4480mA – LED operated at 4480mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4481mA – LED operated at 4481mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4482mA – LED operated at 4482mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4483mA – LED operated at 4483mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4484mA – LED operated at 4484mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4485mA – LED operated at 4485mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4486mA – LED operated at 4486mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4487mA – LED operated at 4487mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4488mA – LED operated at 4488mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4489mA – LED operated at 4489mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 448mA – LED operated at 448mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4490mA – LED operated at 4490mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4491mA – LED operated at 4491mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4492mA – LED operated at 4492mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4493mA – LED operated at 4493mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4494mA – LED operated at 4494mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4495mA – LED operated at 4495mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4496mA – LED operated at 4496mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4497mA – LED operated at 4497mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4498mA – LED operated at 4498mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4499mA – LED operated at 4499mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 449mA – LED operated at 449mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 44mA – LED operated at 44mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4500mA – LED operated at 4500mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4501mA – LED operated at 4501mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4502mA – LED operated at 4502mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4503mA – LED operated at 4503mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4504mA – LED operated at 4504mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4505mA – LED operated at 4505mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4506mA – LED operated at 4506mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4507mA – LED operated at 4507mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4508mA – LED operated at 4508mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4509mA – LED operated at 4509mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 450mA – LED operated at 450mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4510mA – LED operated at 4510mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4511mA – LED operated at 4511mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4512mA – LED operated at 4512mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4513mA – LED operated at 4513mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4514mA – LED operated at 4514mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4515mA – LED operated at 4515mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4516mA – LED operated at 4516mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4517mA – LED operated at 4517mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4518mA – LED operated at 4518mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4519mA – LED operated at 4519mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 451mA – LED operated at 451mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4520mA – LED operated at 4520mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4521mA – LED operated at 4521mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4522mA – LED operated at 4522mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4523mA – LED operated at 4523mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4524mA – LED operated at 4524mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4525mA – LED operated at 4525mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4526mA – LED operated at 4526mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4527mA – LED operated at 4527mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4528mA – LED operated at 4528mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4529mA – LED operated at 4529mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 452mA – LED operated at 452mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4530mA – LED operated at 4530mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4531mA – LED operated at 4531mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4532mA – LED operated at 4532mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4533mA – LED operated at 4533mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4534mA – LED operated at 4534mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4535mA – LED operated at 4535mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4536mA – LED operated at 4536mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4537mA – LED operated at 4537mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4538mA – LED operated at 4538mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4539mA – LED operated at 4539mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 453mA – LED operated at 453mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4540mA – LED operated at 4540mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4541mA – LED operated at 4541mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4542mA – LED operated at 4542mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4543mA – LED operated at 4543mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4544mA – LED operated at 4544mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4545mA – LED operated at 4545mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4546mA – LED operated at 4546mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4547mA – LED operated at 4547mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4548mA – LED operated at 4548mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4549mA – LED operated at 4549mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 454mA – LED operated at 454mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4550mA – LED operated at 4550mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4551mA – LED operated at 4551mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4552mA – LED operated at 4552mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4553mA – LED operated at 4553mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4554mA – LED operated at 4554mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4555mA – LED operated at 4555mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4556mA – LED operated at 4556mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4557mA – LED operated at 4557mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4558mA – LED operated at 4558mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4559mA – LED operated at 4559mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 455mA – LED operated at 455mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4560mA – LED operated at 4560mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4561mA – LED operated at 4561mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4562mA – LED operated at 4562mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4563mA – LED operated at 4563mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4564mA – LED operated at 4564mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4565mA – LED operated at 4565mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4566mA – LED operated at 4566mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4567mA – LED operated at 4567mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4568mA – LED operated at 4568mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4569mA – LED operated at 4569mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 456mA – LED operated at 456mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4570mA – LED operated at 4570mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4571mA – LED operated at 4571mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4572mA – LED operated at 4572mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4573mA – LED operated at 4573mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4574mA – LED operated at 4574mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4575mA – LED operated at 4575mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4576mA – LED operated at 4576mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4577mA – LED operated at 4577mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4578mA – LED operated at 4578mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4579mA – LED operated at 4579mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 457mA – LED operated at 457mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4580mA – LED operated at 4580mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4581mA – LED operated at 4581mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4582mA – LED operated at 4582mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4583mA – LED operated at 4583mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4584mA – LED operated at 4584mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4585mA – LED operated at 4585mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4586mA – LED operated at 4586mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4587mA – LED operated at 4587mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4588mA – LED operated at 4588mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4589mA – LED operated at 4589mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 458mA – LED operated at 458mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4590mA – LED operated at 4590mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4591mA – LED operated at 4591mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4592mA – LED operated at 4592mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4593mA – LED operated at 4593mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4594mA – LED operated at 4594mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4595mA – LED operated at 4595mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4596mA – LED operated at 4596mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4597mA – LED operated at 4597mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4598mA – LED operated at 4598mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4599mA – LED operated at 4599mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 459mA – LED operated at 459mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 45mA – LED operated at 45mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4600mA – LED operated at 4600mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4601mA – LED operated at 4601mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4602mA – LED operated at 4602mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4603mA – LED operated at 4603mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4604mA – LED operated at 4604mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4605mA – LED operated at 4605mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4606mA – LED operated at 4606mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4607mA – LED operated at 4607mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4608mA – LED operated at 4608mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4609mA – LED operated at 4609mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 460mA – LED operated at 460mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4610mA – LED operated at 4610mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4611mA – LED operated at 4611mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4612mA – LED operated at 4612mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4613mA – LED operated at 4613mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4614mA – LED operated at 4614mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4615mA – LED operated at 4615mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4616mA – LED operated at 4616mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4617mA – LED operated at 4617mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4618mA – LED operated at 4618mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4619mA – LED operated at 4619mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 461mA – LED operated at 461mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4620mA – LED operated at 4620mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4621mA – LED operated at 4621mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4622mA – LED operated at 4622mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4623mA – LED operated at 4623mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4624mA – LED operated at 4624mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4625mA – LED operated at 4625mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4626mA – LED operated at 4626mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4627mA – LED operated at 4627mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4628mA – LED operated at 4628mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4629mA – LED operated at 4629mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 462mA – LED operated at 462mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4630mA – LED operated at 4630mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4631mA – LED operated at 4631mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4632mA – LED operated at 4632mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4633mA – LED operated at 4633mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4634mA – LED operated at 4634mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4635mA – LED operated at 4635mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4636mA – LED operated at 4636mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4637mA – LED operated at 4637mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4638mA – LED operated at 4638mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4639mA – LED operated at 4639mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 463mA – LED operated at 463mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4640mA – LED operated at 4640mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4641mA – LED operated at 4641mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4642mA – LED operated at 4642mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4643mA – LED operated at 4643mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4644mA – LED operated at 4644mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4645mA – LED operated at 4645mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4646mA – LED operated at 4646mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4647mA – LED operated at 4647mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4648mA – LED operated at 4648mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4649mA – LED operated at 4649mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 464mA – LED operated at 464mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4650mA – LED operated at 4650mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4651mA – LED operated at 4651mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4652mA – LED operated at 4652mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4653mA – LED operated at 4653mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4654mA – LED operated at 4654mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4655mA – LED operated at 4655mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4656mA – LED operated at 4656mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4657mA – LED operated at 4657mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4658mA – LED operated at 4658mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4659mA – LED operated at 4659mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 465mA – LED operated at 465mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4660mA – LED operated at 4660mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4661mA – LED operated at 4661mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4662mA – LED operated at 4662mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4663mA – LED operated at 4663mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4664mA – LED operated at 4664mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4665mA – LED operated at 4665mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4666mA – LED operated at 4666mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4667mA – LED operated at 4667mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4668mA – LED operated at 4668mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4669mA – LED operated at 4669mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 466mA – LED operated at 466mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4670mA – LED operated at 4670mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4671mA – LED operated at 4671mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4672mA – LED operated at 4672mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4673mA – LED operated at 4673mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4674mA – LED operated at 4674mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4675mA – LED operated at 4675mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4676mA – LED operated at 4676mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4677mA – LED operated at 4677mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4678mA – LED operated at 4678mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4679mA – LED operated at 4679mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 467mA – LED operated at 467mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4680mA – LED operated at 4680mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4681mA – LED operated at 4681mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4682mA – LED operated at 4682mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4683mA – LED operated at 4683mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4684mA – LED operated at 4684mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4685mA – LED operated at 4685mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4686mA – LED operated at 4686mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4687mA – LED operated at 4687mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4688mA – LED operated at 4688mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4689mA – LED operated at 4689mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 468mA – LED operated at 468mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4690mA – LED operated at 4690mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4691mA – LED operated at 4691mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4692mA – LED operated at 4692mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4693mA – LED operated at 4693mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4694mA – LED operated at 4694mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4695mA – LED operated at 4695mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4696mA – LED operated at 4696mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4697mA – LED operated at 4697mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4698mA – LED operated at 4698mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4699mA – LED operated at 4699mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 469mA – LED operated at 469mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 46mA – LED operated at 46mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4700mA – LED operated at 4700mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4701mA – LED operated at 4701mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4702mA – LED operated at 4702mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4703mA – LED operated at 4703mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4704mA – LED operated at 4704mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4705mA – LED operated at 4705mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4706mA – LED operated at 4706mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4707mA – LED operated at 4707mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4708mA – LED operated at 4708mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4709mA – LED operated at 4709mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 470mA – LED operated at 470mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4710mA – LED operated at 4710mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4711mA – LED operated at 4711mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4712mA – LED operated at 4712mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4713mA – LED operated at 4713mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4714mA – LED operated at 4714mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4715mA – LED operated at 4715mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4716mA – LED operated at 4716mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4717mA – LED operated at 4717mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4718mA – LED operated at 4718mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4719mA – LED operated at 4719mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 471mA – LED operated at 471mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4720mA – LED operated at 4720mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4721mA – LED operated at 4721mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4722mA – LED operated at 4722mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4723mA – LED operated at 4723mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4724mA – LED operated at 4724mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4725mA – LED operated at 4725mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4726mA – LED operated at 4726mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4727mA – LED operated at 4727mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4728mA – LED operated at 4728mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4729mA – LED operated at 4729mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 472mA – LED operated at 472mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4730mA – LED operated at 4730mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4731mA – LED operated at 4731mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4732mA – LED operated at 4732mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4733mA – LED operated at 4733mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4734mA – LED operated at 4734mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4735mA – LED operated at 4735mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4736mA – LED operated at 4736mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4737mA – LED operated at 4737mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4738mA – LED operated at 4738mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4739mA – LED operated at 4739mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 473mA – LED operated at 473mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4740mA – LED operated at 4740mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4741mA – LED operated at 4741mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4742mA – LED operated at 4742mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4743mA – LED operated at 4743mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4744mA – LED operated at 4744mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4745mA – LED operated at 4745mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4746mA – LED operated at 4746mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4747mA – LED operated at 4747mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4748mA – LED operated at 4748mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4749mA – LED operated at 4749mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 474mA – LED operated at 474mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4750mA – LED operated at 4750mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4751mA – LED operated at 4751mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4752mA – LED operated at 4752mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4753mA – LED operated at 4753mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4754mA – LED operated at 4754mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4755mA – LED operated at 4755mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4756mA – LED operated at 4756mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4757mA – LED operated at 4757mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4758mA – LED operated at 4758mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4759mA – LED operated at 4759mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 475mA – LED operated at 475mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4760mA – LED operated at 4760mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4761mA – LED operated at 4761mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4762mA – LED operated at 4762mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4763mA – LED operated at 4763mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4764mA – LED operated at 4764mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4765mA – LED operated at 4765mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4766mA – LED operated at 4766mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4767mA – LED operated at 4767mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4768mA – LED operated at 4768mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4769mA – LED operated at 4769mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 476mA – LED operated at 476mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4770mA – LED operated at 4770mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4771mA – LED operated at 4771mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4772mA – LED operated at 4772mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4773mA – LED operated at 4773mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4774mA – LED operated at 4774mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4775mA – LED operated at 4775mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4776mA – LED operated at 4776mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4777mA – LED operated at 4777mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4778mA – LED operated at 4778mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4779mA – LED operated at 4779mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 477mA – LED operated at 477mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4780mA – LED operated at 4780mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4781mA – LED operated at 4781mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4782mA – LED operated at 4782mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4783mA – LED operated at 4783mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4784mA – LED operated at 4784mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4785mA – LED operated at 4785mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4786mA – LED operated at 4786mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4787mA – LED operated at 4787mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4788mA – LED operated at 4788mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4789mA – LED operated at 4789mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 478mA – LED operated at 478mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4790mA – LED operated at 4790mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4791mA – LED operated at 4791mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4792mA – LED operated at 4792mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4793mA – LED operated at 4793mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4794mA – LED operated at 4794mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4795mA – LED operated at 4795mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4796mA – LED operated at 4796mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4797mA – LED operated at 4797mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4798mA – LED operated at 4798mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4799mA – LED operated at 4799mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 479mA – LED operated at 479mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 47mA – LED operated at 47mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4800mA – LED operated at 4800mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4801mA – LED operated at 4801mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4802mA – LED operated at 4802mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4803mA – LED operated at 4803mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4804mA – LED operated at 4804mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4805mA – LED operated at 4805mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4806mA – LED operated at 4806mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4807mA – LED operated at 4807mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4808mA – LED operated at 4808mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4809mA – LED operated at 4809mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 480mA – LED operated at 480mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4810mA – LED operated at 4810mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4811mA – LED operated at 4811mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4812mA – LED operated at 4812mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4813mA – LED operated at 4813mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4814mA – LED operated at 4814mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4815mA – LED operated at 4815mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4816mA – LED operated at 4816mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4817mA – LED operated at 4817mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4818mA – LED operated at 4818mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4819mA – LED operated at 4819mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 481mA – LED operated at 481mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4820mA – LED operated at 4820mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4821mA – LED operated at 4821mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4822mA – LED operated at 4822mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4823mA – LED operated at 4823mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4824mA – LED operated at 4824mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4825mA – LED operated at 4825mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4826mA – LED operated at 4826mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4827mA – LED operated at 4827mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4828mA – LED operated at 4828mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4829mA – LED operated at 4829mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 482mA – LED operated at 482mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4830mA – LED operated at 4830mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4831mA – LED operated at 4831mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4832mA – LED operated at 4832mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4833mA – LED operated at 4833mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4834mA – LED operated at 4834mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4835mA – LED operated at 4835mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4836mA – LED operated at 4836mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4837mA – LED operated at 4837mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4838mA – LED operated at 4838mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4839mA – LED operated at 4839mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 483mA – LED operated at 483mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4840mA – LED operated at 4840mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4841mA – LED operated at 4841mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4842mA – LED operated at 4842mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4843mA – LED operated at 4843mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4844mA – LED operated at 4844mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4845mA – LED operated at 4845mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4846mA – LED operated at 4846mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4847mA – LED operated at 4847mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4848mA – LED operated at 4848mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4849mA – LED operated at 4849mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 484mA – LED operated at 484mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4850mA – LED operated at 4850mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4851mA – LED operated at 4851mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4852mA – LED operated at 4852mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4853mA – LED operated at 4853mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4854mA – LED operated at 4854mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4855mA – LED operated at 4855mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4856mA – LED operated at 4856mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4857mA – LED operated at 4857mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4858mA – LED operated at 4858mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4859mA – LED operated at 4859mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 485mA – LED operated at 485mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4860mA – LED operated at 4860mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4861mA – LED operated at 4861mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4862mA – LED operated at 4862mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4863mA – LED operated at 4863mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4864mA – LED operated at 4864mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4865mA – LED operated at 4865mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4866mA – LED operated at 4866mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4867mA – LED operated at 4867mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4868mA – LED operated at 4868mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4869mA – LED operated at 4869mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 486mA – LED operated at 486mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4870mA – LED operated at 4870mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4871mA – LED operated at 4871mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4872mA – LED operated at 4872mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4873mA – LED operated at 4873mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4874mA – LED operated at 4874mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4875mA – LED operated at 4875mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4876mA – LED operated at 4876mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4877mA – LED operated at 4877mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4878mA – LED operated at 4878mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4879mA – LED operated at 4879mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 487mA – LED operated at 487mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4880mA – LED operated at 4880mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4881mA – LED operated at 4881mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4882mA – LED operated at 4882mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4883mA – LED operated at 4883mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4884mA – LED operated at 4884mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4885mA – LED operated at 4885mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4886mA – LED operated at 4886mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4887mA – LED operated at 4887mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4888mA – LED operated at 4888mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4889mA – LED operated at 4889mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 488mA – LED operated at 488mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4890mA – LED operated at 4890mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4891mA – LED operated at 4891mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4892mA – LED operated at 4892mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4893mA – LED operated at 4893mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4894mA – LED operated at 4894mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4895mA – LED operated at 4895mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4896mA – LED operated at 4896mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4897mA – LED operated at 4897mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4898mA – LED operated at 4898mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4899mA – LED operated at 4899mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 489mA – LED operated at 489mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 48mA – LED operated at 48mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4900mA – LED operated at 4900mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4901mA – LED operated at 4901mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4902mA – LED operated at 4902mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4903mA – LED operated at 4903mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4904mA – LED operated at 4904mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4905mA – LED operated at 4905mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4906mA – LED operated at 4906mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4907mA – LED operated at 4907mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4908mA – LED operated at 4908mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4909mA – LED operated at 4909mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 490mA – LED operated at 490mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4910mA – LED operated at 4910mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4911mA – LED operated at 4911mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4912mA – LED operated at 4912mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4913mA – LED operated at 4913mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4914mA – LED operated at 4914mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4915mA – LED operated at 4915mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4916mA – LED operated at 4916mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4917mA – LED operated at 4917mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4918mA – LED operated at 4918mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4919mA – LED operated at 4919mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 491mA – LED operated at 491mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4920mA – LED operated at 4920mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4921mA – LED operated at 4921mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4922mA – LED operated at 4922mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4923mA – LED operated at 4923mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4924mA – LED operated at 4924mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4925mA – LED operated at 4925mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4926mA – LED operated at 4926mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4927mA – LED operated at 4927mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4928mA – LED operated at 4928mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4929mA – LED operated at 4929mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 492mA – LED operated at 492mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4930mA – LED operated at 4930mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4931mA – LED operated at 4931mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4932mA – LED operated at 4932mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4933mA – LED operated at 4933mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4934mA – LED operated at 4934mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4935mA – LED operated at 4935mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4936mA – LED operated at 4936mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4937mA – LED operated at 4937mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4938mA – LED operated at 4938mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4939mA – LED operated at 4939mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 493mA – LED operated at 493mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4940mA – LED operated at 4940mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4941mA – LED operated at 4941mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4942mA – LED operated at 4942mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4943mA – LED operated at 4943mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4944mA – LED operated at 4944mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4945mA – LED operated at 4945mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4946mA – LED operated at 4946mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4947mA – LED operated at 4947mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4948mA – LED operated at 4948mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4949mA – LED operated at 4949mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 494mA – LED operated at 494mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4950mA – LED operated at 4950mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4951mA – LED operated at 4951mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4952mA – LED operated at 4952mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4953mA – LED operated at 4953mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4954mA – LED operated at 4954mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4955mA – LED operated at 4955mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4956mA – LED operated at 4956mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4957mA – LED operated at 4957mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4958mA – LED operated at 4958mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4959mA – LED operated at 4959mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 495mA – LED operated at 495mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4960mA – LED operated at 4960mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4961mA – LED operated at 4961mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4962mA – LED operated at 4962mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4963mA – LED operated at 4963mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4964mA – LED operated at 4964mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4965mA – LED operated at 4965mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4966mA – LED operated at 4966mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4967mA – LED operated at 4967mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4968mA – LED operated at 4968mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4969mA – LED operated at 4969mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 496mA – LED operated at 496mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4970mA – LED operated at 4970mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4971mA – LED operated at 4971mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4972mA – LED operated at 4972mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4973mA – LED operated at 4973mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4974mA – LED operated at 4974mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4975mA – LED operated at 4975mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4976mA – LED operated at 4976mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4977mA – LED operated at 4977mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4978mA – LED operated at 4978mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4979mA – LED operated at 4979mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 497mA – LED operated at 497mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4980mA – LED operated at 4980mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4981mA – LED operated at 4981mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4982mA – LED operated at 4982mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4983mA – LED operated at 4983mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4984mA – LED operated at 4984mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4985mA – LED operated at 4985mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4986mA – LED operated at 4986mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4987mA – LED operated at 4987mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4988mA – LED operated at 4988mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4989mA – LED operated at 4989mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 498mA – LED operated at 498mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4990mA – LED operated at 4990mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4991mA – LED operated at 4991mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4992mA – LED operated at 4992mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4993mA – LED operated at 4993mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4994mA – LED operated at 4994mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4995mA – LED operated at 4995mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4996mA – LED operated at 4996mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4997mA – LED operated at 4997mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4998mA – LED operated at 4998mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4999mA – LED operated at 4999mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 499mA – LED operated at 499mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 49mA – LED operated at 49mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 4mA – LED operated at 4mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5000mA – LED operated at 5000mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5001mA – LED operated at 5001mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5002mA – LED operated at 5002mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5003mA – LED operated at 5003mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5004mA – LED operated at 5004mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5005mA – LED operated at 5005mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5006mA – LED operated at 5006mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5007mA – LED operated at 5007mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5008mA – LED operated at 5008mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5009mA – LED operated at 5009mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 500mA – LED operated at 500mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5010mA – LED operated at 5010mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5011mA – LED operated at 5011mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5012mA – LED operated at 5012mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5013mA – LED operated at 5013mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5014mA – LED operated at 5014mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5015mA – LED operated at 5015mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5016mA – LED operated at 5016mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5017mA – LED operated at 5017mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5018mA – LED operated at 5018mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5019mA – LED operated at 5019mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 501mA – LED operated at 501mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5020mA – LED operated at 5020mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5021mA – LED operated at 5021mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5022mA – LED operated at 5022mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5023mA – LED operated at 5023mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5024mA – LED operated at 5024mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5025mA – LED operated at 5025mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5026mA – LED operated at 5026mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5027mA – LED operated at 5027mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5028mA – LED operated at 5028mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5029mA – LED operated at 5029mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 502mA – LED operated at 502mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5030mA – LED operated at 5030mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5031mA – LED operated at 5031mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5032mA – LED operated at 5032mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5033mA – LED operated at 5033mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5034mA – LED operated at 5034mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5035mA – LED operated at 5035mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5036mA – LED operated at 5036mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5037mA – LED operated at 5037mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5038mA – LED operated at 5038mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5039mA – LED operated at 5039mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 503mA – LED operated at 503mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5040mA – LED operated at 5040mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5041mA – LED operated at 5041mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5042mA – LED operated at 5042mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5043mA – LED operated at 5043mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5044mA – LED operated at 5044mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5045mA – LED operated at 5045mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5046mA – LED operated at 5046mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5047mA – LED operated at 5047mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5048mA – LED operated at 5048mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5049mA – LED operated at 5049mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 504mA – LED operated at 504mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5050mA – LED operated at 5050mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5051mA – LED operated at 5051mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5052mA – LED operated at 5052mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5053mA – LED operated at 5053mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5054mA – LED operated at 5054mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5055mA – LED operated at 5055mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5056mA – LED operated at 5056mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5057mA – LED operated at 5057mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5058mA – LED operated at 5058mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5059mA – LED operated at 5059mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 505mA – LED operated at 505mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5060mA – LED operated at 5060mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5061mA – LED operated at 5061mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5062mA – LED operated at 5062mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5063mA – LED operated at 5063mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5064mA – LED operated at 5064mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5065mA – LED operated at 5065mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5066mA – LED operated at 5066mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5067mA – LED operated at 5067mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5068mA – LED operated at 5068mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5069mA – LED operated at 5069mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 506mA – LED operated at 506mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5070mA – LED operated at 5070mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5071mA – LED operated at 5071mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5072mA – LED operated at 5072mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5073mA – LED operated at 5073mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5074mA – LED operated at 5074mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5075mA – LED operated at 5075mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5076mA – LED operated at 5076mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5077mA – LED operated at 5077mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5078mA – LED operated at 5078mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5079mA – LED operated at 5079mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 507mA – LED operated at 507mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5080mA – LED operated at 5080mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5081mA – LED operated at 5081mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5082mA – LED operated at 5082mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5083mA – LED operated at 5083mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5084mA – LED operated at 5084mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5085mA – LED operated at 5085mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5086mA – LED operated at 5086mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5087mA – LED operated at 5087mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5088mA – LED operated at 5088mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5089mA – LED operated at 5089mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 508mA – LED operated at 508mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5090mA – LED operated at 5090mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5091mA – LED operated at 5091mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5092mA – LED operated at 5092mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5093mA – LED operated at 5093mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5094mA – LED operated at 5094mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5095mA – LED operated at 5095mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5096mA – LED operated at 5096mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5097mA – LED operated at 5097mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5098mA – LED operated at 5098mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5099mA – LED operated at 5099mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 509mA – LED operated at 509mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 50mA – LED operated at 50mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5100mA – LED operated at 5100mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5101mA – LED operated at 5101mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5102mA – LED operated at 5102mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5103mA – LED operated at 5103mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5104mA – LED operated at 5104mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5105mA – LED operated at 5105mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5106mA – LED operated at 5106mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5107mA – LED operated at 5107mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5108mA – LED operated at 5108mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5109mA – LED operated at 5109mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 510mA – LED operated at 510mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5110mA – LED operated at 5110mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5111mA – LED operated at 5111mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5112mA – LED operated at 5112mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5113mA – LED operated at 5113mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5114mA – LED operated at 5114mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5115mA – LED operated at 5115mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5116mA – LED operated at 5116mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5117mA – LED operated at 5117mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5118mA – LED operated at 5118mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5119mA – LED operated at 5119mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 511mA – LED operated at 511mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5120mA – LED operated at 5120mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5121mA – LED operated at 5121mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5122mA – LED operated at 5122mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5123mA – LED operated at 5123mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5124mA – LED operated at 5124mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5125mA – LED operated at 5125mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5126mA – LED operated at 5126mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5127mA – LED operated at 5127mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5128mA – LED operated at 5128mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5129mA – LED operated at 5129mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 512mA – LED operated at 512mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5130mA – LED operated at 5130mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5131mA – LED operated at 5131mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5132mA – LED operated at 5132mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5133mA – LED operated at 5133mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5134mA – LED operated at 5134mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5135mA – LED operated at 5135mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5136mA – LED operated at 5136mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5137mA – LED operated at 5137mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5138mA – LED operated at 5138mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5139mA – LED operated at 5139mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 513mA – LED operated at 513mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5140mA – LED operated at 5140mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5141mA – LED operated at 5141mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5142mA – LED operated at 5142mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5143mA – LED operated at 5143mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5144mA – LED operated at 5144mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5145mA – LED operated at 5145mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5146mA – LED operated at 5146mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5147mA – LED operated at 5147mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5148mA – LED operated at 5148mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5149mA – LED operated at 5149mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 514mA – LED operated at 514mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5150mA – LED operated at 5150mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5151mA – LED operated at 5151mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5152mA – LED operated at 5152mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5153mA – LED operated at 5153mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5154mA – LED operated at 5154mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5155mA – LED operated at 5155mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5156mA – LED operated at 5156mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5157mA – LED operated at 5157mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5158mA – LED operated at 5158mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5159mA – LED operated at 5159mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 515mA – LED operated at 515mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5160mA – LED operated at 5160mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5161mA – LED operated at 5161mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5162mA – LED operated at 5162mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5163mA – LED operated at 5163mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5164mA – LED operated at 5164mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5165mA – LED operated at 5165mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5166mA – LED operated at 5166mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5167mA – LED operated at 5167mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5168mA – LED operated at 5168mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5169mA – LED operated at 5169mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 516mA – LED operated at 516mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5170mA – LED operated at 5170mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5171mA – LED operated at 5171mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5172mA – LED operated at 5172mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5173mA – LED operated at 5173mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5174mA – LED operated at 5174mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5175mA – LED operated at 5175mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5176mA – LED operated at 5176mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5177mA – LED operated at 5177mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5178mA – LED operated at 5178mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5179mA – LED operated at 5179mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 517mA – LED operated at 517mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5180mA – LED operated at 5180mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5181mA – LED operated at 5181mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5182mA – LED operated at 5182mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5183mA – LED operated at 5183mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5184mA – LED operated at 5184mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5185mA – LED operated at 5185mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5186mA – LED operated at 5186mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5187mA – LED operated at 5187mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5188mA – LED operated at 5188mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5189mA – LED operated at 5189mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 518mA – LED operated at 518mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5190mA – LED operated at 5190mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5191mA – LED operated at 5191mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5192mA – LED operated at 5192mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5193mA – LED operated at 5193mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5194mA – LED operated at 5194mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5195mA – LED operated at 5195mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5196mA – LED operated at 5196mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5197mA – LED operated at 5197mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5198mA – LED operated at 5198mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5199mA – LED operated at 5199mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 519mA – LED operated at 519mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 51mA – LED operated at 51mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5200mA – LED operated at 5200mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5201mA – LED operated at 5201mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5202mA – LED operated at 5202mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5203mA – LED operated at 5203mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5204mA – LED operated at 5204mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5205mA – LED operated at 5205mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5206mA – LED operated at 5206mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5207mA – LED operated at 5207mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5208mA – LED operated at 5208mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5209mA – LED operated at 5209mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 520mA – LED operated at 520mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5210mA – LED operated at 5210mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5211mA – LED operated at 5211mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5212mA – LED operated at 5212mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5213mA – LED operated at 5213mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5214mA – LED operated at 5214mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5215mA – LED operated at 5215mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5216mA – LED operated at 5216mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5217mA – LED operated at 5217mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5218mA – LED operated at 5218mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5219mA – LED operated at 5219mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 521mA – LED operated at 521mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5220mA – LED operated at 5220mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5221mA – LED operated at 5221mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5222mA – LED operated at 5222mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5223mA – LED operated at 5223mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5224mA – LED operated at 5224mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5225mA – LED operated at 5225mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5226mA – LED operated at 5226mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5227mA – LED operated at 5227mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5228mA – LED operated at 5228mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5229mA – LED operated at 5229mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 522mA – LED operated at 522mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5230mA – LED operated at 5230mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5231mA – LED operated at 5231mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5232mA – LED operated at 5232mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5233mA – LED operated at 5233mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5234mA – LED operated at 5234mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5235mA – LED operated at 5235mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5236mA – LED operated at 5236mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5237mA – LED operated at 5237mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5238mA – LED operated at 5238mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5239mA – LED operated at 5239mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 523mA – LED operated at 523mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5240mA – LED operated at 5240mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5241mA – LED operated at 5241mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5242mA – LED operated at 5242mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5243mA – LED operated at 5243mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5244mA – LED operated at 5244mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5245mA – LED operated at 5245mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5246mA – LED operated at 5246mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5247mA – LED operated at 5247mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5248mA – LED operated at 5248mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5249mA – LED operated at 5249mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 524mA – LED operated at 524mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5250mA – LED operated at 5250mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5251mA – LED operated at 5251mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5252mA – LED operated at 5252mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5253mA – LED operated at 5253mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5254mA – LED operated at 5254mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5255mA – LED operated at 5255mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5256mA – LED operated at 5256mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5257mA – LED operated at 5257mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5258mA – LED operated at 5258mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5259mA – LED operated at 5259mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 525mA – LED operated at 525mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5260mA – LED operated at 5260mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5261mA – LED operated at 5261mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5262mA – LED operated at 5262mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5263mA – LED operated at 5263mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5264mA – LED operated at 5264mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5265mA – LED operated at 5265mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5266mA – LED operated at 5266mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5267mA – LED operated at 5267mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5268mA – LED operated at 5268mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5269mA – LED operated at 5269mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 526mA – LED operated at 526mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5270mA – LED operated at 5270mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5271mA – LED operated at 5271mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5272mA – LED operated at 5272mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5273mA – LED operated at 5273mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5274mA – LED operated at 5274mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5275mA – LED operated at 5275mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5276mA – LED operated at 5276mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5277mA – LED operated at 5277mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5278mA – LED operated at 5278mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5279mA – LED operated at 5279mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 527mA – LED operated at 527mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5280mA – LED operated at 5280mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5281mA – LED operated at 5281mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5282mA – LED operated at 5282mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5283mA – LED operated at 5283mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5284mA – LED operated at 5284mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5285mA – LED operated at 5285mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5286mA – LED operated at 5286mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5287mA – LED operated at 5287mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5288mA – LED operated at 5288mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5289mA – LED operated at 5289mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 528mA – LED operated at 528mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5290mA – LED operated at 5290mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5291mA – LED operated at 5291mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5292mA – LED operated at 5292mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5293mA – LED operated at 5293mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5294mA – LED operated at 5294mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5295mA – LED operated at 5295mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5296mA – LED operated at 5296mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5297mA – LED operated at 5297mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5298mA – LED operated at 5298mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5299mA – LED operated at 5299mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 529mA – LED operated at 529mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 52mA – LED operated at 52mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5300mA – LED operated at 5300mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5301mA – LED operated at 5301mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5302mA – LED operated at 5302mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5303mA – LED operated at 5303mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5304mA – LED operated at 5304mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5305mA – LED operated at 5305mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5306mA – LED operated at 5306mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5307mA – LED operated at 5307mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5308mA – LED operated at 5308mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5309mA – LED operated at 5309mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 530mA – LED operated at 530mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5310mA – LED operated at 5310mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5311mA – LED operated at 5311mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5312mA – LED operated at 5312mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5313mA – LED operated at 5313mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5314mA – LED operated at 5314mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5315mA – LED operated at 5315mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5316mA – LED operated at 5316mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5317mA – LED operated at 5317mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5318mA – LED operated at 5318mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5319mA – LED operated at 5319mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 531mA – LED operated at 531mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5320mA – LED operated at 5320mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5321mA – LED operated at 5321mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5322mA – LED operated at 5322mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5323mA – LED operated at 5323mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5324mA – LED operated at 5324mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5325mA – LED operated at 5325mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5326mA – LED operated at 5326mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5327mA – LED operated at 5327mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5328mA – LED operated at 5328mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5329mA – LED operated at 5329mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 532mA – LED operated at 532mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5330mA – LED operated at 5330mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5331mA – LED operated at 5331mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5332mA – LED operated at 5332mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5333mA – LED operated at 5333mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5334mA – LED operated at 5334mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5335mA – LED operated at 5335mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5336mA – LED operated at 5336mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5337mA – LED operated at 5337mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5338mA – LED operated at 5338mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5339mA – LED operated at 5339mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 533mA – LED operated at 533mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5340mA – LED operated at 5340mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5341mA – LED operated at 5341mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5342mA – LED operated at 5342mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5343mA – LED operated at 5343mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5344mA – LED operated at 5344mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5345mA – LED operated at 5345mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5346mA – LED operated at 5346mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5347mA – LED operated at 5347mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5348mA – LED operated at 5348mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5349mA – LED operated at 5349mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 534mA – LED operated at 534mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5350mA – LED operated at 5350mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5351mA – LED operated at 5351mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5352mA – LED operated at 5352mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5353mA – LED operated at 5353mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5354mA – LED operated at 5354mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5355mA – LED operated at 5355mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5356mA – LED operated at 5356mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5357mA – LED operated at 5357mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5358mA – LED operated at 5358mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5359mA – LED operated at 5359mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 535mA – LED operated at 535mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5360mA – LED operated at 5360mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5361mA – LED operated at 5361mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5362mA – LED operated at 5362mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5363mA – LED operated at 5363mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5364mA – LED operated at 5364mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5365mA – LED operated at 5365mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5366mA – LED operated at 5366mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5367mA – LED operated at 5367mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5368mA – LED operated at 5368mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5369mA – LED operated at 5369mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 536mA – LED operated at 536mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5370mA – LED operated at 5370mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5371mA – LED operated at 5371mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5372mA – LED operated at 5372mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5373mA – LED operated at 5373mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5374mA – LED operated at 5374mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5375mA – LED operated at 5375mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5376mA – LED operated at 5376mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5377mA – LED operated at 5377mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5378mA – LED operated at 5378mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5379mA – LED operated at 5379mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 537mA – LED operated at 537mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5380mA – LED operated at 5380mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5381mA – LED operated at 5381mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5382mA – LED operated at 5382mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5383mA – LED operated at 5383mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5384mA – LED operated at 5384mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5385mA – LED operated at 5385mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5386mA – LED operated at 5386mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5387mA – LED operated at 5387mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5388mA – LED operated at 5388mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5389mA – LED operated at 5389mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 538mA – LED operated at 538mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5390mA – LED operated at 5390mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5391mA – LED operated at 5391mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5392mA – LED operated at 5392mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5393mA – LED operated at 5393mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5394mA – LED operated at 5394mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5395mA – LED operated at 5395mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5396mA – LED operated at 5396mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5397mA – LED operated at 5397mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5398mA – LED operated at 5398mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5399mA – LED operated at 5399mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 539mA – LED operated at 539mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 53mA – LED operated at 53mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5400mA – LED operated at 5400mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5401mA – LED operated at 5401mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5402mA – LED operated at 5402mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5403mA – LED operated at 5403mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5404mA – LED operated at 5404mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5405mA – LED operated at 5405mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5406mA – LED operated at 5406mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5407mA – LED operated at 5407mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5408mA – LED operated at 5408mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5409mA – LED operated at 5409mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 540mA – LED operated at 540mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5410mA – LED operated at 5410mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5411mA – LED operated at 5411mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5412mA – LED operated at 5412mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5413mA – LED operated at 5413mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5414mA – LED operated at 5414mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5415mA – LED operated at 5415mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5416mA – LED operated at 5416mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5417mA – LED operated at 5417mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5418mA – LED operated at 5418mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5419mA – LED operated at 5419mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 541mA – LED operated at 541mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5420mA – LED operated at 5420mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5421mA – LED operated at 5421mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5422mA – LED operated at 5422mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5423mA – LED operated at 5423mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5424mA – LED operated at 5424mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5425mA – LED operated at 5425mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5426mA – LED operated at 5426mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5427mA – LED operated at 5427mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5428mA – LED operated at 5428mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5429mA – LED operated at 5429mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 542mA – LED operated at 542mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5430mA – LED operated at 5430mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5431mA – LED operated at 5431mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5432mA – LED operated at 5432mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5433mA – LED operated at 5433mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5434mA – LED operated at 5434mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5435mA – LED operated at 5435mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5436mA – LED operated at 5436mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5437mA – LED operated at 5437mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5438mA – LED operated at 5438mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5439mA – LED operated at 5439mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 543mA – LED operated at 543mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5440mA – LED operated at 5440mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5441mA – LED operated at 5441mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5442mA – LED operated at 5442mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5443mA – LED operated at 5443mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5444mA – LED operated at 5444mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5445mA – LED operated at 5445mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5446mA – LED operated at 5446mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5447mA – LED operated at 5447mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5448mA – LED operated at 5448mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5449mA – LED operated at 5449mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 544mA – LED operated at 544mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5450mA – LED operated at 5450mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5451mA – LED operated at 5451mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5452mA – LED operated at 5452mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5453mA – LED operated at 5453mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5454mA – LED operated at 5454mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5455mA – LED operated at 5455mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5456mA – LED operated at 5456mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5457mA – LED operated at 5457mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5458mA – LED operated at 5458mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5459mA – LED operated at 5459mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 545mA – LED operated at 545mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5460mA – LED operated at 5460mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5461mA – LED operated at 5461mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5462mA – LED operated at 5462mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5463mA – LED operated at 5463mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5464mA – LED operated at 5464mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5465mA – LED operated at 5465mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5466mA – LED operated at 5466mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5467mA – LED operated at 5467mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5468mA – LED operated at 5468mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5469mA – LED operated at 5469mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 546mA – LED operated at 546mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5470mA – LED operated at 5470mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5471mA – LED operated at 5471mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5472mA – LED operated at 5472mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5473mA – LED operated at 5473mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5474mA – LED operated at 5474mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5475mA – LED operated at 5475mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5476mA – LED operated at 5476mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5477mA – LED operated at 5477mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5478mA – LED operated at 5478mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5479mA – LED operated at 5479mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 547mA – LED operated at 547mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5480mA – LED operated at 5480mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5481mA – LED operated at 5481mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5482mA – LED operated at 5482mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5483mA – LED operated at 5483mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5484mA – LED operated at 5484mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5485mA – LED operated at 5485mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5486mA – LED operated at 5486mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5487mA – LED operated at 5487mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5488mA – LED operated at 5488mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5489mA – LED operated at 5489mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 548mA – LED operated at 548mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5490mA – LED operated at 5490mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5491mA – LED operated at 5491mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5492mA – LED operated at 5492mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5493mA – LED operated at 5493mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5494mA – LED operated at 5494mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5495mA – LED operated at 5495mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5496mA – LED operated at 5496mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5497mA – LED operated at 5497mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5498mA – LED operated at 5498mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5499mA – LED operated at 5499mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 549mA – LED operated at 549mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 54mA – LED operated at 54mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5500mA – LED operated at 5500mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5501mA – LED operated at 5501mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5502mA – LED operated at 5502mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5503mA – LED operated at 5503mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5504mA – LED operated at 5504mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5505mA – LED operated at 5505mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5506mA – LED operated at 5506mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5507mA – LED operated at 5507mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5508mA – LED operated at 5508mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5509mA – LED operated at 5509mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 550mA – LED operated at 550mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5510mA – LED operated at 5510mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5511mA – LED operated at 5511mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5512mA – LED operated at 5512mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5513mA – LED operated at 5513mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5514mA – LED operated at 5514mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5515mA – LED operated at 5515mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5516mA – LED operated at 5516mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5517mA – LED operated at 5517mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5518mA – LED operated at 5518mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5519mA – LED operated at 5519mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 551mA – LED operated at 551mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5520mA – LED operated at 5520mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5521mA – LED operated at 5521mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5522mA – LED operated at 5522mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5523mA – LED operated at 5523mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5524mA – LED operated at 5524mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5525mA – LED operated at 5525mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5526mA – LED operated at 5526mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5527mA – LED operated at 5527mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5528mA – LED operated at 5528mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5529mA – LED operated at 5529mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 552mA – LED operated at 552mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5530mA – LED operated at 5530mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5531mA – LED operated at 5531mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5532mA – LED operated at 5532mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5533mA – LED operated at 5533mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5534mA – LED operated at 5534mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5535mA – LED operated at 5535mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5536mA – LED operated at 5536mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5537mA – LED operated at 5537mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5538mA – LED operated at 5538mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5539mA – LED operated at 5539mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 553mA – LED operated at 553mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5540mA – LED operated at 5540mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5541mA – LED operated at 5541mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5542mA – LED operated at 5542mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5543mA – LED operated at 5543mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5544mA – LED operated at 5544mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5545mA – LED operated at 5545mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5546mA – LED operated at 5546mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5547mA – LED operated at 5547mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5548mA – LED operated at 5548mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5549mA – LED operated at 5549mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 554mA – LED operated at 554mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5550mA – LED operated at 5550mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5551mA – LED operated at 5551mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5552mA – LED operated at 5552mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5553mA – LED operated at 5553mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5554mA – LED operated at 5554mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5555mA – LED operated at 5555mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5556mA – LED operated at 5556mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5557mA – LED operated at 5557mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5558mA – LED operated at 5558mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5559mA – LED operated at 5559mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 555mA – LED operated at 555mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5560mA – LED operated at 5560mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5561mA – LED operated at 5561mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5562mA – LED operated at 5562mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5563mA – LED operated at 5563mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5564mA – LED operated at 5564mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5565mA – LED operated at 5565mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5566mA – LED operated at 5566mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5567mA – LED operated at 5567mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5568mA – LED operated at 5568mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5569mA – LED operated at 5569mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 556mA – LED operated at 556mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5570mA – LED operated at 5570mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5571mA – LED operated at 5571mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5572mA – LED operated at 5572mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5573mA – LED operated at 5573mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5574mA – LED operated at 5574mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5575mA – LED operated at 5575mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5576mA – LED operated at 5576mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5577mA – LED operated at 5577mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5578mA – LED operated at 5578mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5579mA – LED operated at 5579mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 557mA – LED operated at 557mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5580mA – LED operated at 5580mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5581mA – LED operated at 5581mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5582mA – LED operated at 5582mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5583mA – LED operated at 5583mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5584mA – LED operated at 5584mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5585mA – LED operated at 5585mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5586mA – LED operated at 5586mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5587mA – LED operated at 5587mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5588mA – LED operated at 5588mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5589mA – LED operated at 5589mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 558mA – LED operated at 558mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5590mA – LED operated at 5590mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5591mA – LED operated at 5591mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5592mA – LED operated at 5592mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5593mA – LED operated at 5593mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5594mA – LED operated at 5594mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5595mA – LED operated at 5595mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5596mA – LED operated at 5596mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5597mA – LED operated at 5597mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5598mA – LED operated at 5598mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5599mA – LED operated at 5599mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 559mA – LED operated at 559mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 55mA – LED operated at 55mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5600mA – LED operated at 5600mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5601mA – LED operated at 5601mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5602mA – LED operated at 5602mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5603mA – LED operated at 5603mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5604mA – LED operated at 5604mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5605mA – LED operated at 5605mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5606mA – LED operated at 5606mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5607mA – LED operated at 5607mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5608mA – LED operated at 5608mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5609mA – LED operated at 5609mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 560mA – LED operated at 560mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5610mA – LED operated at 5610mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5611mA – LED operated at 5611mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5612mA – LED operated at 5612mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5613mA – LED operated at 5613mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5614mA – LED operated at 5614mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5615mA – LED operated at 5615mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5616mA – LED operated at 5616mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5617mA – LED operated at 5617mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5618mA – LED operated at 5618mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5619mA – LED operated at 5619mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 561mA – LED operated at 561mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5620mA – LED operated at 5620mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5621mA – LED operated at 5621mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5622mA – LED operated at 5622mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5623mA – LED operated at 5623mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5624mA – LED operated at 5624mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5625mA – LED operated at 5625mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5626mA – LED operated at 5626mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5627mA – LED operated at 5627mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5628mA – LED operated at 5628mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5629mA – LED operated at 5629mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 562mA – LED operated at 562mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5630mA – LED operated at 5630mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5631mA – LED operated at 5631mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5632mA – LED operated at 5632mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5633mA – LED operated at 5633mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5634mA – LED operated at 5634mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5635mA – LED operated at 5635mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5636mA – LED operated at 5636mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5637mA – LED operated at 5637mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5638mA – LED operated at 5638mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5639mA – LED operated at 5639mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 563mA – LED operated at 563mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5640mA – LED operated at 5640mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5641mA – LED operated at 5641mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5642mA – LED operated at 5642mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5643mA – LED operated at 5643mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5644mA – LED operated at 5644mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5645mA – LED operated at 5645mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5646mA – LED operated at 5646mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5647mA – LED operated at 5647mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5648mA – LED operated at 5648mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5649mA – LED operated at 5649mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 564mA – LED operated at 564mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5650mA – LED operated at 5650mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5651mA – LED operated at 5651mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5652mA – LED operated at 5652mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5653mA – LED operated at 5653mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5654mA – LED operated at 5654mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5655mA – LED operated at 5655mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5656mA – LED operated at 5656mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5657mA – LED operated at 5657mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5658mA – LED operated at 5658mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5659mA – LED operated at 5659mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 565mA – LED operated at 565mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5660mA – LED operated at 5660mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5661mA – LED operated at 5661mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5662mA – LED operated at 5662mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5663mA – LED operated at 5663mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5664mA – LED operated at 5664mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5665mA – LED operated at 5665mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5666mA – LED operated at 5666mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5667mA – LED operated at 5667mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5668mA – LED operated at 5668mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5669mA – LED operated at 5669mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 566mA – LED operated at 566mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5670mA – LED operated at 5670mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5671mA – LED operated at 5671mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5672mA – LED operated at 5672mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5673mA – LED operated at 5673mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5674mA – LED operated at 5674mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5675mA – LED operated at 5675mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5676mA – LED operated at 5676mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5677mA – LED operated at 5677mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5678mA – LED operated at 5678mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5679mA – LED operated at 5679mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 567mA – LED operated at 567mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5680mA – LED operated at 5680mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5681mA – LED operated at 5681mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5682mA – LED operated at 5682mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5683mA – LED operated at 5683mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5684mA – LED operated at 5684mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5685mA – LED operated at 5685mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5686mA – LED operated at 5686mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5687mA – LED operated at 5687mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5688mA – LED operated at 5688mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5689mA – LED operated at 5689mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 568mA – LED operated at 568mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5690mA – LED operated at 5690mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5691mA – LED operated at 5691mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5692mA – LED operated at 5692mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5693mA – LED operated at 5693mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5694mA – LED operated at 5694mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5695mA – LED operated at 5695mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5696mA – LED operated at 5696mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5697mA – LED operated at 5697mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5698mA – LED operated at 5698mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5699mA – LED operated at 5699mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 569mA – LED operated at 569mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 56mA – LED operated at 56mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5700mA – LED operated at 5700mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5701mA – LED operated at 5701mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5702mA – LED operated at 5702mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5703mA – LED operated at 5703mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5704mA – LED operated at 5704mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5705mA – LED operated at 5705mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5706mA – LED operated at 5706mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5707mA – LED operated at 5707mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5708mA – LED operated at 5708mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5709mA – LED operated at 5709mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 570mA – LED operated at 570mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5710mA – LED operated at 5710mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5711mA – LED operated at 5711mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5712mA – LED operated at 5712mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5713mA – LED operated at 5713mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5714mA – LED operated at 5714mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5715mA – LED operated at 5715mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5716mA – LED operated at 5716mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5717mA – LED operated at 5717mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5718mA – LED operated at 5718mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5719mA – LED operated at 5719mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 571mA – LED operated at 571mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5720mA – LED operated at 5720mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5721mA – LED operated at 5721mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5722mA – LED operated at 5722mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5723mA – LED operated at 5723mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5724mA – LED operated at 5724mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5725mA – LED operated at 5725mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5726mA – LED operated at 5726mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5727mA – LED operated at 5727mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5728mA – LED operated at 5728mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5729mA – LED operated at 5729mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 572mA – LED operated at 572mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5730mA – LED operated at 5730mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5731mA – LED operated at 5731mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5732mA – LED operated at 5732mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5733mA – LED operated at 5733mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5734mA – LED operated at 5734mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5735mA – LED operated at 5735mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5736mA – LED operated at 5736mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5737mA – LED operated at 5737mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5738mA – LED operated at 5738mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5739mA – LED operated at 5739mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 573mA – LED operated at 573mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5740mA – LED operated at 5740mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5741mA – LED operated at 5741mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5742mA – LED operated at 5742mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5743mA – LED operated at 5743mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5744mA – LED operated at 5744mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5745mA – LED operated at 5745mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5746mA – LED operated at 5746mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5747mA – LED operated at 5747mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5748mA – LED operated at 5748mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5749mA – LED operated at 5749mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 574mA – LED operated at 574mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5750mA – LED operated at 5750mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5751mA – LED operated at 5751mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5752mA – LED operated at 5752mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5753mA – LED operated at 5753mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5754mA – LED operated at 5754mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5755mA – LED operated at 5755mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5756mA – LED operated at 5756mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5757mA – LED operated at 5757mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5758mA – LED operated at 5758mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5759mA – LED operated at 5759mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 575mA – LED operated at 575mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5760mA – LED operated at 5760mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5761mA – LED operated at 5761mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5762mA – LED operated at 5762mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5763mA – LED operated at 5763mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5764mA – LED operated at 5764mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5765mA – LED operated at 5765mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5766mA – LED operated at 5766mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5767mA – LED operated at 5767mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5768mA – LED operated at 5768mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5769mA – LED operated at 5769mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 576mA – LED operated at 576mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5770mA – LED operated at 5770mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5771mA – LED operated at 5771mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5772mA – LED operated at 5772mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5773mA – LED operated at 5773mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5774mA – LED operated at 5774mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5775mA – LED operated at 5775mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5776mA – LED operated at 5776mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5777mA – LED operated at 5777mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5778mA – LED operated at 5778mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5779mA – LED operated at 5779mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 577mA – LED operated at 577mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5780mA – LED operated at 5780mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5781mA – LED operated at 5781mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5782mA – LED operated at 5782mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5783mA – LED operated at 5783mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5784mA – LED operated at 5784mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5785mA – LED operated at 5785mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5786mA – LED operated at 5786mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5787mA – LED operated at 5787mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5788mA – LED operated at 5788mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5789mA – LED operated at 5789mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 578mA – LED operated at 578mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5790mA – LED operated at 5790mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5791mA – LED operated at 5791mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5792mA – LED operated at 5792mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5793mA – LED operated at 5793mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5794mA – LED operated at 5794mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5795mA – LED operated at 5795mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5796mA – LED operated at 5796mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5797mA – LED operated at 5797mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5798mA – LED operated at 5798mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5799mA – LED operated at 5799mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 579mA – LED operated at 579mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 57mA – LED operated at 57mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5800mA – LED operated at 5800mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5801mA – LED operated at 5801mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5802mA – LED operated at 5802mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5803mA – LED operated at 5803mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5804mA – LED operated at 5804mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5805mA – LED operated at 5805mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5806mA – LED operated at 5806mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5807mA – LED operated at 5807mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5808mA – LED operated at 5808mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5809mA – LED operated at 5809mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 580mA – LED operated at 580mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5810mA – LED operated at 5810mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5811mA – LED operated at 5811mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5812mA – LED operated at 5812mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5813mA – LED operated at 5813mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5814mA – LED operated at 5814mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5815mA – LED operated at 5815mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5816mA – LED operated at 5816mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5817mA – LED operated at 5817mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5818mA – LED operated at 5818mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5819mA – LED operated at 5819mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 581mA – LED operated at 581mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5820mA – LED operated at 5820mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5821mA – LED operated at 5821mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5822mA – LED operated at 5822mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5823mA – LED operated at 5823mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5824mA – LED operated at 5824mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5825mA – LED operated at 5825mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5826mA – LED operated at 5826mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5827mA – LED operated at 5827mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5828mA – LED operated at 5828mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5829mA – LED operated at 5829mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 582mA – LED operated at 582mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5830mA – LED operated at 5830mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5831mA – LED operated at 5831mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5832mA – LED operated at 5832mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5833mA – LED operated at 5833mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5834mA – LED operated at 5834mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5835mA – LED operated at 5835mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5836mA – LED operated at 5836mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5837mA – LED operated at 5837mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5838mA – LED operated at 5838mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5839mA – LED operated at 5839mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 583mA – LED operated at 583mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5840mA – LED operated at 5840mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5841mA – LED operated at 5841mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5842mA – LED operated at 5842mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5843mA – LED operated at 5843mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5844mA – LED operated at 5844mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5845mA – LED operated at 5845mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5846mA – LED operated at 5846mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5847mA – LED operated at 5847mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5848mA – LED operated at 5848mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5849mA – LED operated at 5849mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 584mA – LED operated at 584mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5850mA – LED operated at 5850mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5851mA – LED operated at 5851mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5852mA – LED operated at 5852mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5853mA – LED operated at 5853mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5854mA – LED operated at 5854mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5855mA – LED operated at 5855mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5856mA – LED operated at 5856mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5857mA – LED operated at 5857mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5858mA – LED operated at 5858mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5859mA – LED operated at 5859mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 585mA – LED operated at 585mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5860mA – LED operated at 5860mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5861mA – LED operated at 5861mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5862mA – LED operated at 5862mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5863mA – LED operated at 5863mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5864mA – LED operated at 5864mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5865mA – LED operated at 5865mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5866mA – LED operated at 5866mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5867mA – LED operated at 5867mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5868mA – LED operated at 5868mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5869mA – LED operated at 5869mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 586mA – LED operated at 586mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5870mA – LED operated at 5870mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5871mA – LED operated at 5871mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5872mA – LED operated at 5872mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5873mA – LED operated at 5873mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5874mA – LED operated at 5874mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5875mA – LED operated at 5875mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5876mA – LED operated at 5876mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5877mA – LED operated at 5877mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5878mA – LED operated at 5878mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5879mA – LED operated at 5879mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 587mA – LED operated at 587mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5880mA – LED operated at 5880mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5881mA – LED operated at 5881mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5882mA – LED operated at 5882mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5883mA – LED operated at 5883mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5884mA – LED operated at 5884mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5885mA – LED operated at 5885mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5886mA – LED operated at 5886mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5887mA – LED operated at 5887mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5888mA – LED operated at 5888mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5889mA – LED operated at 5889mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 588mA – LED operated at 588mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5890mA – LED operated at 5890mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5891mA – LED operated at 5891mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5892mA – LED operated at 5892mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5893mA – LED operated at 5893mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5894mA – LED operated at 5894mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5895mA – LED operated at 5895mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5896mA – LED operated at 5896mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5897mA – LED operated at 5897mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5898mA – LED operated at 5898mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5899mA – LED operated at 5899mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 589mA – LED operated at 589mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 58mA – LED operated at 58mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5900mA – LED operated at 5900mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5901mA – LED operated at 5901mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5902mA – LED operated at 5902mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5903mA – LED operated at 5903mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5904mA – LED operated at 5904mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5905mA – LED operated at 5905mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5906mA – LED operated at 5906mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5907mA – LED operated at 5907mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5908mA – LED operated at 5908mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5909mA – LED operated at 5909mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 590mA – LED operated at 590mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5910mA – LED operated at 5910mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5911mA – LED operated at 5911mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5912mA – LED operated at 5912mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5913mA – LED operated at 5913mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5914mA – LED operated at 5914mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5915mA – LED operated at 5915mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5916mA – LED operated at 5916mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5917mA – LED operated at 5917mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5918mA – LED operated at 5918mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5919mA – LED operated at 5919mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 591mA – LED operated at 591mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5920mA – LED operated at 5920mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5921mA – LED operated at 5921mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5922mA – LED operated at 5922mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5923mA – LED operated at 5923mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5924mA – LED operated at 5924mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5925mA – LED operated at 5925mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5926mA – LED operated at 5926mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5927mA – LED operated at 5927mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5928mA – LED operated at 5928mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5929mA – LED operated at 5929mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 592mA – LED operated at 592mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5930mA – LED operated at 5930mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5931mA – LED operated at 5931mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5932mA – LED operated at 5932mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5933mA – LED operated at 5933mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5934mA – LED operated at 5934mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5935mA – LED operated at 5935mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5936mA – LED operated at 5936mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5937mA – LED operated at 5937mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5938mA – LED operated at 5938mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5939mA – LED operated at 5939mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 593mA – LED operated at 593mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5940mA – LED operated at 5940mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5941mA – LED operated at 5941mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5942mA – LED operated at 5942mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5943mA – LED operated at 5943mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5944mA – LED operated at 5944mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5945mA – LED operated at 5945mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5946mA – LED operated at 5946mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5947mA – LED operated at 5947mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5948mA – LED operated at 5948mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5949mA – LED operated at 5949mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 594mA – LED operated at 594mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5950mA – LED operated at 5950mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5951mA – LED operated at 5951mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5952mA – LED operated at 5952mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5953mA – LED operated at 5953mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5954mA – LED operated at 5954mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5955mA – LED operated at 5955mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5956mA – LED operated at 5956mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5957mA – LED operated at 5957mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5958mA – LED operated at 5958mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5959mA – LED operated at 5959mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 595mA – LED operated at 595mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5960mA – LED operated at 5960mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5961mA – LED operated at 5961mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5962mA – LED operated at 5962mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5963mA – LED operated at 5963mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5964mA – LED operated at 5964mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5965mA – LED operated at 5965mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5966mA – LED operated at 5966mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5967mA – LED operated at 5967mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5968mA – LED operated at 5968mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5969mA – LED operated at 5969mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 596mA – LED operated at 596mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5970mA – LED operated at 5970mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5971mA – LED operated at 5971mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5972mA – LED operated at 5972mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5973mA – LED operated at 5973mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5974mA – LED operated at 5974mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5975mA – LED operated at 5975mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5976mA – LED operated at 5976mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5977mA – LED operated at 5977mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5978mA – LED operated at 5978mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5979mA – LED operated at 5979mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 597mA – LED operated at 597mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5980mA – LED operated at 5980mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5981mA – LED operated at 5981mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5982mA – LED operated at 5982mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5983mA – LED operated at 5983mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5984mA – LED operated at 5984mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5985mA – LED operated at 5985mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5986mA – LED operated at 5986mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5987mA – LED operated at 5987mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5988mA – LED operated at 5988mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5989mA – LED operated at 5989mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 598mA – LED operated at 598mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5990mA – LED operated at 5990mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5991mA – LED operated at 5991mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5992mA – LED operated at 5992mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5993mA – LED operated at 5993mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5994mA – LED operated at 5994mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5995mA – LED operated at 5995mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5996mA – LED operated at 5996mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5997mA – LED operated at 5997mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5998mA – LED operated at 5998mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5999mA – LED operated at 5999mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 599mA – LED operated at 599mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 59mA – LED operated at 59mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 5mA – LED operated at 5mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6000mA – LED operated at 6000mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6001mA – LED operated at 6001mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6002mA – LED operated at 6002mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6003mA – LED operated at 6003mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6004mA – LED operated at 6004mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6005mA – LED operated at 6005mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6006mA – LED operated at 6006mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6007mA – LED operated at 6007mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6008mA – LED operated at 6008mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6009mA – LED operated at 6009mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 600mA – LED operated at 600mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6010mA – LED operated at 6010mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6011mA – LED operated at 6011mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6012mA – LED operated at 6012mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6013mA – LED operated at 6013mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6014mA – LED operated at 6014mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6015mA – LED operated at 6015mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6016mA – LED operated at 6016mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6017mA – LED operated at 6017mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6018mA – LED operated at 6018mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6019mA – LED operated at 6019mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 601mA – LED operated at 601mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6020mA – LED operated at 6020mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6021mA – LED operated at 6021mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6022mA – LED operated at 6022mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6023mA – LED operated at 6023mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6024mA – LED operated at 6024mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6025mA – LED operated at 6025mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6026mA – LED operated at 6026mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6027mA – LED operated at 6027mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6028mA – LED operated at 6028mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6029mA – LED operated at 6029mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 602mA – LED operated at 602mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6030mA – LED operated at 6030mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6031mA – LED operated at 6031mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6032mA – LED operated at 6032mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6033mA – LED operated at 6033mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6034mA – LED operated at 6034mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6035mA – LED operated at 6035mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6036mA – LED operated at 6036mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6037mA – LED operated at 6037mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6038mA – LED operated at 6038mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6039mA – LED operated at 6039mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 603mA – LED operated at 603mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6040mA – LED operated at 6040mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6041mA – LED operated at 6041mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6042mA – LED operated at 6042mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6043mA – LED operated at 6043mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6044mA – LED operated at 6044mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6045mA – LED operated at 6045mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6046mA – LED operated at 6046mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6047mA – LED operated at 6047mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6048mA – LED operated at 6048mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6049mA – LED operated at 6049mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 604mA – LED operated at 604mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6050mA – LED operated at 6050mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6051mA – LED operated at 6051mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6052mA – LED operated at 6052mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6053mA – LED operated at 6053mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6054mA – LED operated at 6054mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6055mA – LED operated at 6055mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6056mA – LED operated at 6056mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6057mA – LED operated at 6057mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6058mA – LED operated at 6058mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6059mA – LED operated at 6059mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 605mA – LED operated at 605mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6060mA – LED operated at 6060mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6061mA – LED operated at 6061mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6062mA – LED operated at 6062mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6063mA – LED operated at 6063mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6064mA – LED operated at 6064mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6065mA – LED operated at 6065mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6066mA – LED operated at 6066mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6067mA – LED operated at 6067mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6068mA – LED operated at 6068mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6069mA – LED operated at 6069mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 606mA – LED operated at 606mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6070mA – LED operated at 6070mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6071mA – LED operated at 6071mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6072mA – LED operated at 6072mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6073mA – LED operated at 6073mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6074mA – LED operated at 6074mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6075mA – LED operated at 6075mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6076mA – LED operated at 6076mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6077mA – LED operated at 6077mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6078mA – LED operated at 6078mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6079mA – LED operated at 6079mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 607mA – LED operated at 607mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6080mA – LED operated at 6080mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6081mA – LED operated at 6081mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6082mA – LED operated at 6082mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6083mA – LED operated at 6083mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6084mA – LED operated at 6084mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6085mA – LED operated at 6085mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6086mA – LED operated at 6086mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6087mA – LED operated at 6087mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6088mA – LED operated at 6088mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6089mA – LED operated at 6089mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 608mA – LED operated at 608mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6090mA – LED operated at 6090mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6091mA – LED operated at 6091mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6092mA – LED operated at 6092mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6093mA – LED operated at 6093mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6094mA – LED operated at 6094mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6095mA – LED operated at 6095mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6096mA – LED operated at 6096mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6097mA – LED operated at 6097mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6098mA – LED operated at 6098mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6099mA – LED operated at 6099mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 609mA – LED operated at 609mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 60mA – LED operated at 60mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6100mA – LED operated at 6100mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6101mA – LED operated at 6101mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6102mA – LED operated at 6102mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6103mA – LED operated at 6103mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6104mA – LED operated at 6104mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6105mA – LED operated at 6105mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6106mA – LED operated at 6106mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6107mA – LED operated at 6107mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6108mA – LED operated at 6108mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6109mA – LED operated at 6109mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 610mA – LED operated at 610mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6110mA – LED operated at 6110mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6111mA – LED operated at 6111mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6112mA – LED operated at 6112mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6113mA – LED operated at 6113mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6114mA – LED operated at 6114mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6115mA – LED operated at 6115mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6116mA – LED operated at 6116mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6117mA – LED operated at 6117mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6118mA – LED operated at 6118mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6119mA – LED operated at 6119mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 611mA – LED operated at 611mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6120mA – LED operated at 6120mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6121mA – LED operated at 6121mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6122mA – LED operated at 6122mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6123mA – LED operated at 6123mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6124mA – LED operated at 6124mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6125mA – LED operated at 6125mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6126mA – LED operated at 6126mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6127mA – LED operated at 6127mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6128mA – LED operated at 6128mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6129mA – LED operated at 6129mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 612mA – LED operated at 612mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6130mA – LED operated at 6130mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6131mA – LED operated at 6131mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6132mA – LED operated at 6132mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6133mA – LED operated at 6133mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6134mA – LED operated at 6134mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6135mA – LED operated at 6135mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6136mA – LED operated at 6136mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6137mA – LED operated at 6137mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6138mA – LED operated at 6138mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6139mA – LED operated at 6139mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 613mA – LED operated at 613mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6140mA – LED operated at 6140mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6141mA – LED operated at 6141mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6142mA – LED operated at 6142mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6143mA – LED operated at 6143mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6144mA – LED operated at 6144mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6145mA – LED operated at 6145mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6146mA – LED operated at 6146mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6147mA – LED operated at 6147mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6148mA – LED operated at 6148mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6149mA – LED operated at 6149mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 614mA – LED operated at 614mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6150mA – LED operated at 6150mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6151mA – LED operated at 6151mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6152mA – LED operated at 6152mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6153mA – LED operated at 6153mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6154mA – LED operated at 6154mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6155mA – LED operated at 6155mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6156mA – LED operated at 6156mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6157mA – LED operated at 6157mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6158mA – LED operated at 6158mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6159mA – LED operated at 6159mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 615mA – LED operated at 615mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6160mA – LED operated at 6160mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6161mA – LED operated at 6161mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6162mA – LED operated at 6162mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6163mA – LED operated at 6163mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6164mA – LED operated at 6164mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6165mA – LED operated at 6165mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6166mA – LED operated at 6166mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6167mA – LED operated at 6167mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6168mA – LED operated at 6168mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6169mA – LED operated at 6169mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 616mA – LED operated at 616mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6170mA – LED operated at 6170mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6171mA – LED operated at 6171mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6172mA – LED operated at 6172mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6173mA – LED operated at 6173mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6174mA – LED operated at 6174mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6175mA – LED operated at 6175mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6176mA – LED operated at 6176mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6177mA – LED operated at 6177mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6178mA – LED operated at 6178mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6179mA – LED operated at 6179mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 617mA – LED operated at 617mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6180mA – LED operated at 6180mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6181mA – LED operated at 6181mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6182mA – LED operated at 6182mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6183mA – LED operated at 6183mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6184mA – LED operated at 6184mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6185mA – LED operated at 6185mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6186mA – LED operated at 6186mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6187mA – LED operated at 6187mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6188mA – LED operated at 6188mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6189mA – LED operated at 6189mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 618mA – LED operated at 618mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6190mA – LED operated at 6190mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6191mA – LED operated at 6191mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6192mA – LED operated at 6192mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6193mA – LED operated at 6193mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6194mA – LED operated at 6194mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6195mA – LED operated at 6195mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6196mA – LED operated at 6196mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6197mA – LED operated at 6197mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6198mA – LED operated at 6198mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6199mA – LED operated at 6199mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 619mA – LED operated at 619mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 61mA – LED operated at 61mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6200mA – LED operated at 6200mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6201mA – LED operated at 6201mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6202mA – LED operated at 6202mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6203mA – LED operated at 6203mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6204mA – LED operated at 6204mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6205mA – LED operated at 6205mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6206mA – LED operated at 6206mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6207mA – LED operated at 6207mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6208mA – LED operated at 6208mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6209mA – LED operated at 6209mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 620mA – LED operated at 620mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6210mA – LED operated at 6210mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6211mA – LED operated at 6211mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6212mA – LED operated at 6212mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6213mA – LED operated at 6213mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6214mA – LED operated at 6214mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6215mA – LED operated at 6215mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6216mA – LED operated at 6216mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6217mA – LED operated at 6217mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6218mA – LED operated at 6218mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6219mA – LED operated at 6219mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 621mA – LED operated at 621mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6220mA – LED operated at 6220mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6221mA – LED operated at 6221mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6222mA – LED operated at 6222mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6223mA – LED operated at 6223mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6224mA – LED operated at 6224mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6225mA – LED operated at 6225mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6226mA – LED operated at 6226mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6227mA – LED operated at 6227mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6228mA – LED operated at 6228mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6229mA – LED operated at 6229mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 622mA – LED operated at 622mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6230mA – LED operated at 6230mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6231mA – LED operated at 6231mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6232mA – LED operated at 6232mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6233mA – LED operated at 6233mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6234mA – LED operated at 6234mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6235mA – LED operated at 6235mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6236mA – LED operated at 6236mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6237mA – LED operated at 6237mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6238mA – LED operated at 6238mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6239mA – LED operated at 6239mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 623mA – LED operated at 623mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6240mA – LED operated at 6240mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6241mA – LED operated at 6241mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6242mA – LED operated at 6242mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6243mA – LED operated at 6243mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6244mA – LED operated at 6244mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6245mA – LED operated at 6245mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6246mA – LED operated at 6246mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6247mA – LED operated at 6247mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6248mA – LED operated at 6248mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6249mA – LED operated at 6249mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 624mA – LED operated at 624mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6250mA – LED operated at 6250mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6251mA – LED operated at 6251mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6252mA – LED operated at 6252mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6253mA – LED operated at 6253mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6254mA – LED operated at 6254mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6255mA – LED operated at 6255mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6256mA – LED operated at 6256mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6257mA – LED operated at 6257mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6258mA – LED operated at 6258mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6259mA – LED operated at 6259mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 625mA – LED operated at 625mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6260mA – LED operated at 6260mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6261mA – LED operated at 6261mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6262mA – LED operated at 6262mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6263mA – LED operated at 6263mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6264mA – LED operated at 6264mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6265mA – LED operated at 6265mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6266mA – LED operated at 6266mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6267mA – LED operated at 6267mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6268mA – LED operated at 6268mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6269mA – LED operated at 6269mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 626mA – LED operated at 626mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6270mA – LED operated at 6270mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6271mA – LED operated at 6271mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6272mA – LED operated at 6272mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6273mA – LED operated at 6273mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6274mA – LED operated at 6274mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6275mA – LED operated at 6275mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6276mA – LED operated at 6276mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6277mA – LED operated at 6277mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6278mA – LED operated at 6278mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6279mA – LED operated at 6279mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 627mA – LED operated at 627mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6280mA – LED operated at 6280mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6281mA – LED operated at 6281mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6282mA – LED operated at 6282mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6283mA – LED operated at 6283mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6284mA – LED operated at 6284mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6285mA – LED operated at 6285mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6286mA – LED operated at 6286mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6287mA – LED operated at 6287mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6288mA – LED operated at 6288mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6289mA – LED operated at 6289mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 628mA – LED operated at 628mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6290mA – LED operated at 6290mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6291mA – LED operated at 6291mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6292mA – LED operated at 6292mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6293mA – LED operated at 6293mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6294mA – LED operated at 6294mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6295mA – LED operated at 6295mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6296mA – LED operated at 6296mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6297mA – LED operated at 6297mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6298mA – LED operated at 6298mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6299mA – LED operated at 6299mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 629mA – LED operated at 629mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 62mA – LED operated at 62mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6300mA – LED operated at 6300mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6301mA – LED operated at 6301mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6302mA – LED operated at 6302mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6303mA – LED operated at 6303mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6304mA – LED operated at 6304mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6305mA – LED operated at 6305mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6306mA – LED operated at 6306mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6307mA – LED operated at 6307mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6308mA – LED operated at 6308mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6309mA – LED operated at 6309mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 630mA – LED operated at 630mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6310mA – LED operated at 6310mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6311mA – LED operated at 6311mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6312mA – LED operated at 6312mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6313mA – LED operated at 6313mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6314mA – LED operated at 6314mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6315mA – LED operated at 6315mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6316mA – LED operated at 6316mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6317mA – LED operated at 6317mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6318mA – LED operated at 6318mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6319mA – LED operated at 6319mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 631mA – LED operated at 631mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6320mA – LED operated at 6320mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6321mA – LED operated at 6321mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6322mA – LED operated at 6322mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6323mA – LED operated at 6323mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6324mA – LED operated at 6324mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6325mA – LED operated at 6325mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6326mA – LED operated at 6326mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6327mA – LED operated at 6327mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6328mA – LED operated at 6328mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6329mA – LED operated at 6329mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 632mA – LED operated at 632mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6330mA – LED operated at 6330mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6331mA – LED operated at 6331mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6332mA – LED operated at 6332mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6333mA – LED operated at 6333mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6334mA – LED operated at 6334mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6335mA – LED operated at 6335mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6336mA – LED operated at 6336mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6337mA – LED operated at 6337mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6338mA – LED operated at 6338mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6339mA – LED operated at 6339mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 633mA – LED operated at 633mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6340mA – LED operated at 6340mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6341mA – LED operated at 6341mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6342mA – LED operated at 6342mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6343mA – LED operated at 6343mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6344mA – LED operated at 6344mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6345mA – LED operated at 6345mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6346mA – LED operated at 6346mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6347mA – LED operated at 6347mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6348mA – LED operated at 6348mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6349mA – LED operated at 6349mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 634mA – LED operated at 634mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6350mA – LED operated at 6350mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6351mA – LED operated at 6351mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6352mA – LED operated at 6352mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6353mA – LED operated at 6353mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6354mA – LED operated at 6354mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6355mA – LED operated at 6355mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6356mA – LED operated at 6356mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6357mA – LED operated at 6357mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6358mA – LED operated at 6358mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6359mA – LED operated at 6359mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 635mA – LED operated at 635mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6360mA – LED operated at 6360mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6361mA – LED operated at 6361mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6362mA – LED operated at 6362mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6363mA – LED operated at 6363mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6364mA – LED operated at 6364mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6365mA – LED operated at 6365mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6366mA – LED operated at 6366mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6367mA – LED operated at 6367mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6368mA – LED operated at 6368mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6369mA – LED operated at 6369mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 636mA – LED operated at 636mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6370mA – LED operated at 6370mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6371mA – LED operated at 6371mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6372mA – LED operated at 6372mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6373mA – LED operated at 6373mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6374mA – LED operated at 6374mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6375mA – LED operated at 6375mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6376mA – LED operated at 6376mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6377mA – LED operated at 6377mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6378mA – LED operated at 6378mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6379mA – LED operated at 6379mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 637mA – LED operated at 637mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6380mA – LED operated at 6380mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6381mA – LED operated at 6381mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6382mA – LED operated at 6382mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6383mA – LED operated at 6383mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6384mA – LED operated at 6384mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6385mA – LED operated at 6385mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6386mA – LED operated at 6386mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6387mA – LED operated at 6387mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6388mA – LED operated at 6388mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6389mA – LED operated at 6389mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 638mA – LED operated at 638mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6390mA – LED operated at 6390mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6391mA – LED operated at 6391mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6392mA – LED operated at 6392mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6393mA – LED operated at 6393mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6394mA – LED operated at 6394mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6395mA – LED operated at 6395mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6396mA – LED operated at 6396mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6397mA – LED operated at 6397mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6398mA – LED operated at 6398mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6399mA – LED operated at 6399mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 639mA – LED operated at 639mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 63mA – LED operated at 63mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6400mA – LED operated at 6400mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6401mA – LED operated at 6401mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6402mA – LED operated at 6402mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6403mA – LED operated at 6403mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6404mA – LED operated at 6404mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6405mA – LED operated at 6405mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6406mA – LED operated at 6406mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6407mA – LED operated at 6407mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6408mA – LED operated at 6408mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6409mA – LED operated at 6409mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 640mA – LED operated at 640mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6410mA – LED operated at 6410mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6411mA – LED operated at 6411mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6412mA – LED operated at 6412mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6413mA – LED operated at 6413mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6414mA – LED operated at 6414mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6415mA – LED operated at 6415mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6416mA – LED operated at 6416mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6417mA – LED operated at 6417mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6418mA – LED operated at 6418mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6419mA – LED operated at 6419mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 641mA – LED operated at 641mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6420mA – LED operated at 6420mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6421mA – LED operated at 6421mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6422mA – LED operated at 6422mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6423mA – LED operated at 6423mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6424mA – LED operated at 6424mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6425mA – LED operated at 6425mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6426mA – LED operated at 6426mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6427mA – LED operated at 6427mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6428mA – LED operated at 6428mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6429mA – LED operated at 6429mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 642mA – LED operated at 642mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6430mA – LED operated at 6430mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6431mA – LED operated at 6431mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6432mA – LED operated at 6432mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6433mA – LED operated at 6433mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6434mA – LED operated at 6434mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6435mA – LED operated at 6435mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6436mA – LED operated at 6436mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6437mA – LED operated at 6437mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6438mA – LED operated at 6438mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6439mA – LED operated at 6439mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 643mA – LED operated at 643mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6440mA – LED operated at 6440mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6441mA – LED operated at 6441mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6442mA – LED operated at 6442mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6443mA – LED operated at 6443mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6444mA – LED operated at 6444mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6445mA – LED operated at 6445mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6446mA – LED operated at 6446mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6447mA – LED operated at 6447mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6448mA – LED operated at 6448mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6449mA – LED operated at 6449mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 644mA – LED operated at 644mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6450mA – LED operated at 6450mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6451mA – LED operated at 6451mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6452mA – LED operated at 6452mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6453mA – LED operated at 6453mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6454mA – LED operated at 6454mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6455mA – LED operated at 6455mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6456mA – LED operated at 6456mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6457mA – LED operated at 6457mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6458mA – LED operated at 6458mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6459mA – LED operated at 6459mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 645mA – LED operated at 645mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6460mA – LED operated at 6460mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6461mA – LED operated at 6461mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6462mA – LED operated at 6462mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6463mA – LED operated at 6463mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6464mA – LED operated at 6464mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6465mA – LED operated at 6465mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6466mA – LED operated at 6466mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6467mA – LED operated at 6467mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6468mA – LED operated at 6468mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6469mA – LED operated at 6469mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 646mA – LED operated at 646mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6470mA – LED operated at 6470mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6471mA – LED operated at 6471mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6472mA – LED operated at 6472mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6473mA – LED operated at 6473mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6474mA – LED operated at 6474mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6475mA – LED operated at 6475mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6476mA – LED operated at 6476mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6477mA – LED operated at 6477mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6478mA – LED operated at 6478mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6479mA – LED operated at 6479mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 647mA – LED operated at 647mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6480mA – LED operated at 6480mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6481mA – LED operated at 6481mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6482mA – LED operated at 6482mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6483mA – LED operated at 6483mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6484mA – LED operated at 6484mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6485mA – LED operated at 6485mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6486mA – LED operated at 6486mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6487mA – LED operated at 6487mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6488mA – LED operated at 6488mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6489mA – LED operated at 6489mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 648mA – LED operated at 648mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6490mA – LED operated at 6490mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6491mA – LED operated at 6491mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6492mA – LED operated at 6492mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6493mA – LED operated at 6493mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6494mA – LED operated at 6494mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6495mA – LED operated at 6495mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6496mA – LED operated at 6496mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6497mA – LED operated at 6497mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6498mA – LED operated at 6498mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6499mA – LED operated at 6499mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 649mA – LED operated at 649mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 64mA – LED operated at 64mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6500mA – LED operated at 6500mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6501mA – LED operated at 6501mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6502mA – LED operated at 6502mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6503mA – LED operated at 6503mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6504mA – LED operated at 6504mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6505mA – LED operated at 6505mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6506mA – LED operated at 6506mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6507mA – LED operated at 6507mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6508mA – LED operated at 6508mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6509mA – LED operated at 6509mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 650mA – LED operated at 650mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6510mA – LED operated at 6510mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6511mA – LED operated at 6511mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6512mA – LED operated at 6512mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6513mA – LED operated at 6513mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6514mA – LED operated at 6514mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6515mA – LED operated at 6515mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6516mA – LED operated at 6516mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6517mA – LED operated at 6517mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6518mA – LED operated at 6518mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6519mA – LED operated at 6519mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 651mA – LED operated at 651mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6520mA – LED operated at 6520mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6521mA – LED operated at 6521mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6522mA – LED operated at 6522mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6523mA – LED operated at 6523mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6524mA – LED operated at 6524mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6525mA – LED operated at 6525mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6526mA – LED operated at 6526mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6527mA – LED operated at 6527mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6528mA – LED operated at 6528mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6529mA – LED operated at 6529mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 652mA – LED operated at 652mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6530mA – LED operated at 6530mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6531mA – LED operated at 6531mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6532mA – LED operated at 6532mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6533mA – LED operated at 6533mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6534mA – LED operated at 6534mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6535mA – LED operated at 6535mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6536mA – LED operated at 6536mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6537mA – LED operated at 6537mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6538mA – LED operated at 6538mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6539mA – LED operated at 6539mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 653mA – LED operated at 653mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6540mA – LED operated at 6540mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6541mA – LED operated at 6541mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6542mA – LED operated at 6542mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6543mA – LED operated at 6543mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6544mA – LED operated at 6544mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6545mA – LED operated at 6545mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6546mA – LED operated at 6546mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6547mA – LED operated at 6547mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6548mA – LED operated at 6548mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6549mA – LED operated at 6549mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 654mA – LED operated at 654mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6550mA – LED operated at 6550mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6551mA – LED operated at 6551mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6552mA – LED operated at 6552mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6553mA – LED operated at 6553mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6554mA – LED operated at 6554mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6555mA – LED operated at 6555mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6556mA – LED operated at 6556mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6557mA – LED operated at 6557mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6558mA – LED operated at 6558mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6559mA – LED operated at 6559mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 655mA – LED operated at 655mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6560mA – LED operated at 6560mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6561mA – LED operated at 6561mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6562mA – LED operated at 6562mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6563mA – LED operated at 6563mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6564mA – LED operated at 6564mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6565mA – LED operated at 6565mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6566mA – LED operated at 6566mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6567mA – LED operated at 6567mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6568mA – LED operated at 6568mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6569mA – LED operated at 6569mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 656mA – LED operated at 656mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6570mA – LED operated at 6570mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6571mA – LED operated at 6571mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6572mA – LED operated at 6572mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6573mA – LED operated at 6573mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6574mA – LED operated at 6574mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6575mA – LED operated at 6575mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6576mA – LED operated at 6576mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6577mA – LED operated at 6577mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6578mA – LED operated at 6578mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6579mA – LED operated at 6579mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 657mA – LED operated at 657mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6580mA – LED operated at 6580mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6581mA – LED operated at 6581mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6582mA – LED operated at 6582mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6583mA – LED operated at 6583mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6584mA – LED operated at 6584mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6585mA – LED operated at 6585mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6586mA – LED operated at 6586mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6587mA – LED operated at 6587mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6588mA – LED operated at 6588mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6589mA – LED operated at 6589mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 658mA – LED operated at 658mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6590mA – LED operated at 6590mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6591mA – LED operated at 6591mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6592mA – LED operated at 6592mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6593mA – LED operated at 6593mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6594mA – LED operated at 6594mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6595mA – LED operated at 6595mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6596mA – LED operated at 6596mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6597mA – LED operated at 6597mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6598mA – LED operated at 6598mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6599mA – LED operated at 6599mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 659mA – LED operated at 659mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 65mA – LED operated at 65mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6600mA – LED operated at 6600mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6601mA – LED operated at 6601mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6602mA – LED operated at 6602mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6603mA – LED operated at 6603mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6604mA – LED operated at 6604mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6605mA – LED operated at 6605mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6606mA – LED operated at 6606mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6607mA – LED operated at 6607mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6608mA – LED operated at 6608mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6609mA – LED operated at 6609mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 660mA – LED operated at 660mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6610mA – LED operated at 6610mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6611mA – LED operated at 6611mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6612mA – LED operated at 6612mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6613mA – LED operated at 6613mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6614mA – LED operated at 6614mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6615mA – LED operated at 6615mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6616mA – LED operated at 6616mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6617mA – LED operated at 6617mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6618mA – LED operated at 6618mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6619mA – LED operated at 6619mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 661mA – LED operated at 661mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6620mA – LED operated at 6620mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6621mA – LED operated at 6621mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6622mA – LED operated at 6622mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6623mA – LED operated at 6623mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6624mA – LED operated at 6624mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6625mA – LED operated at 6625mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6626mA – LED operated at 6626mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6627mA – LED operated at 6627mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6628mA – LED operated at 6628mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6629mA – LED operated at 6629mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 662mA – LED operated at 662mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6630mA – LED operated at 6630mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6631mA – LED operated at 6631mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6632mA – LED operated at 6632mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6633mA – LED operated at 6633mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6634mA – LED operated at 6634mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6635mA – LED operated at 6635mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6636mA – LED operated at 6636mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6637mA – LED operated at 6637mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6638mA – LED operated at 6638mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6639mA – LED operated at 6639mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 663mA – LED operated at 663mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6640mA – LED operated at 6640mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6641mA – LED operated at 6641mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6642mA – LED operated at 6642mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6643mA – LED operated at 6643mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6644mA – LED operated at 6644mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6645mA – LED operated at 6645mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6646mA – LED operated at 6646mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6647mA – LED operated at 6647mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6648mA – LED operated at 6648mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6649mA – LED operated at 6649mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 664mA – LED operated at 664mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6650mA – LED operated at 6650mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6651mA – LED operated at 6651mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6652mA – LED operated at 6652mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6653mA – LED operated at 6653mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6654mA – LED operated at 6654mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6655mA – LED operated at 6655mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6656mA – LED operated at 6656mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6657mA – LED operated at 6657mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6658mA – LED operated at 6658mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6659mA – LED operated at 6659mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 665mA – LED operated at 665mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6660mA – LED operated at 6660mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6661mA – LED operated at 6661mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6662mA – LED operated at 6662mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6663mA – LED operated at 6663mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6664mA – LED operated at 6664mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6665mA – LED operated at 6665mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6666mA – LED operated at 6666mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6667mA – LED operated at 6667mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6668mA – LED operated at 6668mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6669mA – LED operated at 6669mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 666mA – LED operated at 666mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6670mA – LED operated at 6670mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6671mA – LED operated at 6671mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6672mA – LED operated at 6672mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6673mA – LED operated at 6673mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6674mA – LED operated at 6674mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6675mA – LED operated at 6675mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6676mA – LED operated at 6676mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6677mA – LED operated at 6677mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6678mA – LED operated at 6678mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6679mA – LED operated at 6679mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 667mA – LED operated at 667mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6680mA – LED operated at 6680mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6681mA – LED operated at 6681mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6682mA – LED operated at 6682mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6683mA – LED operated at 6683mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6684mA – LED operated at 6684mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6685mA – LED operated at 6685mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6686mA – LED operated at 6686mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6687mA – LED operated at 6687mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6688mA – LED operated at 6688mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6689mA – LED operated at 6689mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 668mA – LED operated at 668mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6690mA – LED operated at 6690mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6691mA – LED operated at 6691mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6692mA – LED operated at 6692mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6693mA – LED operated at 6693mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6694mA – LED operated at 6694mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6695mA – LED operated at 6695mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6696mA – LED operated at 6696mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6697mA – LED operated at 6697mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6698mA – LED operated at 6698mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6699mA – LED operated at 6699mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 669mA – LED operated at 669mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 66mA – LED operated at 66mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6700mA – LED operated at 6700mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6701mA – LED operated at 6701mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6702mA – LED operated at 6702mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6703mA – LED operated at 6703mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6704mA – LED operated at 6704mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6705mA – LED operated at 6705mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6706mA – LED operated at 6706mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6707mA – LED operated at 6707mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6708mA – LED operated at 6708mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6709mA – LED operated at 6709mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 670mA – LED operated at 670mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6710mA – LED operated at 6710mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6711mA – LED operated at 6711mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6712mA – LED operated at 6712mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6713mA – LED operated at 6713mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6714mA – LED operated at 6714mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6715mA – LED operated at 6715mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6716mA – LED operated at 6716mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6717mA – LED operated at 6717mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6718mA – LED operated at 6718mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6719mA – LED operated at 6719mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 671mA – LED operated at 671mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6720mA – LED operated at 6720mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6721mA – LED operated at 6721mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6722mA – LED operated at 6722mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6723mA – LED operated at 6723mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6724mA – LED operated at 6724mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6725mA – LED operated at 6725mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6726mA – LED operated at 6726mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6727mA – LED operated at 6727mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6728mA – LED operated at 6728mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6729mA – LED operated at 6729mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 672mA – LED operated at 672mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6730mA – LED operated at 6730mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6731mA – LED operated at 6731mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6732mA – LED operated at 6732mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6733mA – LED operated at 6733mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6734mA – LED operated at 6734mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6735mA – LED operated at 6735mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6736mA – LED operated at 6736mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6737mA – LED operated at 6737mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6738mA – LED operated at 6738mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6739mA – LED operated at 6739mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 673mA – LED operated at 673mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6740mA – LED operated at 6740mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6741mA – LED operated at 6741mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6742mA – LED operated at 6742mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6743mA – LED operated at 6743mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6744mA – LED operated at 6744mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6745mA – LED operated at 6745mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6746mA – LED operated at 6746mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6747mA – LED operated at 6747mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6748mA – LED operated at 6748mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6749mA – LED operated at 6749mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 674mA – LED operated at 674mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6750mA – LED operated at 6750mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6751mA – LED operated at 6751mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6752mA – LED operated at 6752mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6753mA – LED operated at 6753mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6754mA – LED operated at 6754mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6755mA – LED operated at 6755mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6756mA – LED operated at 6756mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6757mA – LED operated at 6757mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6758mA – LED operated at 6758mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6759mA – LED operated at 6759mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 675mA – LED operated at 675mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6760mA – LED operated at 6760mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6761mA – LED operated at 6761mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6762mA – LED operated at 6762mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6763mA – LED operated at 6763mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6764mA – LED operated at 6764mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6765mA – LED operated at 6765mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6766mA – LED operated at 6766mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6767mA – LED operated at 6767mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6768mA – LED operated at 6768mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6769mA – LED operated at 6769mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 676mA – LED operated at 676mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6770mA – LED operated at 6770mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6771mA – LED operated at 6771mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6772mA – LED operated at 6772mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6773mA – LED operated at 6773mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6774mA – LED operated at 6774mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6775mA – LED operated at 6775mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6776mA – LED operated at 6776mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6777mA – LED operated at 6777mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6778mA – LED operated at 6778mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6779mA – LED operated at 6779mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 677mA – LED operated at 677mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6780mA – LED operated at 6780mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6781mA – LED operated at 6781mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6782mA – LED operated at 6782mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6783mA – LED operated at 6783mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6784mA – LED operated at 6784mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6785mA – LED operated at 6785mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6786mA – LED operated at 6786mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6787mA – LED operated at 6787mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6788mA – LED operated at 6788mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6789mA – LED operated at 6789mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 678mA – LED operated at 678mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6790mA – LED operated at 6790mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6791mA – LED operated at 6791mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6792mA – LED operated at 6792mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6793mA – LED operated at 6793mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6794mA – LED operated at 6794mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6795mA – LED operated at 6795mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6796mA – LED operated at 6796mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6797mA – LED operated at 6797mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6798mA – LED operated at 6798mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6799mA – LED operated at 6799mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 679mA – LED operated at 679mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 67mA – LED operated at 67mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6800mA – LED operated at 6800mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6801mA – LED operated at 6801mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6802mA – LED operated at 6802mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6803mA – LED operated at 6803mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6804mA – LED operated at 6804mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6805mA – LED operated at 6805mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6806mA – LED operated at 6806mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6807mA – LED operated at 6807mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6808mA – LED operated at 6808mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6809mA – LED operated at 6809mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 680mA – LED operated at 680mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6810mA – LED operated at 6810mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6811mA – LED operated at 6811mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6812mA – LED operated at 6812mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6813mA – LED operated at 6813mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6814mA – LED operated at 6814mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6815mA – LED operated at 6815mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6816mA – LED operated at 6816mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6817mA – LED operated at 6817mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6818mA – LED operated at 6818mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6819mA – LED operated at 6819mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 681mA – LED operated at 681mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6820mA – LED operated at 6820mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6821mA – LED operated at 6821mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6822mA – LED operated at 6822mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6823mA – LED operated at 6823mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6824mA – LED operated at 6824mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6825mA – LED operated at 6825mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6826mA – LED operated at 6826mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6827mA – LED operated at 6827mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6828mA – LED operated at 6828mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6829mA – LED operated at 6829mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 682mA – LED operated at 682mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6830mA – LED operated at 6830mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6831mA – LED operated at 6831mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6832mA – LED operated at 6832mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6833mA – LED operated at 6833mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6834mA – LED operated at 6834mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6835mA – LED operated at 6835mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6836mA – LED operated at 6836mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6837mA – LED operated at 6837mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6838mA – LED operated at 6838mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6839mA – LED operated at 6839mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 683mA – LED operated at 683mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6840mA – LED operated at 6840mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6841mA – LED operated at 6841mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6842mA – LED operated at 6842mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6843mA – LED operated at 6843mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6844mA – LED operated at 6844mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6845mA – LED operated at 6845mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6846mA – LED operated at 6846mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6847mA – LED operated at 6847mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6848mA – LED operated at 6848mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6849mA – LED operated at 6849mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 684mA – LED operated at 684mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6850mA – LED operated at 6850mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6851mA – LED operated at 6851mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6852mA – LED operated at 6852mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6853mA – LED operated at 6853mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6854mA – LED operated at 6854mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6855mA – LED operated at 6855mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6856mA – LED operated at 6856mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6857mA – LED operated at 6857mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6858mA – LED operated at 6858mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6859mA – LED operated at 6859mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 685mA – LED operated at 685mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6860mA – LED operated at 6860mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6861mA – LED operated at 6861mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6862mA – LED operated at 6862mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6863mA – LED operated at 6863mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6864mA – LED operated at 6864mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6865mA – LED operated at 6865mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6866mA – LED operated at 6866mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6867mA – LED operated at 6867mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6868mA – LED operated at 6868mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6869mA – LED operated at 6869mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 686mA – LED operated at 686mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6870mA – LED operated at 6870mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6871mA – LED operated at 6871mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6872mA – LED operated at 6872mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6873mA – LED operated at 6873mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6874mA – LED operated at 6874mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6875mA – LED operated at 6875mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6876mA – LED operated at 6876mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6877mA – LED operated at 6877mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6878mA – LED operated at 6878mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6879mA – LED operated at 6879mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 687mA – LED operated at 687mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6880mA – LED operated at 6880mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6881mA – LED operated at 6881mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6882mA – LED operated at 6882mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6883mA – LED operated at 6883mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6884mA – LED operated at 6884mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6885mA – LED operated at 6885mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6886mA – LED operated at 6886mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6887mA – LED operated at 6887mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6888mA – LED operated at 6888mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6889mA – LED operated at 6889mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 688mA – LED operated at 688mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6890mA – LED operated at 6890mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6891mA – LED operated at 6891mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6892mA – LED operated at 6892mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6893mA – LED operated at 6893mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6894mA – LED operated at 6894mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6895mA – LED operated at 6895mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6896mA – LED operated at 6896mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6897mA – LED operated at 6897mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6898mA – LED operated at 6898mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6899mA – LED operated at 6899mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 689mA – LED operated at 689mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 68mA – LED operated at 68mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6900mA – LED operated at 6900mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6901mA – LED operated at 6901mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6902mA – LED operated at 6902mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6903mA – LED operated at 6903mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6904mA – LED operated at 6904mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6905mA – LED operated at 6905mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6906mA – LED operated at 6906mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6907mA – LED operated at 6907mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6908mA – LED operated at 6908mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6909mA – LED operated at 6909mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 690mA – LED operated at 690mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6910mA – LED operated at 6910mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6911mA – LED operated at 6911mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6912mA – LED operated at 6912mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6913mA – LED operated at 6913mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6914mA – LED operated at 6914mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6915mA – LED operated at 6915mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6916mA – LED operated at 6916mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6917mA – LED operated at 6917mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6918mA – LED operated at 6918mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6919mA – LED operated at 6919mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 691mA – LED operated at 691mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6920mA – LED operated at 6920mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6921mA – LED operated at 6921mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6922mA – LED operated at 6922mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6923mA – LED operated at 6923mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6924mA – LED operated at 6924mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6925mA – LED operated at 6925mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6926mA – LED operated at 6926mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6927mA – LED operated at 6927mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6928mA – LED operated at 6928mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6929mA – LED operated at 6929mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 692mA – LED operated at 692mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6930mA – LED operated at 6930mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6931mA – LED operated at 6931mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6932mA – LED operated at 6932mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6933mA – LED operated at 6933mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6934mA – LED operated at 6934mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6935mA – LED operated at 6935mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6936mA – LED operated at 6936mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6937mA – LED operated at 6937mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6938mA – LED operated at 6938mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6939mA – LED operated at 6939mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 693mA – LED operated at 693mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6940mA – LED operated at 6940mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6941mA – LED operated at 6941mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6942mA – LED operated at 6942mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6943mA – LED operated at 6943mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6944mA – LED operated at 6944mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6945mA – LED operated at 6945mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6946mA – LED operated at 6946mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6947mA – LED operated at 6947mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6948mA – LED operated at 6948mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6949mA – LED operated at 6949mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 694mA – LED operated at 694mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6950mA – LED operated at 6950mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6951mA – LED operated at 6951mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6952mA – LED operated at 6952mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6953mA – LED operated at 6953mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6954mA – LED operated at 6954mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6955mA – LED operated at 6955mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6956mA – LED operated at 6956mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6957mA – LED operated at 6957mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6958mA – LED operated at 6958mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6959mA – LED operated at 6959mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 695mA – LED operated at 695mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6960mA – LED operated at 6960mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6961mA – LED operated at 6961mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6962mA – LED operated at 6962mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6963mA – LED operated at 6963mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6964mA – LED operated at 6964mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6965mA – LED operated at 6965mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6966mA – LED operated at 6966mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6967mA – LED operated at 6967mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6968mA – LED operated at 6968mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6969mA – LED operated at 6969mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 696mA – LED operated at 696mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6970mA – LED operated at 6970mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6971mA – LED operated at 6971mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6972mA – LED operated at 6972mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6973mA – LED operated at 6973mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6974mA – LED operated at 6974mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6975mA – LED operated at 6975mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6976mA – LED operated at 6976mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6977mA – LED operated at 6977mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6978mA – LED operated at 6978mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6979mA – LED operated at 6979mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 697mA – LED operated at 697mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6980mA – LED operated at 6980mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6981mA – LED operated at 6981mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6982mA – LED operated at 6982mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6983mA – LED operated at 6983mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6984mA – LED operated at 6984mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6985mA – LED operated at 6985mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6986mA – LED operated at 6986mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6987mA – LED operated at 6987mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6988mA – LED operated at 6988mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6989mA – LED operated at 6989mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 698mA – LED operated at 698mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6990mA – LED operated at 6990mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6991mA – LED operated at 6991mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6992mA – LED operated at 6992mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6993mA – LED operated at 6993mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6994mA – LED operated at 6994mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6995mA – LED operated at 6995mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6996mA – LED operated at 6996mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6997mA – LED operated at 6997mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6998mA – LED operated at 6998mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6999mA – LED operated at 6999mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 699mA – LED operated at 699mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 69mA – LED operated at 69mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 6mA – LED operated at 6mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7000mA – LED operated at 7000mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7001mA – LED operated at 7001mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7002mA – LED operated at 7002mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7003mA – LED operated at 7003mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7004mA – LED operated at 7004mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7005mA – LED operated at 7005mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7006mA – LED operated at 7006mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7007mA – LED operated at 7007mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7008mA – LED operated at 7008mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7009mA – LED operated at 7009mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 700mA – LED operated at 700mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7010mA – LED operated at 7010mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7011mA – LED operated at 7011mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7012mA – LED operated at 7012mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7013mA – LED operated at 7013mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7014mA – LED operated at 7014mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7015mA – LED operated at 7015mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7016mA – LED operated at 7016mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7017mA – LED operated at 7017mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7018mA – LED operated at 7018mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7019mA – LED operated at 7019mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 701mA – LED operated at 701mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7020mA – LED operated at 7020mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7021mA – LED operated at 7021mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7022mA – LED operated at 7022mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7023mA – LED operated at 7023mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7024mA – LED operated at 7024mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7025mA – LED operated at 7025mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7026mA – LED operated at 7026mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7027mA – LED operated at 7027mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7028mA – LED operated at 7028mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7029mA – LED operated at 7029mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 702mA – LED operated at 702mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7030mA – LED operated at 7030mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7031mA – LED operated at 7031mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7032mA – LED operated at 7032mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7033mA – LED operated at 7033mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7034mA – LED operated at 7034mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7035mA – LED operated at 7035mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7036mA – LED operated at 7036mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7037mA – LED operated at 7037mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7038mA – LED operated at 7038mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7039mA – LED operated at 7039mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 703mA – LED operated at 703mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7040mA – LED operated at 7040mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7041mA – LED operated at 7041mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7042mA – LED operated at 7042mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7043mA – LED operated at 7043mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7044mA – LED operated at 7044mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7045mA – LED operated at 7045mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7046mA – LED operated at 7046mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7047mA – LED operated at 7047mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7048mA – LED operated at 7048mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7049mA – LED operated at 7049mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 704mA – LED operated at 704mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7050mA – LED operated at 7050mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7051mA – LED operated at 7051mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7052mA – LED operated at 7052mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7053mA – LED operated at 7053mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7054mA – LED operated at 7054mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7055mA – LED operated at 7055mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7056mA – LED operated at 7056mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7057mA – LED operated at 7057mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7058mA – LED operated at 7058mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7059mA – LED operated at 7059mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 705mA – LED operated at 705mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7060mA – LED operated at 7060mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7061mA – LED operated at 7061mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7062mA – LED operated at 7062mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7063mA – LED operated at 7063mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7064mA – LED operated at 7064mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7065mA – LED operated at 7065mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7066mA – LED operated at 7066mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7067mA – LED operated at 7067mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7068mA – LED operated at 7068mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7069mA – LED operated at 7069mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 706mA – LED operated at 706mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7070mA – LED operated at 7070mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7071mA – LED operated at 7071mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7072mA – LED operated at 7072mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7073mA – LED operated at 7073mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7074mA – LED operated at 7074mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7075mA – LED operated at 7075mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7076mA – LED operated at 7076mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7077mA – LED operated at 7077mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7078mA – LED operated at 7078mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7079mA – LED operated at 7079mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 707mA – LED operated at 707mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7080mA – LED operated at 7080mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7081mA – LED operated at 7081mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7082mA – LED operated at 7082mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7083mA – LED operated at 7083mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7084mA – LED operated at 7084mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7085mA – LED operated at 7085mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7086mA – LED operated at 7086mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7087mA – LED operated at 7087mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7088mA – LED operated at 7088mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7089mA – LED operated at 7089mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 708mA – LED operated at 708mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7090mA – LED operated at 7090mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7091mA – LED operated at 7091mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7092mA – LED operated at 7092mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7093mA – LED operated at 7093mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7094mA – LED operated at 7094mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7095mA – LED operated at 7095mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7096mA – LED operated at 7096mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7097mA – LED operated at 7097mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7098mA – LED operated at 7098mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7099mA – LED operated at 7099mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 709mA – LED operated at 709mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 70mA – LED operated at 70mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7100mA – LED operated at 7100mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7101mA – LED operated at 7101mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7102mA – LED operated at 7102mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7103mA – LED operated at 7103mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7104mA – LED operated at 7104mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7105mA – LED operated at 7105mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7106mA – LED operated at 7106mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7107mA – LED operated at 7107mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7108mA – LED operated at 7108mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7109mA – LED operated at 7109mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 710mA – LED operated at 710mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7110mA – LED operated at 7110mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7111mA – LED operated at 7111mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7112mA – LED operated at 7112mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7113mA – LED operated at 7113mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7114mA – LED operated at 7114mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7115mA – LED operated at 7115mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7116mA – LED operated at 7116mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7117mA – LED operated at 7117mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7118mA – LED operated at 7118mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7119mA – LED operated at 7119mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 711mA – LED operated at 711mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7120mA – LED operated at 7120mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7121mA – LED operated at 7121mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7122mA – LED operated at 7122mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7123mA – LED operated at 7123mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7124mA – LED operated at 7124mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7125mA – LED operated at 7125mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7126mA – LED operated at 7126mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7127mA – LED operated at 7127mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7128mA – LED operated at 7128mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7129mA – LED operated at 7129mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 712mA – LED operated at 712mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7130mA – LED operated at 7130mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7131mA – LED operated at 7131mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7132mA – LED operated at 7132mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7133mA – LED operated at 7133mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7134mA – LED operated at 7134mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7135mA – LED operated at 7135mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7136mA – LED operated at 7136mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7137mA – LED operated at 7137mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7138mA – LED operated at 7138mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7139mA – LED operated at 7139mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 713mA – LED operated at 713mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7140mA – LED operated at 7140mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7141mA – LED operated at 7141mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7142mA – LED operated at 7142mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7143mA – LED operated at 7143mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7144mA – LED operated at 7144mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7145mA – LED operated at 7145mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7146mA – LED operated at 7146mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7147mA – LED operated at 7147mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7148mA – LED operated at 7148mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7149mA – LED operated at 7149mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 714mA – LED operated at 714mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7150mA – LED operated at 7150mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7151mA – LED operated at 7151mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7152mA – LED operated at 7152mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7153mA – LED operated at 7153mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7154mA – LED operated at 7154mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7155mA – LED operated at 7155mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7156mA – LED operated at 7156mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7157mA – LED operated at 7157mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7158mA – LED operated at 7158mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7159mA – LED operated at 7159mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 715mA – LED operated at 715mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7160mA – LED operated at 7160mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7161mA – LED operated at 7161mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7162mA – LED operated at 7162mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7163mA – LED operated at 7163mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7164mA – LED operated at 7164mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7165mA – LED operated at 7165mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7166mA – LED operated at 7166mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7167mA – LED operated at 7167mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7168mA – LED operated at 7168mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7169mA – LED operated at 7169mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 716mA – LED operated at 716mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7170mA – LED operated at 7170mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7171mA – LED operated at 7171mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7172mA – LED operated at 7172mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7173mA – LED operated at 7173mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7174mA – LED operated at 7174mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7175mA – LED operated at 7175mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7176mA – LED operated at 7176mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7177mA – LED operated at 7177mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7178mA – LED operated at 7178mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7179mA – LED operated at 7179mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 717mA – LED operated at 717mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7180mA – LED operated at 7180mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7181mA – LED operated at 7181mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7182mA – LED operated at 7182mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7183mA – LED operated at 7183mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7184mA – LED operated at 7184mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7185mA – LED operated at 7185mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7186mA – LED operated at 7186mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7187mA – LED operated at 7187mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7188mA – LED operated at 7188mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7189mA – LED operated at 7189mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 718mA – LED operated at 718mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7190mA – LED operated at 7190mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7191mA – LED operated at 7191mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7192mA – LED operated at 7192mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7193mA – LED operated at 7193mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7194mA – LED operated at 7194mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7195mA – LED operated at 7195mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7196mA – LED operated at 7196mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7197mA – LED operated at 7197mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7198mA – LED operated at 7198mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7199mA – LED operated at 7199mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 719mA – LED operated at 719mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 71mA – LED operated at 71mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7200mA – LED operated at 7200mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7201mA – LED operated at 7201mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7202mA – LED operated at 7202mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7203mA – LED operated at 7203mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7204mA – LED operated at 7204mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7205mA – LED operated at 7205mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7206mA – LED operated at 7206mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7207mA – LED operated at 7207mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7208mA – LED operated at 7208mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7209mA – LED operated at 7209mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 720mA – LED operated at 720mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7210mA – LED operated at 7210mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7211mA – LED operated at 7211mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7212mA – LED operated at 7212mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7213mA – LED operated at 7213mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7214mA – LED operated at 7214mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7215mA – LED operated at 7215mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7216mA – LED operated at 7216mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7217mA – LED operated at 7217mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7218mA – LED operated at 7218mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7219mA – LED operated at 7219mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 721mA – LED operated at 721mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7220mA – LED operated at 7220mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7221mA – LED operated at 7221mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7222mA – LED operated at 7222mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7223mA – LED operated at 7223mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7224mA – LED operated at 7224mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7225mA – LED operated at 7225mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7226mA – LED operated at 7226mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7227mA – LED operated at 7227mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7228mA – LED operated at 7228mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7229mA – LED operated at 7229mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 722mA – LED operated at 722mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7230mA – LED operated at 7230mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7231mA – LED operated at 7231mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7232mA – LED operated at 7232mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7233mA – LED operated at 7233mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7234mA – LED operated at 7234mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7235mA – LED operated at 7235mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7236mA – LED operated at 7236mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7237mA – LED operated at 7237mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7238mA – LED operated at 7238mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7239mA – LED operated at 7239mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 723mA – LED operated at 723mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7240mA – LED operated at 7240mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7241mA – LED operated at 7241mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7242mA – LED operated at 7242mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7243mA – LED operated at 7243mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7244mA – LED operated at 7244mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7245mA – LED operated at 7245mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7246mA – LED operated at 7246mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7247mA – LED operated at 7247mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7248mA – LED operated at 7248mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7249mA – LED operated at 7249mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 724mA – LED operated at 724mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7250mA – LED operated at 7250mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7251mA – LED operated at 7251mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7252mA – LED operated at 7252mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7253mA – LED operated at 7253mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7254mA – LED operated at 7254mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7255mA – LED operated at 7255mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7256mA – LED operated at 7256mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7257mA – LED operated at 7257mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7258mA – LED operated at 7258mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7259mA – LED operated at 7259mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 725mA – LED operated at 725mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7260mA – LED operated at 7260mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7261mA – LED operated at 7261mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7262mA – LED operated at 7262mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7263mA – LED operated at 7263mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7264mA – LED operated at 7264mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7265mA – LED operated at 7265mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7266mA – LED operated at 7266mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7267mA – LED operated at 7267mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7268mA – LED operated at 7268mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7269mA – LED operated at 7269mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 726mA – LED operated at 726mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7270mA – LED operated at 7270mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7271mA – LED operated at 7271mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7272mA – LED operated at 7272mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7273mA – LED operated at 7273mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7274mA – LED operated at 7274mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7275mA – LED operated at 7275mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7276mA – LED operated at 7276mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7277mA – LED operated at 7277mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7278mA – LED operated at 7278mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7279mA – LED operated at 7279mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 727mA – LED operated at 727mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7280mA – LED operated at 7280mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7281mA – LED operated at 7281mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7282mA – LED operated at 7282mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7283mA – LED operated at 7283mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7284mA – LED operated at 7284mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7285mA – LED operated at 7285mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7286mA – LED operated at 7286mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7287mA – LED operated at 7287mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7288mA – LED operated at 7288mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7289mA – LED operated at 7289mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 728mA – LED operated at 728mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7290mA – LED operated at 7290mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7291mA – LED operated at 7291mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7292mA – LED operated at 7292mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7293mA – LED operated at 7293mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7294mA – LED operated at 7294mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7295mA – LED operated at 7295mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7296mA – LED operated at 7296mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7297mA – LED operated at 7297mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7298mA – LED operated at 7298mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7299mA – LED operated at 7299mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 729mA – LED operated at 729mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 72mA – LED operated at 72mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7300mA – LED operated at 7300mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7301mA – LED operated at 7301mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7302mA – LED operated at 7302mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7303mA – LED operated at 7303mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7304mA – LED operated at 7304mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7305mA – LED operated at 7305mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7306mA – LED operated at 7306mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7307mA – LED operated at 7307mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7308mA – LED operated at 7308mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7309mA – LED operated at 7309mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 730mA – LED operated at 730mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7310mA – LED operated at 7310mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7311mA – LED operated at 7311mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7312mA – LED operated at 7312mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7313mA – LED operated at 7313mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7314mA – LED operated at 7314mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7315mA – LED operated at 7315mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7316mA – LED operated at 7316mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7317mA – LED operated at 7317mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7318mA – LED operated at 7318mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7319mA – LED operated at 7319mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 731mA – LED operated at 731mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7320mA – LED operated at 7320mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7321mA – LED operated at 7321mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7322mA – LED operated at 7322mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7323mA – LED operated at 7323mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7324mA – LED operated at 7324mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7325mA – LED operated at 7325mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7326mA – LED operated at 7326mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7327mA – LED operated at 7327mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7328mA – LED operated at 7328mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7329mA – LED operated at 7329mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 732mA – LED operated at 732mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7330mA – LED operated at 7330mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7331mA – LED operated at 7331mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7332mA – LED operated at 7332mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7333mA – LED operated at 7333mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7334mA – LED operated at 7334mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7335mA – LED operated at 7335mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7336mA – LED operated at 7336mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7337mA – LED operated at 7337mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7338mA – LED operated at 7338mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7339mA – LED operated at 7339mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 733mA – LED operated at 733mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7340mA – LED operated at 7340mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7341mA – LED operated at 7341mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7342mA – LED operated at 7342mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7343mA – LED operated at 7343mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7344mA – LED operated at 7344mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7345mA – LED operated at 7345mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7346mA – LED operated at 7346mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7347mA – LED operated at 7347mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7348mA – LED operated at 7348mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7349mA – LED operated at 7349mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 734mA – LED operated at 734mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7350mA – LED operated at 7350mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7351mA – LED operated at 7351mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7352mA – LED operated at 7352mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7353mA – LED operated at 7353mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7354mA – LED operated at 7354mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7355mA – LED operated at 7355mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7356mA – LED operated at 7356mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7357mA – LED operated at 7357mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7358mA – LED operated at 7358mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7359mA – LED operated at 7359mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 735mA – LED operated at 735mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7360mA – LED operated at 7360mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7361mA – LED operated at 7361mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7362mA – LED operated at 7362mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7363mA – LED operated at 7363mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7364mA – LED operated at 7364mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7365mA – LED operated at 7365mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7366mA – LED operated at 7366mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7367mA – LED operated at 7367mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7368mA – LED operated at 7368mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7369mA – LED operated at 7369mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 736mA – LED operated at 736mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7370mA – LED operated at 7370mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7371mA – LED operated at 7371mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7372mA – LED operated at 7372mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7373mA – LED operated at 7373mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7374mA – LED operated at 7374mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7375mA – LED operated at 7375mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7376mA – LED operated at 7376mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7377mA – LED operated at 7377mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7378mA – LED operated at 7378mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7379mA – LED operated at 7379mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 737mA – LED operated at 737mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7380mA – LED operated at 7380mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7381mA – LED operated at 7381mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7382mA – LED operated at 7382mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7383mA – LED operated at 7383mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7384mA – LED operated at 7384mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7385mA – LED operated at 7385mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7386mA – LED operated at 7386mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7387mA – LED operated at 7387mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7388mA – LED operated at 7388mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7389mA – LED operated at 7389mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 738mA – LED operated at 738mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7390mA – LED operated at 7390mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7391mA – LED operated at 7391mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7392mA – LED operated at 7392mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7393mA – LED operated at 7393mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7394mA – LED operated at 7394mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7395mA – LED operated at 7395mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7396mA – LED operated at 7396mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7397mA – LED operated at 7397mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7398mA – LED operated at 7398mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7399mA – LED operated at 7399mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 739mA – LED operated at 739mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 73mA – LED operated at 73mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7400mA – LED operated at 7400mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7401mA – LED operated at 7401mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7402mA – LED operated at 7402mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7403mA – LED operated at 7403mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7404mA – LED operated at 7404mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7405mA – LED operated at 7405mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7406mA – LED operated at 7406mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7407mA – LED operated at 7407mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7408mA – LED operated at 7408mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7409mA – LED operated at 7409mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 740mA – LED operated at 740mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7410mA – LED operated at 7410mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7411mA – LED operated at 7411mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7412mA – LED operated at 7412mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7413mA – LED operated at 7413mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7414mA – LED operated at 7414mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7415mA – LED operated at 7415mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7416mA – LED operated at 7416mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7417mA – LED operated at 7417mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7418mA – LED operated at 7418mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7419mA – LED operated at 7419mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 741mA – LED operated at 741mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7420mA – LED operated at 7420mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7421mA – LED operated at 7421mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7422mA – LED operated at 7422mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7423mA – LED operated at 7423mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7424mA – LED operated at 7424mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7425mA – LED operated at 7425mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7426mA – LED operated at 7426mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7427mA – LED operated at 7427mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7428mA – LED operated at 7428mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7429mA – LED operated at 7429mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 742mA – LED operated at 742mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7430mA – LED operated at 7430mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7431mA – LED operated at 7431mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7432mA – LED operated at 7432mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7433mA – LED operated at 7433mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7434mA – LED operated at 7434mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7435mA – LED operated at 7435mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7436mA – LED operated at 7436mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7437mA – LED operated at 7437mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7438mA – LED operated at 7438mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7439mA – LED operated at 7439mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 743mA – LED operated at 743mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7440mA – LED operated at 7440mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7441mA – LED operated at 7441mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7442mA – LED operated at 7442mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7443mA – LED operated at 7443mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7444mA – LED operated at 7444mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7445mA – LED operated at 7445mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7446mA – LED operated at 7446mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7447mA – LED operated at 7447mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7448mA – LED operated at 7448mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7449mA – LED operated at 7449mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 744mA – LED operated at 744mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7450mA – LED operated at 7450mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7451mA – LED operated at 7451mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7452mA – LED operated at 7452mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7453mA – LED operated at 7453mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7454mA – LED operated at 7454mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7455mA – LED operated at 7455mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7456mA – LED operated at 7456mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7457mA – LED operated at 7457mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7458mA – LED operated at 7458mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7459mA – LED operated at 7459mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 745mA – LED operated at 745mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7460mA – LED operated at 7460mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7461mA – LED operated at 7461mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7462mA – LED operated at 7462mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7463mA – LED operated at 7463mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7464mA – LED operated at 7464mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7465mA – LED operated at 7465mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7466mA – LED operated at 7466mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7467mA – LED operated at 7467mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7468mA – LED operated at 7468mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7469mA – LED operated at 7469mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 746mA – LED operated at 746mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7470mA – LED operated at 7470mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7471mA – LED operated at 7471mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7472mA – LED operated at 7472mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7473mA – LED operated at 7473mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7474mA – LED operated at 7474mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7475mA – LED operated at 7475mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7476mA – LED operated at 7476mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7477mA – LED operated at 7477mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7478mA – LED operated at 7478mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7479mA – LED operated at 7479mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 747mA – LED operated at 747mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7480mA – LED operated at 7480mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7481mA – LED operated at 7481mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7482mA – LED operated at 7482mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7483mA – LED operated at 7483mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7484mA – LED operated at 7484mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7485mA – LED operated at 7485mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7486mA – LED operated at 7486mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7487mA – LED operated at 7487mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7488mA – LED operated at 7488mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7489mA – LED operated at 7489mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 748mA – LED operated at 748mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7490mA – LED operated at 7490mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7491mA – LED operated at 7491mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7492mA – LED operated at 7492mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7493mA – LED operated at 7493mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7494mA – LED operated at 7494mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7495mA – LED operated at 7495mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7496mA – LED operated at 7496mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7497mA – LED operated at 7497mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7498mA – LED operated at 7498mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7499mA – LED operated at 7499mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 749mA – LED operated at 749mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 74mA – LED operated at 74mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7500mA – LED operated at 7500mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7501mA – LED operated at 7501mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7502mA – LED operated at 7502mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7503mA – LED operated at 7503mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7504mA – LED operated at 7504mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7505mA – LED operated at 7505mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7506mA – LED operated at 7506mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7507mA – LED operated at 7507mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7508mA – LED operated at 7508mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7509mA – LED operated at 7509mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 750mA – LED operated at 750mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7510mA – LED operated at 7510mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7511mA – LED operated at 7511mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7512mA – LED operated at 7512mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7513mA – LED operated at 7513mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7514mA – LED operated at 7514mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7515mA – LED operated at 7515mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7516mA – LED operated at 7516mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7517mA – LED operated at 7517mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7518mA – LED operated at 7518mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7519mA – LED operated at 7519mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 751mA – LED operated at 751mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7520mA – LED operated at 7520mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7521mA – LED operated at 7521mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7522mA – LED operated at 7522mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7523mA – LED operated at 7523mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7524mA – LED operated at 7524mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7525mA – LED operated at 7525mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7526mA – LED operated at 7526mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7527mA – LED operated at 7527mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7528mA – LED operated at 7528mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7529mA – LED operated at 7529mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 752mA – LED operated at 752mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7530mA – LED operated at 7530mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7531mA – LED operated at 7531mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7532mA – LED operated at 7532mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7533mA – LED operated at 7533mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7534mA – LED operated at 7534mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7535mA – LED operated at 7535mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7536mA – LED operated at 7536mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7537mA – LED operated at 7537mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7538mA – LED operated at 7538mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7539mA – LED operated at 7539mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 753mA – LED operated at 753mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7540mA – LED operated at 7540mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7541mA – LED operated at 7541mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7542mA – LED operated at 7542mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7543mA – LED operated at 7543mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7544mA – LED operated at 7544mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7545mA – LED operated at 7545mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7546mA – LED operated at 7546mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7547mA – LED operated at 7547mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7548mA – LED operated at 7548mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7549mA – LED operated at 7549mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 754mA – LED operated at 754mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7550mA – LED operated at 7550mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7551mA – LED operated at 7551mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7552mA – LED operated at 7552mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7553mA – LED operated at 7553mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7554mA – LED operated at 7554mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7555mA – LED operated at 7555mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7556mA – LED operated at 7556mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7557mA – LED operated at 7557mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7558mA – LED operated at 7558mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7559mA – LED operated at 7559mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 755mA – LED operated at 755mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7560mA – LED operated at 7560mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7561mA – LED operated at 7561mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7562mA – LED operated at 7562mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7563mA – LED operated at 7563mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7564mA – LED operated at 7564mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7565mA – LED operated at 7565mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7566mA – LED operated at 7566mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7567mA – LED operated at 7567mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7568mA – LED operated at 7568mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7569mA – LED operated at 7569mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 756mA – LED operated at 756mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7570mA – LED operated at 7570mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7571mA – LED operated at 7571mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7572mA – LED operated at 7572mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7573mA – LED operated at 7573mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7574mA – LED operated at 7574mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7575mA – LED operated at 7575mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7576mA – LED operated at 7576mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7577mA – LED operated at 7577mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7578mA – LED operated at 7578mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7579mA – LED operated at 7579mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 757mA – LED operated at 757mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7580mA – LED operated at 7580mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7581mA – LED operated at 7581mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7582mA – LED operated at 7582mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7583mA – LED operated at 7583mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7584mA – LED operated at 7584mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7585mA – LED operated at 7585mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7586mA – LED operated at 7586mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7587mA – LED operated at 7587mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7588mA – LED operated at 7588mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7589mA – LED operated at 7589mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 758mA – LED operated at 758mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7590mA – LED operated at 7590mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7591mA – LED operated at 7591mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7592mA – LED operated at 7592mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7593mA – LED operated at 7593mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7594mA – LED operated at 7594mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7595mA – LED operated at 7595mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7596mA – LED operated at 7596mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7597mA – LED operated at 7597mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7598mA – LED operated at 7598mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7599mA – LED operated at 7599mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 759mA – LED operated at 759mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 75mA – LED operated at 75mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7600mA – LED operated at 7600mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7601mA – LED operated at 7601mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7602mA – LED operated at 7602mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7603mA – LED operated at 7603mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7604mA – LED operated at 7604mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7605mA – LED operated at 7605mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7606mA – LED operated at 7606mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7607mA – LED operated at 7607mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7608mA – LED operated at 7608mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7609mA – LED operated at 7609mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 760mA – LED operated at 760mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7610mA – LED operated at 7610mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7611mA – LED operated at 7611mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7612mA – LED operated at 7612mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7613mA – LED operated at 7613mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7614mA – LED operated at 7614mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7615mA – LED operated at 7615mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7616mA – LED operated at 7616mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7617mA – LED operated at 7617mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7618mA – LED operated at 7618mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7619mA – LED operated at 7619mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 761mA – LED operated at 761mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7620mA – LED operated at 7620mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7621mA – LED operated at 7621mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7622mA – LED operated at 7622mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7623mA – LED operated at 7623mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7624mA – LED operated at 7624mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7625mA – LED operated at 7625mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7626mA – LED operated at 7626mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7627mA – LED operated at 7627mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7628mA – LED operated at 7628mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7629mA – LED operated at 7629mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 762mA – LED operated at 762mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7630mA – LED operated at 7630mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7631mA – LED operated at 7631mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7632mA – LED operated at 7632mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7633mA – LED operated at 7633mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7634mA – LED operated at 7634mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7635mA – LED operated at 7635mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7636mA – LED operated at 7636mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7637mA – LED operated at 7637mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7638mA – LED operated at 7638mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7639mA – LED operated at 7639mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 763mA – LED operated at 763mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7640mA – LED operated at 7640mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7641mA – LED operated at 7641mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7642mA – LED operated at 7642mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7643mA – LED operated at 7643mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7644mA – LED operated at 7644mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7645mA – LED operated at 7645mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7646mA – LED operated at 7646mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7647mA – LED operated at 7647mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7648mA – LED operated at 7648mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7649mA – LED operated at 7649mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 764mA – LED operated at 764mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7650mA – LED operated at 7650mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7651mA – LED operated at 7651mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7652mA – LED operated at 7652mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7653mA – LED operated at 7653mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7654mA – LED operated at 7654mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7655mA – LED operated at 7655mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7656mA – LED operated at 7656mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7657mA – LED operated at 7657mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7658mA – LED operated at 7658mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7659mA – LED operated at 7659mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 765mA – LED operated at 765mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7660mA – LED operated at 7660mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7661mA – LED operated at 7661mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7662mA – LED operated at 7662mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7663mA – LED operated at 7663mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7664mA – LED operated at 7664mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7665mA – LED operated at 7665mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7666mA – LED operated at 7666mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7667mA – LED operated at 7667mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7668mA – LED operated at 7668mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7669mA – LED operated at 7669mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 766mA – LED operated at 766mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7670mA – LED operated at 7670mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7671mA – LED operated at 7671mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7672mA – LED operated at 7672mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7673mA – LED operated at 7673mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7674mA – LED operated at 7674mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7675mA – LED operated at 7675mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7676mA – LED operated at 7676mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7677mA – LED operated at 7677mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7678mA – LED operated at 7678mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7679mA – LED operated at 7679mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 767mA – LED operated at 767mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7680mA – LED operated at 7680mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7681mA – LED operated at 7681mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7682mA – LED operated at 7682mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7683mA – LED operated at 7683mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7684mA – LED operated at 7684mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7685mA – LED operated at 7685mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7686mA – LED operated at 7686mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7687mA – LED operated at 7687mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7688mA – LED operated at 7688mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7689mA – LED operated at 7689mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 768mA – LED operated at 768mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7690mA – LED operated at 7690mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7691mA – LED operated at 7691mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7692mA – LED operated at 7692mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7693mA – LED operated at 7693mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7694mA – LED operated at 7694mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7695mA – LED operated at 7695mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7696mA – LED operated at 7696mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7697mA – LED operated at 7697mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7698mA – LED operated at 7698mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7699mA – LED operated at 7699mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 769mA – LED operated at 769mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 76mA – LED operated at 76mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7700mA – LED operated at 7700mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7701mA – LED operated at 7701mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7702mA – LED operated at 7702mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7703mA – LED operated at 7703mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7704mA – LED operated at 7704mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7705mA – LED operated at 7705mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7706mA – LED operated at 7706mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7707mA – LED operated at 7707mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7708mA – LED operated at 7708mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7709mA – LED operated at 7709mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 770mA – LED operated at 770mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7710mA – LED operated at 7710mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7711mA – LED operated at 7711mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7712mA – LED operated at 7712mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7713mA – LED operated at 7713mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7714mA – LED operated at 7714mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7715mA – LED operated at 7715mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7716mA – LED operated at 7716mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7717mA – LED operated at 7717mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7718mA – LED operated at 7718mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7719mA – LED operated at 7719mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 771mA – LED operated at 771mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7720mA – LED operated at 7720mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7721mA – LED operated at 7721mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7722mA – LED operated at 7722mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7723mA – LED operated at 7723mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7724mA – LED operated at 7724mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7725mA – LED operated at 7725mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7726mA – LED operated at 7726mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7727mA – LED operated at 7727mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7728mA – LED operated at 7728mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7729mA – LED operated at 7729mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 772mA – LED operated at 772mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7730mA – LED operated at 7730mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7731mA – LED operated at 7731mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7732mA – LED operated at 7732mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7733mA – LED operated at 7733mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7734mA – LED operated at 7734mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7735mA – LED operated at 7735mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7736mA – LED operated at 7736mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7737mA – LED operated at 7737mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7738mA – LED operated at 7738mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7739mA – LED operated at 7739mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 773mA – LED operated at 773mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7740mA – LED operated at 7740mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7741mA – LED operated at 7741mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7742mA – LED operated at 7742mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7743mA – LED operated at 7743mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7744mA – LED operated at 7744mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7745mA – LED operated at 7745mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7746mA – LED operated at 7746mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7747mA – LED operated at 7747mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7748mA – LED operated at 7748mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7749mA – LED operated at 7749mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 774mA – LED operated at 774mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7750mA – LED operated at 7750mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7751mA – LED operated at 7751mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7752mA – LED operated at 7752mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7753mA – LED operated at 7753mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7754mA – LED operated at 7754mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7755mA – LED operated at 7755mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7756mA – LED operated at 7756mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7757mA – LED operated at 7757mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7758mA – LED operated at 7758mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7759mA – LED operated at 7759mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 775mA – LED operated at 775mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7760mA – LED operated at 7760mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7761mA – LED operated at 7761mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7762mA – LED operated at 7762mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7763mA – LED operated at 7763mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7764mA – LED operated at 7764mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7765mA – LED operated at 7765mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7766mA – LED operated at 7766mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7767mA – LED operated at 7767mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7768mA – LED operated at 7768mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7769mA – LED operated at 7769mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 776mA – LED operated at 776mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7770mA – LED operated at 7770mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7771mA – LED operated at 7771mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7772mA – LED operated at 7772mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7773mA – LED operated at 7773mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7774mA – LED operated at 7774mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7775mA – LED operated at 7775mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7776mA – LED operated at 7776mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7777mA – LED operated at 7777mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7778mA – LED operated at 7778mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7779mA – LED operated at 7779mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 777mA – LED operated at 777mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7780mA – LED operated at 7780mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7781mA – LED operated at 7781mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7782mA – LED operated at 7782mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7783mA – LED operated at 7783mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7784mA – LED operated at 7784mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7785mA – LED operated at 7785mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7786mA – LED operated at 7786mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7787mA – LED operated at 7787mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7788mA – LED operated at 7788mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7789mA – LED operated at 7789mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 778mA – LED operated at 778mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7790mA – LED operated at 7790mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7791mA – LED operated at 7791mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7792mA – LED operated at 7792mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7793mA – LED operated at 7793mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7794mA – LED operated at 7794mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7795mA – LED operated at 7795mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7796mA – LED operated at 7796mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7797mA – LED operated at 7797mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7798mA – LED operated at 7798mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7799mA – LED operated at 7799mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 779mA – LED operated at 779mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 77mA – LED operated at 77mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7800mA – LED operated at 7800mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7801mA – LED operated at 7801mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7802mA – LED operated at 7802mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7803mA – LED operated at 7803mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7804mA – LED operated at 7804mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7805mA – LED operated at 7805mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7806mA – LED operated at 7806mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7807mA – LED operated at 7807mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7808mA – LED operated at 7808mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7809mA – LED operated at 7809mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 780mA – LED operated at 780mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7810mA – LED operated at 7810mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7811mA – LED operated at 7811mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7812mA – LED operated at 7812mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7813mA – LED operated at 7813mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7814mA – LED operated at 7814mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7815mA – LED operated at 7815mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7816mA – LED operated at 7816mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7817mA – LED operated at 7817mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7818mA – LED operated at 7818mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7819mA – LED operated at 7819mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 781mA – LED operated at 781mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7820mA – LED operated at 7820mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7821mA – LED operated at 7821mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7822mA – LED operated at 7822mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7823mA – LED operated at 7823mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7824mA – LED operated at 7824mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7825mA – LED operated at 7825mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7826mA – LED operated at 7826mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7827mA – LED operated at 7827mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7828mA – LED operated at 7828mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7829mA – LED operated at 7829mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 782mA – LED operated at 782mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7830mA – LED operated at 7830mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7831mA – LED operated at 7831mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7832mA – LED operated at 7832mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7833mA – LED operated at 7833mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7834mA – LED operated at 7834mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7835mA – LED operated at 7835mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7836mA – LED operated at 7836mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7837mA – LED operated at 7837mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7838mA – LED operated at 7838mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7839mA – LED operated at 7839mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 783mA – LED operated at 783mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7840mA – LED operated at 7840mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7841mA – LED operated at 7841mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7842mA – LED operated at 7842mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7843mA – LED operated at 7843mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7844mA – LED operated at 7844mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7845mA – LED operated at 7845mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7846mA – LED operated at 7846mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7847mA – LED operated at 7847mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7848mA – LED operated at 7848mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7849mA – LED operated at 7849mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 784mA – LED operated at 784mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7850mA – LED operated at 7850mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7851mA – LED operated at 7851mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7852mA – LED operated at 7852mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7853mA – LED operated at 7853mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7854mA – LED operated at 7854mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7855mA – LED operated at 7855mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7856mA – LED operated at 7856mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7857mA – LED operated at 7857mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7858mA – LED operated at 7858mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7859mA – LED operated at 7859mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 785mA – LED operated at 785mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7860mA – LED operated at 7860mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7861mA – LED operated at 7861mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7862mA – LED operated at 7862mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7863mA – LED operated at 7863mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7864mA – LED operated at 7864mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7865mA – LED operated at 7865mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7866mA – LED operated at 7866mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7867mA – LED operated at 7867mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7868mA – LED operated at 7868mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7869mA – LED operated at 7869mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 786mA – LED operated at 786mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7870mA – LED operated at 7870mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7871mA – LED operated at 7871mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7872mA – LED operated at 7872mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7873mA – LED operated at 7873mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7874mA – LED operated at 7874mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7875mA – LED operated at 7875mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7876mA – LED operated at 7876mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7877mA – LED operated at 7877mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7878mA – LED operated at 7878mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7879mA – LED operated at 7879mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 787mA – LED operated at 787mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7880mA – LED operated at 7880mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7881mA – LED operated at 7881mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7882mA – LED operated at 7882mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7883mA – LED operated at 7883mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7884mA – LED operated at 7884mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7885mA – LED operated at 7885mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7886mA – LED operated at 7886mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7887mA – LED operated at 7887mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7888mA – LED operated at 7888mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7889mA – LED operated at 7889mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 788mA – LED operated at 788mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7890mA – LED operated at 7890mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7891mA – LED operated at 7891mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7892mA – LED operated at 7892mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7893mA – LED operated at 7893mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7894mA – LED operated at 7894mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7895mA – LED operated at 7895mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7896mA – LED operated at 7896mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7897mA – LED operated at 7897mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7898mA – LED operated at 7898mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7899mA – LED operated at 7899mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 789mA – LED operated at 789mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 78mA – LED operated at 78mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7900mA – LED operated at 7900mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7901mA – LED operated at 7901mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7902mA – LED operated at 7902mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7903mA – LED operated at 7903mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7904mA – LED operated at 7904mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7905mA – LED operated at 7905mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7906mA – LED operated at 7906mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7907mA – LED operated at 7907mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7908mA – LED operated at 7908mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7909mA – LED operated at 7909mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 790mA – LED operated at 790mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7910mA – LED operated at 7910mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7911mA – LED operated at 7911mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7912mA – LED operated at 7912mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7913mA – LED operated at 7913mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7914mA – LED operated at 7914mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7915mA – LED operated at 7915mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7916mA – LED operated at 7916mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7917mA – LED operated at 7917mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7918mA – LED operated at 7918mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7919mA – LED operated at 7919mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 791mA – LED operated at 791mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7920mA – LED operated at 7920mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7921mA – LED operated at 7921mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7922mA – LED operated at 7922mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7923mA – LED operated at 7923mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7924mA – LED operated at 7924mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7925mA – LED operated at 7925mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7926mA – LED operated at 7926mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7927mA – LED operated at 7927mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7928mA – LED operated at 7928mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7929mA – LED operated at 7929mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 792mA – LED operated at 792mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7930mA – LED operated at 7930mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7931mA – LED operated at 7931mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7932mA – LED operated at 7932mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7933mA – LED operated at 7933mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7934mA – LED operated at 7934mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7935mA – LED operated at 7935mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7936mA – LED operated at 7936mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7937mA – LED operated at 7937mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7938mA – LED operated at 7938mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7939mA – LED operated at 7939mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 793mA – LED operated at 793mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7940mA – LED operated at 7940mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7941mA – LED operated at 7941mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7942mA – LED operated at 7942mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7943mA – LED operated at 7943mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7944mA – LED operated at 7944mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7945mA – LED operated at 7945mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7946mA – LED operated at 7946mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7947mA – LED operated at 7947mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7948mA – LED operated at 7948mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7949mA – LED operated at 7949mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 794mA – LED operated at 794mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7950mA – LED operated at 7950mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7951mA – LED operated at 7951mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7952mA – LED operated at 7952mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7953mA – LED operated at 7953mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7954mA – LED operated at 7954mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7955mA – LED operated at 7955mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7956mA – LED operated at 7956mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7957mA – LED operated at 7957mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7958mA – LED operated at 7958mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7959mA – LED operated at 7959mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 795mA – LED operated at 795mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7960mA – LED operated at 7960mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7961mA – LED operated at 7961mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7962mA – LED operated at 7962mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7963mA – LED operated at 7963mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7964mA – LED operated at 7964mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7965mA – LED operated at 7965mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7966mA – LED operated at 7966mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7967mA – LED operated at 7967mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7968mA – LED operated at 7968mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7969mA – LED operated at 7969mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 796mA – LED operated at 796mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7970mA – LED operated at 7970mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7971mA – LED operated at 7971mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7972mA – LED operated at 7972mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7973mA – LED operated at 7973mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7974mA – LED operated at 7974mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7975mA – LED operated at 7975mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7976mA – LED operated at 7976mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7977mA – LED operated at 7977mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7978mA – LED operated at 7978mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7979mA – LED operated at 7979mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 797mA – LED operated at 797mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7980mA – LED operated at 7980mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7981mA – LED operated at 7981mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7982mA – LED operated at 7982mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7983mA – LED operated at 7983mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7984mA – LED operated at 7984mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7985mA – LED operated at 7985mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7986mA – LED operated at 7986mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7987mA – LED operated at 7987mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7988mA – LED operated at 7988mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7989mA – LED operated at 7989mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 798mA – LED operated at 798mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7990mA – LED operated at 7990mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7991mA – LED operated at 7991mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7992mA – LED operated at 7992mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7993mA – LED operated at 7993mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7994mA – LED operated at 7994mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7995mA – LED operated at 7995mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7996mA – LED operated at 7996mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7997mA – LED operated at 7997mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7998mA – LED operated at 7998mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7999mA – LED operated at 7999mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 799mA – LED operated at 799mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 79mA – LED operated at 79mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 7mA – LED operated at 7mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8000mA – LED operated at 8000mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8001mA – LED operated at 8001mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8002mA – LED operated at 8002mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8003mA – LED operated at 8003mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8004mA – LED operated at 8004mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8005mA – LED operated at 8005mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8006mA – LED operated at 8006mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8007mA – LED operated at 8007mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8008mA – LED operated at 8008mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8009mA – LED operated at 8009mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 800mA – LED operated at 800mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8010mA – LED operated at 8010mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8011mA – LED operated at 8011mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8012mA – LED operated at 8012mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8013mA – LED operated at 8013mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8014mA – LED operated at 8014mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8015mA – LED operated at 8015mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8016mA – LED operated at 8016mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8017mA – LED operated at 8017mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8018mA – LED operated at 8018mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8019mA – LED operated at 8019mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 801mA – LED operated at 801mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8020mA – LED operated at 8020mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8021mA – LED operated at 8021mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8022mA – LED operated at 8022mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8023mA – LED operated at 8023mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8024mA – LED operated at 8024mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8025mA – LED operated at 8025mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8026mA – LED operated at 8026mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8027mA – LED operated at 8027mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8028mA – LED operated at 8028mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8029mA – LED operated at 8029mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 802mA – LED operated at 802mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8030mA – LED operated at 8030mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8031mA – LED operated at 8031mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8032mA – LED operated at 8032mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8033mA – LED operated at 8033mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8034mA – LED operated at 8034mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8035mA – LED operated at 8035mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8036mA – LED operated at 8036mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8037mA – LED operated at 8037mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8038mA – LED operated at 8038mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8039mA – LED operated at 8039mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 803mA – LED operated at 803mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8040mA – LED operated at 8040mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8041mA – LED operated at 8041mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8042mA – LED operated at 8042mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8043mA – LED operated at 8043mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8044mA – LED operated at 8044mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8045mA – LED operated at 8045mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8046mA – LED operated at 8046mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8047mA – LED operated at 8047mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8048mA – LED operated at 8048mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8049mA – LED operated at 8049mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 804mA – LED operated at 804mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8050mA – LED operated at 8050mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8051mA – LED operated at 8051mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8052mA – LED operated at 8052mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8053mA – LED operated at 8053mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8054mA – LED operated at 8054mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8055mA – LED operated at 8055mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8056mA – LED operated at 8056mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8057mA – LED operated at 8057mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8058mA – LED operated at 8058mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8059mA – LED operated at 8059mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 805mA – LED operated at 805mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8060mA – LED operated at 8060mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8061mA – LED operated at 8061mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8062mA – LED operated at 8062mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8063mA – LED operated at 8063mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8064mA – LED operated at 8064mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8065mA – LED operated at 8065mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8066mA – LED operated at 8066mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8067mA – LED operated at 8067mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8068mA – LED operated at 8068mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8069mA – LED operated at 8069mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 806mA – LED operated at 806mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8070mA – LED operated at 8070mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8071mA – LED operated at 8071mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8072mA – LED operated at 8072mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8073mA – LED operated at 8073mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8074mA – LED operated at 8074mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8075mA – LED operated at 8075mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8076mA – LED operated at 8076mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8077mA – LED operated at 8077mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8078mA – LED operated at 8078mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8079mA – LED operated at 8079mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 807mA – LED operated at 807mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8080mA – LED operated at 8080mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8081mA – LED operated at 8081mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8082mA – LED operated at 8082mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8083mA – LED operated at 8083mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8084mA – LED operated at 8084mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8085mA – LED operated at 8085mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8086mA – LED operated at 8086mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8087mA – LED operated at 8087mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8088mA – LED operated at 8088mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8089mA – LED operated at 8089mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 808mA – LED operated at 808mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8090mA – LED operated at 8090mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8091mA – LED operated at 8091mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8092mA – LED operated at 8092mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8093mA – LED operated at 8093mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8094mA – LED operated at 8094mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8095mA – LED operated at 8095mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8096mA – LED operated at 8096mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8097mA – LED operated at 8097mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8098mA – LED operated at 8098mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8099mA – LED operated at 8099mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 809mA – LED operated at 809mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 80mA – LED operated at 80mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8100mA – LED operated at 8100mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8101mA – LED operated at 8101mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8102mA – LED operated at 8102mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8103mA – LED operated at 8103mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8104mA – LED operated at 8104mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8105mA – LED operated at 8105mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8106mA – LED operated at 8106mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8107mA – LED operated at 8107mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8108mA – LED operated at 8108mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8109mA – LED operated at 8109mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 810mA – LED operated at 810mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8110mA – LED operated at 8110mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8111mA – LED operated at 8111mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8112mA – LED operated at 8112mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8113mA – LED operated at 8113mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8114mA – LED operated at 8114mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8115mA – LED operated at 8115mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8116mA – LED operated at 8116mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8117mA – LED operated at 8117mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8118mA – LED operated at 8118mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8119mA – LED operated at 8119mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 811mA – LED operated at 811mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8120mA – LED operated at 8120mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8121mA – LED operated at 8121mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8122mA – LED operated at 8122mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8123mA – LED operated at 8123mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8124mA – LED operated at 8124mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8125mA – LED operated at 8125mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8126mA – LED operated at 8126mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8127mA – LED operated at 8127mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8128mA – LED operated at 8128mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8129mA – LED operated at 8129mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 812mA – LED operated at 812mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8130mA – LED operated at 8130mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8131mA – LED operated at 8131mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8132mA – LED operated at 8132mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8133mA – LED operated at 8133mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8134mA – LED operated at 8134mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8135mA – LED operated at 8135mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8136mA – LED operated at 8136mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8137mA – LED operated at 8137mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8138mA – LED operated at 8138mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8139mA – LED operated at 8139mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 813mA – LED operated at 813mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8140mA – LED operated at 8140mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8141mA – LED operated at 8141mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8142mA – LED operated at 8142mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8143mA – LED operated at 8143mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8144mA – LED operated at 8144mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8145mA – LED operated at 8145mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8146mA – LED operated at 8146mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8147mA – LED operated at 8147mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8148mA – LED operated at 8148mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8149mA – LED operated at 8149mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 814mA – LED operated at 814mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8150mA – LED operated at 8150mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8151mA – LED operated at 8151mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8152mA – LED operated at 8152mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8153mA – LED operated at 8153mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8154mA – LED operated at 8154mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8155mA – LED operated at 8155mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8156mA – LED operated at 8156mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8157mA – LED operated at 8157mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8158mA – LED operated at 8158mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8159mA – LED operated at 8159mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 815mA – LED operated at 815mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8160mA – LED operated at 8160mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8161mA – LED operated at 8161mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8162mA – LED operated at 8162mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8163mA – LED operated at 8163mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8164mA – LED operated at 8164mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8165mA – LED operated at 8165mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8166mA – LED operated at 8166mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8167mA – LED operated at 8167mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8168mA – LED operated at 8168mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8169mA – LED operated at 8169mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 816mA – LED operated at 816mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8170mA – LED operated at 8170mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8171mA – LED operated at 8171mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8172mA – LED operated at 8172mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8173mA – LED operated at 8173mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8174mA – LED operated at 8174mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8175mA – LED operated at 8175mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8176mA – LED operated at 8176mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8177mA – LED operated at 8177mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8178mA – LED operated at 8178mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8179mA – LED operated at 8179mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 817mA – LED operated at 817mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8180mA – LED operated at 8180mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8181mA – LED operated at 8181mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8182mA – LED operated at 8182mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8183mA – LED operated at 8183mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8184mA – LED operated at 8184mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8185mA – LED operated at 8185mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8186mA – LED operated at 8186mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8187mA – LED operated at 8187mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8188mA – LED operated at 8188mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8189mA – LED operated at 8189mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 818mA – LED operated at 818mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8190mA – LED operated at 8190mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8191mA – LED operated at 8191mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8192mA – LED operated at 8192mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8193mA – LED operated at 8193mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8194mA – LED operated at 8194mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8195mA – LED operated at 8195mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8196mA – LED operated at 8196mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8197mA – LED operated at 8197mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8198mA – LED operated at 8198mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8199mA – LED operated at 8199mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 819mA – LED operated at 819mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 81mA – LED operated at 81mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8200mA – LED operated at 8200mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8201mA – LED operated at 8201mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8202mA – LED operated at 8202mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8203mA – LED operated at 8203mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8204mA – LED operated at 8204mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8205mA – LED operated at 8205mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8206mA – LED operated at 8206mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8207mA – LED operated at 8207mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8208mA – LED operated at 8208mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8209mA – LED operated at 8209mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 820mA – LED operated at 820mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8210mA – LED operated at 8210mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8211mA – LED operated at 8211mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8212mA – LED operated at 8212mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8213mA – LED operated at 8213mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8214mA – LED operated at 8214mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8215mA – LED operated at 8215mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8216mA – LED operated at 8216mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8217mA – LED operated at 8217mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8218mA – LED operated at 8218mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8219mA – LED operated at 8219mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 821mA – LED operated at 821mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8220mA – LED operated at 8220mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8221mA – LED operated at 8221mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8222mA – LED operated at 8222mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8223mA – LED operated at 8223mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8224mA – LED operated at 8224mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8225mA – LED operated at 8225mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8226mA – LED operated at 8226mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8227mA – LED operated at 8227mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8228mA – LED operated at 8228mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8229mA – LED operated at 8229mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 822mA – LED operated at 822mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8230mA – LED operated at 8230mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8231mA – LED operated at 8231mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8232mA – LED operated at 8232mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8233mA – LED operated at 8233mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8234mA – LED operated at 8234mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8235mA – LED operated at 8235mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8236mA – LED operated at 8236mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8237mA – LED operated at 8237mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8238mA – LED operated at 8238mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8239mA – LED operated at 8239mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 823mA – LED operated at 823mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8240mA – LED operated at 8240mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8241mA – LED operated at 8241mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8242mA – LED operated at 8242mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8243mA – LED operated at 8243mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8244mA – LED operated at 8244mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8245mA – LED operated at 8245mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8246mA – LED operated at 8246mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8247mA – LED operated at 8247mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8248mA – LED operated at 8248mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8249mA – LED operated at 8249mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 824mA – LED operated at 824mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8250mA – LED operated at 8250mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8251mA – LED operated at 8251mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8252mA – LED operated at 8252mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8253mA – LED operated at 8253mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8254mA – LED operated at 8254mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8255mA – LED operated at 8255mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8256mA – LED operated at 8256mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8257mA – LED operated at 8257mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8258mA – LED operated at 8258mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8259mA – LED operated at 8259mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 825mA – LED operated at 825mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8260mA – LED operated at 8260mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8261mA – LED operated at 8261mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8262mA – LED operated at 8262mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8263mA – LED operated at 8263mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8264mA – LED operated at 8264mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8265mA – LED operated at 8265mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8266mA – LED operated at 8266mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8267mA – LED operated at 8267mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8268mA – LED operated at 8268mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8269mA – LED operated at 8269mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 826mA – LED operated at 826mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8270mA – LED operated at 8270mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8271mA – LED operated at 8271mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8272mA – LED operated at 8272mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8273mA – LED operated at 8273mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8274mA – LED operated at 8274mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8275mA – LED operated at 8275mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8276mA – LED operated at 8276mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8277mA – LED operated at 8277mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8278mA – LED operated at 8278mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8279mA – LED operated at 8279mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 827mA – LED operated at 827mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8280mA – LED operated at 8280mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8281mA – LED operated at 8281mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8282mA – LED operated at 8282mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8283mA – LED operated at 8283mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8284mA – LED operated at 8284mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8285mA – LED operated at 8285mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8286mA – LED operated at 8286mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8287mA – LED operated at 8287mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8288mA – LED operated at 8288mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8289mA – LED operated at 8289mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 828mA – LED operated at 828mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8290mA – LED operated at 8290mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8291mA – LED operated at 8291mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8292mA – LED operated at 8292mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8293mA – LED operated at 8293mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8294mA – LED operated at 8294mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8295mA – LED operated at 8295mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8296mA – LED operated at 8296mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8297mA – LED operated at 8297mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8298mA – LED operated at 8298mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8299mA – LED operated at 8299mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 829mA – LED operated at 829mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 82mA – LED operated at 82mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8300mA – LED operated at 8300mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8301mA – LED operated at 8301mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8302mA – LED operated at 8302mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8303mA – LED operated at 8303mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8304mA – LED operated at 8304mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8305mA – LED operated at 8305mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8306mA – LED operated at 8306mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8307mA – LED operated at 8307mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8308mA – LED operated at 8308mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8309mA – LED operated at 8309mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 830mA – LED operated at 830mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8310mA – LED operated at 8310mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8311mA – LED operated at 8311mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8312mA – LED operated at 8312mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8313mA – LED operated at 8313mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8314mA – LED operated at 8314mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8315mA – LED operated at 8315mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8316mA – LED operated at 8316mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8317mA – LED operated at 8317mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8318mA – LED operated at 8318mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8319mA – LED operated at 8319mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 831mA – LED operated at 831mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8320mA – LED operated at 8320mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8321mA – LED operated at 8321mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8322mA – LED operated at 8322mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8323mA – LED operated at 8323mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8324mA – LED operated at 8324mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8325mA – LED operated at 8325mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8326mA – LED operated at 8326mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8327mA – LED operated at 8327mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8328mA – LED operated at 8328mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8329mA – LED operated at 8329mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 832mA – LED operated at 832mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8330mA – LED operated at 8330mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8331mA – LED operated at 8331mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8332mA – LED operated at 8332mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8333mA – LED operated at 8333mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8334mA – LED operated at 8334mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8335mA – LED operated at 8335mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8336mA – LED operated at 8336mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8337mA – LED operated at 8337mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8338mA – LED operated at 8338mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8339mA – LED operated at 8339mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 833mA – LED operated at 833mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8340mA – LED operated at 8340mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8341mA – LED operated at 8341mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8342mA – LED operated at 8342mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8343mA – LED operated at 8343mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8344mA – LED operated at 8344mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8345mA – LED operated at 8345mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8346mA – LED operated at 8346mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8347mA – LED operated at 8347mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8348mA – LED operated at 8348mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8349mA – LED operated at 8349mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 834mA – LED operated at 834mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8350mA – LED operated at 8350mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8351mA – LED operated at 8351mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8352mA – LED operated at 8352mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8353mA – LED operated at 8353mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8354mA – LED operated at 8354mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8355mA – LED operated at 8355mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8356mA – LED operated at 8356mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8357mA – LED operated at 8357mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8358mA – LED operated at 8358mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8359mA – LED operated at 8359mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 835mA – LED operated at 835mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8360mA – LED operated at 8360mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8361mA – LED operated at 8361mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8362mA – LED operated at 8362mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8363mA – LED operated at 8363mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8364mA – LED operated at 8364mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8365mA – LED operated at 8365mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8366mA – LED operated at 8366mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8367mA – LED operated at 8367mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8368mA – LED operated at 8368mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8369mA – LED operated at 8369mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 836mA – LED operated at 836mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8370mA – LED operated at 8370mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8371mA – LED operated at 8371mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8372mA – LED operated at 8372mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8373mA – LED operated at 8373mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8374mA – LED operated at 8374mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8375mA – LED operated at 8375mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8376mA – LED operated at 8376mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8377mA – LED operated at 8377mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8378mA – LED operated at 8378mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8379mA – LED operated at 8379mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 837mA – LED operated at 837mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8380mA – LED operated at 8380mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8381mA – LED operated at 8381mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8382mA – LED operated at 8382mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8383mA – LED operated at 8383mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8384mA – LED operated at 8384mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8385mA – LED operated at 8385mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8386mA – LED operated at 8386mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8387mA – LED operated at 8387mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8388mA – LED operated at 8388mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8389mA – LED operated at 8389mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 838mA – LED operated at 838mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8390mA – LED operated at 8390mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8391mA – LED operated at 8391mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8392mA – LED operated at 8392mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8393mA – LED operated at 8393mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8394mA – LED operated at 8394mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8395mA – LED operated at 8395mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8396mA – LED operated at 8396mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8397mA – LED operated at 8397mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8398mA – LED operated at 8398mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8399mA – LED operated at 8399mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 839mA – LED operated at 839mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 83mA – LED operated at 83mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8400mA – LED operated at 8400mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8401mA – LED operated at 8401mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8402mA – LED operated at 8402mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8403mA – LED operated at 8403mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8404mA – LED operated at 8404mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8405mA – LED operated at 8405mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8406mA – LED operated at 8406mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8407mA – LED operated at 8407mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8408mA – LED operated at 8408mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8409mA – LED operated at 8409mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 840mA – LED operated at 840mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8410mA – LED operated at 8410mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8411mA – LED operated at 8411mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8412mA – LED operated at 8412mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8413mA – LED operated at 8413mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8414mA – LED operated at 8414mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8415mA – LED operated at 8415mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8416mA – LED operated at 8416mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8417mA – LED operated at 8417mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8418mA – LED operated at 8418mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8419mA – LED operated at 8419mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 841mA – LED operated at 841mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8420mA – LED operated at 8420mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8421mA – LED operated at 8421mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8422mA – LED operated at 8422mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8423mA – LED operated at 8423mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8424mA – LED operated at 8424mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8425mA – LED operated at 8425mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8426mA – LED operated at 8426mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8427mA – LED operated at 8427mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8428mA – LED operated at 8428mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8429mA – LED operated at 8429mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 842mA – LED operated at 842mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8430mA – LED operated at 8430mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8431mA – LED operated at 8431mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8432mA – LED operated at 8432mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8433mA – LED operated at 8433mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8434mA – LED operated at 8434mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8435mA – LED operated at 8435mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8436mA – LED operated at 8436mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8437mA – LED operated at 8437mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8438mA – LED operated at 8438mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8439mA – LED operated at 8439mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 843mA – LED operated at 843mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8440mA – LED operated at 8440mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8441mA – LED operated at 8441mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8442mA – LED operated at 8442mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8443mA – LED operated at 8443mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8444mA – LED operated at 8444mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8445mA – LED operated at 8445mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8446mA – LED operated at 8446mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8447mA – LED operated at 8447mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8448mA – LED operated at 8448mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8449mA – LED operated at 8449mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 844mA – LED operated at 844mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8450mA – LED operated at 8450mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8451mA – LED operated at 8451mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8452mA – LED operated at 8452mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8453mA – LED operated at 8453mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8454mA – LED operated at 8454mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8455mA – LED operated at 8455mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8456mA – LED operated at 8456mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8457mA – LED operated at 8457mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8458mA – LED operated at 8458mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8459mA – LED operated at 8459mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 845mA – LED operated at 845mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8460mA – LED operated at 8460mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8461mA – LED operated at 8461mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8462mA – LED operated at 8462mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8463mA – LED operated at 8463mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8464mA – LED operated at 8464mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8465mA – LED operated at 8465mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8466mA – LED operated at 8466mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8467mA – LED operated at 8467mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8468mA – LED operated at 8468mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8469mA – LED operated at 8469mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 846mA – LED operated at 846mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8470mA – LED operated at 8470mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8471mA – LED operated at 8471mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8472mA – LED operated at 8472mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8473mA – LED operated at 8473mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8474mA – LED operated at 8474mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8475mA – LED operated at 8475mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8476mA – LED operated at 8476mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8477mA – LED operated at 8477mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8478mA – LED operated at 8478mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8479mA – LED operated at 8479mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 847mA – LED operated at 847mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8480mA – LED operated at 8480mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8481mA – LED operated at 8481mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8482mA – LED operated at 8482mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8483mA – LED operated at 8483mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8484mA – LED operated at 8484mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8485mA – LED operated at 8485mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8486mA – LED operated at 8486mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8487mA – LED operated at 8487mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8488mA – LED operated at 8488mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8489mA – LED operated at 8489mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 848mA – LED operated at 848mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8490mA – LED operated at 8490mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8491mA – LED operated at 8491mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8492mA – LED operated at 8492mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8493mA – LED operated at 8493mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8494mA – LED operated at 8494mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8495mA – LED operated at 8495mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8496mA – LED operated at 8496mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8497mA – LED operated at 8497mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8498mA – LED operated at 8498mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8499mA – LED operated at 8499mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 849mA – LED operated at 849mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 84mA – LED operated at 84mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8500mA – LED operated at 8500mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8501mA – LED operated at 8501mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8502mA – LED operated at 8502mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8503mA – LED operated at 8503mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8504mA – LED operated at 8504mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8505mA – LED operated at 8505mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8506mA – LED operated at 8506mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8507mA – LED operated at 8507mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8508mA – LED operated at 8508mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8509mA – LED operated at 8509mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 850mA – LED operated at 850mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8510mA – LED operated at 8510mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8511mA – LED operated at 8511mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8512mA – LED operated at 8512mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8513mA – LED operated at 8513mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8514mA – LED operated at 8514mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8515mA – LED operated at 8515mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8516mA – LED operated at 8516mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8517mA – LED operated at 8517mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8518mA – LED operated at 8518mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8519mA – LED operated at 8519mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 851mA – LED operated at 851mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8520mA – LED operated at 8520mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8521mA – LED operated at 8521mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8522mA – LED operated at 8522mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8523mA – LED operated at 8523mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8524mA – LED operated at 8524mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8525mA – LED operated at 8525mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8526mA – LED operated at 8526mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8527mA – LED operated at 8527mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8528mA – LED operated at 8528mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8529mA – LED operated at 8529mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 852mA – LED operated at 852mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8530mA – LED operated at 8530mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8531mA – LED operated at 8531mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8532mA – LED operated at 8532mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8533mA – LED operated at 8533mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8534mA – LED operated at 8534mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8535mA – LED operated at 8535mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8536mA – LED operated at 8536mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8537mA – LED operated at 8537mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8538mA – LED operated at 8538mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8539mA – LED operated at 8539mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 853mA – LED operated at 853mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8540mA – LED operated at 8540mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8541mA – LED operated at 8541mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8542mA – LED operated at 8542mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8543mA – LED operated at 8543mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8544mA – LED operated at 8544mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8545mA – LED operated at 8545mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8546mA – LED operated at 8546mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8547mA – LED operated at 8547mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8548mA – LED operated at 8548mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8549mA – LED operated at 8549mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 854mA – LED operated at 854mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8550mA – LED operated at 8550mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8551mA – LED operated at 8551mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8552mA – LED operated at 8552mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8553mA – LED operated at 8553mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8554mA – LED operated at 8554mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8555mA – LED operated at 8555mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8556mA – LED operated at 8556mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8557mA – LED operated at 8557mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8558mA – LED operated at 8558mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8559mA – LED operated at 8559mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 855mA – LED operated at 855mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8560mA – LED operated at 8560mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8561mA – LED operated at 8561mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8562mA – LED operated at 8562mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8563mA – LED operated at 8563mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8564mA – LED operated at 8564mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8565mA – LED operated at 8565mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8566mA – LED operated at 8566mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8567mA – LED operated at 8567mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8568mA – LED operated at 8568mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8569mA – LED operated at 8569mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 856mA – LED operated at 856mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8570mA – LED operated at 8570mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8571mA – LED operated at 8571mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8572mA – LED operated at 8572mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8573mA – LED operated at 8573mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8574mA – LED operated at 8574mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8575mA – LED operated at 8575mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8576mA – LED operated at 8576mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8577mA – LED operated at 8577mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8578mA – LED operated at 8578mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8579mA – LED operated at 8579mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 857mA – LED operated at 857mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8580mA – LED operated at 8580mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8581mA – LED operated at 8581mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8582mA – LED operated at 8582mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8583mA – LED operated at 8583mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8584mA – LED operated at 8584mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8585mA – LED operated at 8585mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8586mA – LED operated at 8586mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8587mA – LED operated at 8587mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8588mA – LED operated at 8588mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8589mA – LED operated at 8589mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 858mA – LED operated at 858mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8590mA – LED operated at 8590mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8591mA – LED operated at 8591mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8592mA – LED operated at 8592mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8593mA – LED operated at 8593mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8594mA – LED operated at 8594mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8595mA – LED operated at 8595mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8596mA – LED operated at 8596mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8597mA – LED operated at 8597mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8598mA – LED operated at 8598mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8599mA – LED operated at 8599mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 859mA – LED operated at 859mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 85mA – LED operated at 85mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8600mA – LED operated at 8600mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8601mA – LED operated at 8601mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8602mA – LED operated at 8602mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8603mA – LED operated at 8603mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8604mA – LED operated at 8604mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8605mA – LED operated at 8605mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8606mA – LED operated at 8606mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8607mA – LED operated at 8607mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8608mA – LED operated at 8608mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8609mA – LED operated at 8609mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 860mA – LED operated at 860mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8610mA – LED operated at 8610mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8611mA – LED operated at 8611mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8612mA – LED operated at 8612mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8613mA – LED operated at 8613mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8614mA – LED operated at 8614mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8615mA – LED operated at 8615mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8616mA – LED operated at 8616mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8617mA – LED operated at 8617mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8618mA – LED operated at 8618mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8619mA – LED operated at 8619mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 861mA – LED operated at 861mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8620mA – LED operated at 8620mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8621mA – LED operated at 8621mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8622mA – LED operated at 8622mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8623mA – LED operated at 8623mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8624mA – LED operated at 8624mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8625mA – LED operated at 8625mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8626mA – LED operated at 8626mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8627mA – LED operated at 8627mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8628mA – LED operated at 8628mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8629mA – LED operated at 8629mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 862mA – LED operated at 862mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8630mA – LED operated at 8630mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8631mA – LED operated at 8631mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8632mA – LED operated at 8632mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8633mA – LED operated at 8633mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8634mA – LED operated at 8634mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8635mA – LED operated at 8635mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8636mA – LED operated at 8636mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8637mA – LED operated at 8637mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8638mA – LED operated at 8638mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8639mA – LED operated at 8639mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 863mA – LED operated at 863mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8640mA – LED operated at 8640mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8641mA – LED operated at 8641mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8642mA – LED operated at 8642mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8643mA – LED operated at 8643mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8644mA – LED operated at 8644mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8645mA – LED operated at 8645mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8646mA – LED operated at 8646mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8647mA – LED operated at 8647mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8648mA – LED operated at 8648mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8649mA – LED operated at 8649mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 864mA – LED operated at 864mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8650mA – LED operated at 8650mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8651mA – LED operated at 8651mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8652mA – LED operated at 8652mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8653mA – LED operated at 8653mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8654mA – LED operated at 8654mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8655mA – LED operated at 8655mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8656mA – LED operated at 8656mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8657mA – LED operated at 8657mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8658mA – LED operated at 8658mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8659mA – LED operated at 8659mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 865mA – LED operated at 865mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8660mA – LED operated at 8660mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8661mA – LED operated at 8661mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8662mA – LED operated at 8662mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8663mA – LED operated at 8663mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8664mA – LED operated at 8664mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8665mA – LED operated at 8665mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8666mA – LED operated at 8666mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8667mA – LED operated at 8667mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8668mA – LED operated at 8668mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8669mA – LED operated at 8669mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 866mA – LED operated at 866mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8670mA – LED operated at 8670mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8671mA – LED operated at 8671mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8672mA – LED operated at 8672mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8673mA – LED operated at 8673mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8674mA – LED operated at 8674mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8675mA – LED operated at 8675mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8676mA – LED operated at 8676mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8677mA – LED operated at 8677mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8678mA – LED operated at 8678mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8679mA – LED operated at 8679mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 867mA – LED operated at 867mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8680mA – LED operated at 8680mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8681mA – LED operated at 8681mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8682mA – LED operated at 8682mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8683mA – LED operated at 8683mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8684mA – LED operated at 8684mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8685mA – LED operated at 8685mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8686mA – LED operated at 8686mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8687mA – LED operated at 8687mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8688mA – LED operated at 8688mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8689mA – LED operated at 8689mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 868mA – LED operated at 868mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8690mA – LED operated at 8690mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8691mA – LED operated at 8691mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8692mA – LED operated at 8692mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8693mA – LED operated at 8693mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8694mA – LED operated at 8694mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8695mA – LED operated at 8695mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8696mA – LED operated at 8696mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8697mA – LED operated at 8697mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8698mA – LED operated at 8698mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8699mA – LED operated at 8699mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 869mA – LED operated at 869mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 86mA – LED operated at 86mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8700mA – LED operated at 8700mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8701mA – LED operated at 8701mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8702mA – LED operated at 8702mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8703mA – LED operated at 8703mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8704mA – LED operated at 8704mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8705mA – LED operated at 8705mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8706mA – LED operated at 8706mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8707mA – LED operated at 8707mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8708mA – LED operated at 8708mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8709mA – LED operated at 8709mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 870mA – LED operated at 870mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8710mA – LED operated at 8710mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8711mA – LED operated at 8711mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8712mA – LED operated at 8712mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8713mA – LED operated at 8713mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8714mA – LED operated at 8714mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8715mA – LED operated at 8715mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8716mA – LED operated at 8716mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8717mA – LED operated at 8717mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8718mA – LED operated at 8718mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8719mA – LED operated at 8719mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 871mA – LED operated at 871mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8720mA – LED operated at 8720mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8721mA – LED operated at 8721mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8722mA – LED operated at 8722mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8723mA – LED operated at 8723mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8724mA – LED operated at 8724mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8725mA – LED operated at 8725mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8726mA – LED operated at 8726mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8727mA – LED operated at 8727mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8728mA – LED operated at 8728mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8729mA – LED operated at 8729mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 872mA – LED operated at 872mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8730mA – LED operated at 8730mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8731mA – LED operated at 8731mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8732mA – LED operated at 8732mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8733mA – LED operated at 8733mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8734mA – LED operated at 8734mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8735mA – LED operated at 8735mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8736mA – LED operated at 8736mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8737mA – LED operated at 8737mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8738mA – LED operated at 8738mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8739mA – LED operated at 8739mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 873mA – LED operated at 873mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8740mA – LED operated at 8740mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8741mA – LED operated at 8741mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8742mA – LED operated at 8742mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8743mA – LED operated at 8743mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8744mA – LED operated at 8744mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8745mA – LED operated at 8745mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8746mA – LED operated at 8746mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8747mA – LED operated at 8747mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8748mA – LED operated at 8748mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8749mA – LED operated at 8749mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 874mA – LED operated at 874mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8750mA – LED operated at 8750mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8751mA – LED operated at 8751mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8752mA – LED operated at 8752mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8753mA – LED operated at 8753mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8754mA – LED operated at 8754mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8755mA – LED operated at 8755mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8756mA – LED operated at 8756mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8757mA – LED operated at 8757mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8758mA – LED operated at 8758mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8759mA – LED operated at 8759mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 875mA – LED operated at 875mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8760mA – LED operated at 8760mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8761mA – LED operated at 8761mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8762mA – LED operated at 8762mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8763mA – LED operated at 8763mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8764mA – LED operated at 8764mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8765mA – LED operated at 8765mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8766mA – LED operated at 8766mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8767mA – LED operated at 8767mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8768mA – LED operated at 8768mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8769mA – LED operated at 8769mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 876mA – LED operated at 876mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8770mA – LED operated at 8770mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8771mA – LED operated at 8771mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8772mA – LED operated at 8772mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8773mA – LED operated at 8773mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8774mA – LED operated at 8774mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8775mA – LED operated at 8775mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8776mA – LED operated at 8776mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8777mA – LED operated at 8777mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8778mA – LED operated at 8778mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8779mA – LED operated at 8779mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 877mA – LED operated at 877mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8780mA – LED operated at 8780mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8781mA – LED operated at 8781mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8782mA – LED operated at 8782mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8783mA – LED operated at 8783mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8784mA – LED operated at 8784mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8785mA – LED operated at 8785mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8786mA – LED operated at 8786mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8787mA – LED operated at 8787mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8788mA – LED operated at 8788mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8789mA – LED operated at 8789mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 878mA – LED operated at 878mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8790mA – LED operated at 8790mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8791mA – LED operated at 8791mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8792mA – LED operated at 8792mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8793mA – LED operated at 8793mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8794mA – LED operated at 8794mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8795mA – LED operated at 8795mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8796mA – LED operated at 8796mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8797mA – LED operated at 8797mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8798mA – LED operated at 8798mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8799mA – LED operated at 8799mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 879mA – LED operated at 879mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 87mA – LED operated at 87mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8800mA – LED operated at 8800mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8801mA – LED operated at 8801mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8802mA – LED operated at 8802mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8803mA – LED operated at 8803mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8804mA – LED operated at 8804mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8805mA – LED operated at 8805mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8806mA – LED operated at 8806mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8807mA – LED operated at 8807mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8808mA – LED operated at 8808mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8809mA – LED operated at 8809mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 880mA – LED operated at 880mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8810mA – LED operated at 8810mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8811mA – LED operated at 8811mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8812mA – LED operated at 8812mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8813mA – LED operated at 8813mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8814mA – LED operated at 8814mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8815mA – LED operated at 8815mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8816mA – LED operated at 8816mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8817mA – LED operated at 8817mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8818mA – LED operated at 8818mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8819mA – LED operated at 8819mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 881mA – LED operated at 881mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8820mA – LED operated at 8820mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8821mA – LED operated at 8821mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8822mA – LED operated at 8822mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8823mA – LED operated at 8823mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8824mA – LED operated at 8824mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8825mA – LED operated at 8825mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8826mA – LED operated at 8826mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8827mA – LED operated at 8827mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8828mA – LED operated at 8828mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8829mA – LED operated at 8829mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 882mA – LED operated at 882mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8830mA – LED operated at 8830mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8831mA – LED operated at 8831mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8832mA – LED operated at 8832mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8833mA – LED operated at 8833mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8834mA – LED operated at 8834mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8835mA – LED operated at 8835mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8836mA – LED operated at 8836mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8837mA – LED operated at 8837mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8838mA – LED operated at 8838mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8839mA – LED operated at 8839mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 883mA – LED operated at 883mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8840mA – LED operated at 8840mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8841mA – LED operated at 8841mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8842mA – LED operated at 8842mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8843mA – LED operated at 8843mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8844mA – LED operated at 8844mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8845mA – LED operated at 8845mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8846mA – LED operated at 8846mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8847mA – LED operated at 8847mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8848mA – LED operated at 8848mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8849mA – LED operated at 8849mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 884mA – LED operated at 884mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8850mA – LED operated at 8850mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8851mA – LED operated at 8851mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8852mA – LED operated at 8852mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8853mA – LED operated at 8853mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8854mA – LED operated at 8854mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8855mA – LED operated at 8855mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8856mA – LED operated at 8856mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8857mA – LED operated at 8857mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8858mA – LED operated at 8858mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8859mA – LED operated at 8859mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 885mA – LED operated at 885mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8860mA – LED operated at 8860mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8861mA – LED operated at 8861mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8862mA – LED operated at 8862mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8863mA – LED operated at 8863mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8864mA – LED operated at 8864mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8865mA – LED operated at 8865mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8866mA – LED operated at 8866mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8867mA – LED operated at 8867mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8868mA – LED operated at 8868mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8869mA – LED operated at 8869mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 886mA – LED operated at 886mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8870mA – LED operated at 8870mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8871mA – LED operated at 8871mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8872mA – LED operated at 8872mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8873mA – LED operated at 8873mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8874mA – LED operated at 8874mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8875mA – LED operated at 8875mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8876mA – LED operated at 8876mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8877mA – LED operated at 8877mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8878mA – LED operated at 8878mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8879mA – LED operated at 8879mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 887mA – LED operated at 887mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8880mA – LED operated at 8880mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8881mA – LED operated at 8881mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8882mA – LED operated at 8882mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8883mA – LED operated at 8883mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8884mA – LED operated at 8884mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8885mA – LED operated at 8885mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8886mA – LED operated at 8886mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8887mA – LED operated at 8887mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8888mA – LED operated at 8888mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8889mA – LED operated at 8889mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 888mA – LED operated at 888mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8890mA – LED operated at 8890mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8891mA – LED operated at 8891mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8892mA – LED operated at 8892mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8893mA – LED operated at 8893mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8894mA – LED operated at 8894mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8895mA – LED operated at 8895mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8896mA – LED operated at 8896mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8897mA – LED operated at 8897mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8898mA – LED operated at 8898mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8899mA – LED operated at 8899mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 889mA – LED operated at 889mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 88mA – LED operated at 88mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8900mA – LED operated at 8900mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8901mA – LED operated at 8901mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8902mA – LED operated at 8902mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8903mA – LED operated at 8903mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8904mA – LED operated at 8904mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8905mA – LED operated at 8905mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8906mA – LED operated at 8906mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8907mA – LED operated at 8907mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8908mA – LED operated at 8908mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8909mA – LED operated at 8909mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 890mA – LED operated at 890mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8910mA – LED operated at 8910mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8911mA – LED operated at 8911mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8912mA – LED operated at 8912mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8913mA – LED operated at 8913mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8914mA – LED operated at 8914mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8915mA – LED operated at 8915mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8916mA – LED operated at 8916mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8917mA – LED operated at 8917mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8918mA – LED operated at 8918mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8919mA – LED operated at 8919mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 891mA – LED operated at 891mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8920mA – LED operated at 8920mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8921mA – LED operated at 8921mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8922mA – LED operated at 8922mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8923mA – LED operated at 8923mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8924mA – LED operated at 8924mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8925mA – LED operated at 8925mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8926mA – LED operated at 8926mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8927mA – LED operated at 8927mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8928mA – LED operated at 8928mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8929mA – LED operated at 8929mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 892mA – LED operated at 892mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8930mA – LED operated at 8930mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8931mA – LED operated at 8931mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8932mA – LED operated at 8932mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8933mA – LED operated at 8933mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8934mA – LED operated at 8934mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8935mA – LED operated at 8935mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8936mA – LED operated at 8936mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8937mA – LED operated at 8937mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8938mA – LED operated at 8938mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8939mA – LED operated at 8939mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 893mA – LED operated at 893mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8940mA – LED operated at 8940mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8941mA – LED operated at 8941mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8942mA – LED operated at 8942mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8943mA – LED operated at 8943mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8944mA – LED operated at 8944mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8945mA – LED operated at 8945mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8946mA – LED operated at 8946mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8947mA – LED operated at 8947mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8948mA – LED operated at 8948mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8949mA – LED operated at 8949mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 894mA – LED operated at 894mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8950mA – LED operated at 8950mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8951mA – LED operated at 8951mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8952mA – LED operated at 8952mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8953mA – LED operated at 8953mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8954mA – LED operated at 8954mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8955mA – LED operated at 8955mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8956mA – LED operated at 8956mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8957mA – LED operated at 8957mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8958mA – LED operated at 8958mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8959mA – LED operated at 8959mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 895mA – LED operated at 895mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8960mA – LED operated at 8960mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8961mA – LED operated at 8961mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8962mA – LED operated at 8962mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8963mA – LED operated at 8963mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8964mA – LED operated at 8964mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8965mA – LED operated at 8965mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8966mA – LED operated at 8966mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8967mA – LED operated at 8967mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8968mA – LED operated at 8968mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8969mA – LED operated at 8969mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 896mA – LED operated at 896mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8970mA – LED operated at 8970mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8971mA – LED operated at 8971mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8972mA – LED operated at 8972mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8973mA – LED operated at 8973mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8974mA – LED operated at 8974mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8975mA – LED operated at 8975mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8976mA – LED operated at 8976mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8977mA – LED operated at 8977mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8978mA – LED operated at 8978mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8979mA – LED operated at 8979mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 897mA – LED operated at 897mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8980mA – LED operated at 8980mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8981mA – LED operated at 8981mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8982mA – LED operated at 8982mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8983mA – LED operated at 8983mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8984mA – LED operated at 8984mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8985mA – LED operated at 8985mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8986mA – LED operated at 8986mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8987mA – LED operated at 8987mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8988mA – LED operated at 8988mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8989mA – LED operated at 8989mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 898mA – LED operated at 898mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8990mA – LED operated at 8990mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8991mA – LED operated at 8991mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8992mA – LED operated at 8992mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8993mA – LED operated at 8993mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8994mA – LED operated at 8994mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8995mA – LED operated at 8995mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8996mA – LED operated at 8996mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8997mA – LED operated at 8997mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8998mA – LED operated at 8998mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8999mA – LED operated at 8999mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 899mA – LED operated at 899mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 89mA – LED operated at 89mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 8mA – LED operated at 8mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9000mA – LED operated at 9000mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9001mA – LED operated at 9001mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9002mA – LED operated at 9002mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9003mA – LED operated at 9003mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9004mA – LED operated at 9004mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9005mA – LED operated at 9005mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9006mA – LED operated at 9006mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9007mA – LED operated at 9007mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9008mA – LED operated at 9008mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9009mA – LED operated at 9009mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 900mA – LED operated at 900mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9010mA – LED operated at 9010mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9011mA – LED operated at 9011mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9012mA – LED operated at 9012mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9013mA – LED operated at 9013mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9014mA – LED operated at 9014mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9015mA – LED operated at 9015mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9016mA – LED operated at 9016mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9017mA – LED operated at 9017mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9018mA – LED operated at 9018mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9019mA – LED operated at 9019mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 901mA – LED operated at 901mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9020mA – LED operated at 9020mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9021mA – LED operated at 9021mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9022mA – LED operated at 9022mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9023mA – LED operated at 9023mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9024mA – LED operated at 9024mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9025mA – LED operated at 9025mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9026mA – LED operated at 9026mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9027mA – LED operated at 9027mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9028mA – LED operated at 9028mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9029mA – LED operated at 9029mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 902mA – LED operated at 902mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9030mA – LED operated at 9030mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9031mA – LED operated at 9031mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9032mA – LED operated at 9032mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9033mA – LED operated at 9033mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9034mA – LED operated at 9034mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9035mA – LED operated at 9035mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9036mA – LED operated at 9036mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9037mA – LED operated at 9037mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9038mA – LED operated at 9038mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9039mA – LED operated at 9039mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 903mA – LED operated at 903mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 904mA – LED operated at 904mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 905mA – LED operated at 905mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 906mA – LED operated at 906mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 907mA – LED operated at 907mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 908mA – LED operated at 908mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 909mA – LED operated at 909mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 90mA – LED operated at 90mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 910mA – LED operated at 910mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 911mA – LED operated at 911mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 912mA – LED operated at 912mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 913mA – LED operated at 913mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 914mA – LED operated at 914mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 915mA – LED operated at 915mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 916mA – LED operated at 916mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 917mA – LED operated at 917mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 918mA – LED operated at 918mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 919mA – LED operated at 919mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 91mA – LED operated at 91mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 920mA – LED operated at 920mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 921mA – LED operated at 921mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 922mA – LED operated at 922mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 923mA – LED operated at 923mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 924mA – LED operated at 924mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 925mA – LED operated at 925mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 926mA – LED operated at 926mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 927mA – LED operated at 927mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 928mA – LED operated at 928mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 929mA – LED operated at 929mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 92mA – LED operated at 92mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 930mA – LED operated at 930mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 931mA – LED operated at 931mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 932mA – LED operated at 932mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 933mA – LED operated at 933mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 934mA – LED operated at 934mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 935mA – LED operated at 935mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 936mA – LED operated at 936mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 937mA – LED operated at 937mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 938mA – LED operated at 938mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 939mA – LED operated at 939mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 93mA – LED operated at 93mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 940mA – LED operated at 940mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 941mA – LED operated at 941mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 942mA – LED operated at 942mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 943mA – LED operated at 943mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 944mA – LED operated at 944mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 945mA – LED operated at 945mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 946mA – LED operated at 946mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 947mA – LED operated at 947mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 948mA – LED operated at 948mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 949mA – LED operated at 949mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 94mA – LED operated at 94mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 950mA – LED operated at 950mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 951mA – LED operated at 951mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 952mA – LED operated at 952mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 953mA – LED operated at 953mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 954mA – LED operated at 954mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 955mA – LED operated at 955mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 956mA – LED operated at 956mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 957mA – LED operated at 957mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 958mA – LED operated at 958mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 959mA – LED operated at 959mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 95mA – LED operated at 95mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 960mA – LED operated at 960mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 961mA – LED operated at 961mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 962mA – LED operated at 962mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 963mA – LED operated at 963mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 964mA – LED operated at 964mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 965mA – LED operated at 965mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 966mA – LED operated at 966mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 967mA – LED operated at 967mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 968mA – LED operated at 968mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 969mA – LED operated at 969mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 96mA – LED operated at 96mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 970mA – LED operated at 970mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 971mA – LED operated at 971mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 972mA – LED operated at 972mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 973mA – LED operated at 973mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 974mA – LED operated at 974mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 975mA – LED operated at 975mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 976mA – LED operated at 976mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 977mA – LED operated at 977mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 978mA – LED operated at 978mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 979mA – LED operated at 979mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 97mA – LED operated at 97mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 980mA – LED operated at 980mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 981mA – LED operated at 981mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 982mA – LED operated at 982mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 983mA – LED operated at 983mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 984mA – LED operated at 984mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 985mA – LED operated at 985mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 986mA – LED operated at 986mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 987mA – LED operated at 987mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 988mA – LED operated at 988mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 989mA – LED operated at 989mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 98mA – LED operated at 98mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 990mA – LED operated at 990mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 991mA – LED operated at 991mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 992mA – LED operated at 992mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 993mA – LED operated at 993mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 994mA – LED operated at 994mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 995mA – LED operated at 995mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 996mA – LED operated at 996mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 997mA – LED operated at 997mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 998mA – LED operated at 998mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 999mA – LED operated at 999mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 99mA – LED operated at 99mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED current 9mA – LED operated at 9mA forward current. Drive current determines luminous flux, efficacy and junction temperature; exceeding the maximum rated value accelerates phosphor degradation and shortens useful life exponentially.
LED driver 100W – Electronic LED power supply rated at 100 watts maximum output.
LED driver 101W – Electronic LED power supply rated at 101 watts maximum output.
LED driver 102W – Electronic LED power supply rated at 102 watts maximum output.
LED driver 103W – Electronic LED power supply rated at 103 watts maximum output.
LED driver 104W – Electronic LED power supply rated at 104 watts maximum output.
LED driver 105W – Electronic LED power supply rated at 105 watts maximum output.
LED driver 106W – Electronic LED power supply rated at 106 watts maximum output.
LED driver 107W – Electronic LED power supply rated at 107 watts maximum output.
LED driver 108W – Electronic LED power supply rated at 108 watts maximum output.
LED driver 109W – Electronic LED power supply rated at 109 watts maximum output.
LED driver 10W – Electronic LED power supply rated at 10 watts maximum output.
LED driver 110W – Electronic LED power supply rated at 110 watts maximum output.
LED driver 111W – Electronic LED power supply rated at 111 watts maximum output.
LED driver 112W – Electronic LED power supply rated at 112 watts maximum output.
LED driver 113W – Electronic LED power supply rated at 113 watts maximum output.
LED driver 114W – Electronic LED power supply rated at 114 watts maximum output.
LED driver 115W – Electronic LED power supply rated at 115 watts maximum output.
LED driver 116W – Electronic LED power supply rated at 116 watts maximum output.
LED driver 117W – Electronic LED power supply rated at 117 watts maximum output.
LED driver 118W – Electronic LED power supply rated at 118 watts maximum output.
LED driver 119W – Electronic LED power supply rated at 119 watts maximum output.
LED driver 11W – Electronic LED power supply rated at 11 watts maximum output.
LED driver 120W – Electronic LED power supply rated at 120 watts maximum output.
LED driver 121W – Electronic LED power supply rated at 121 watts maximum output.
LED driver 122W – Electronic LED power supply rated at 122 watts maximum output.
LED driver 123W – Electronic LED power supply rated at 123 watts maximum output.
LED driver 124W – Electronic LED power supply rated at 124 watts maximum output.
LED driver 125W – Electronic LED power supply rated at 125 watts maximum output.
LED driver 126W – Electronic LED power supply rated at 126 watts maximum output.
LED driver 127W – Electronic LED power supply rated at 127 watts maximum output.
LED driver 128W – Electronic LED power supply rated at 128 watts maximum output.
LED driver 129W – Electronic LED power supply rated at 129 watts maximum output.
LED driver 12W – Electronic LED power supply rated at 12 watts maximum output.
LED driver 130W – Electronic LED power supply rated at 130 watts maximum output.
LED driver 131W – Electronic LED power supply rated at 131 watts maximum output.
LED driver 132W – Electronic LED power supply rated at 132 watts maximum output.
LED driver 133W – Electronic LED power supply rated at 133 watts maximum output.
LED driver 134W – Electronic LED power supply rated at 134 watts maximum output.
LED driver 135W – Electronic LED power supply rated at 135 watts maximum output.
LED driver 136W – Electronic LED power supply rated at 136 watts maximum output.
LED driver 137W – Electronic LED power supply rated at 137 watts maximum output.
LED driver 138W – Electronic LED power supply rated at 138 watts maximum output.
LED driver 139W – Electronic LED power supply rated at 139 watts maximum output.
LED driver 13W – Electronic LED power supply rated at 13 watts maximum output.
LED driver 140W – Electronic LED power supply rated at 140 watts maximum output.
LED driver 141W – Electronic LED power supply rated at 141 watts maximum output.
LED driver 142W – Electronic LED power supply rated at 142 watts maximum output.
LED driver 143W – Electronic LED power supply rated at 143 watts maximum output.
LED driver 144W – Electronic LED power supply rated at 144 watts maximum output.
LED driver 145W – Electronic LED power supply rated at 145 watts maximum output.
LED driver 146W – Electronic LED power supply rated at 146 watts maximum output.
LED driver 147W – Electronic LED power supply rated at 147 watts maximum output.
LED driver 148W – Electronic LED power supply rated at 148 watts maximum output.
LED driver 149W – Electronic LED power supply rated at 149 watts maximum output.
LED driver 14W – Electronic LED power supply rated at 14 watts maximum output.
LED driver 150W – Electronic LED power supply rated at 150 watts maximum output.
LED driver 151W – Electronic LED power supply rated at 151 watts maximum output.
LED driver 152W – Electronic LED power supply rated at 152 watts maximum output.
LED driver 153W – Electronic LED power supply rated at 153 watts maximum output.
LED driver 154W – Electronic LED power supply rated at 154 watts maximum output.
LED driver 155W – Electronic LED power supply rated at 155 watts maximum output.
LED driver 156W – Electronic LED power supply rated at 156 watts maximum output.
LED driver 157W – Electronic LED power supply rated at 157 watts maximum output.
LED driver 158W – Electronic LED power supply rated at 158 watts maximum output.
LED driver 159W – Electronic LED power supply rated at 159 watts maximum output.
LED driver 15W – Electronic LED power supply rated at 15 watts maximum output.
LED driver 160W – Electronic LED power supply rated at 160 watts maximum output.
LED driver 161W – Electronic LED power supply rated at 161 watts maximum output.
LED driver 162W – Electronic LED power supply rated at 162 watts maximum output.
LED driver 163W – Electronic LED power supply rated at 163 watts maximum output.
LED driver 164W – Electronic LED power supply rated at 164 watts maximum output.
LED driver 165W – Electronic LED power supply rated at 165 watts maximum output.
LED driver 166W – Electronic LED power supply rated at 166 watts maximum output.
LED driver 167W – Electronic LED power supply rated at 167 watts maximum output.
LED driver 168W – Electronic LED power supply rated at 168 watts maximum output.
LED driver 169W – Electronic LED power supply rated at 169 watts maximum output.
LED driver 16W – Electronic LED power supply rated at 16 watts maximum output.
LED driver 170W – Electronic LED power supply rated at 170 watts maximum output.
LED driver 171W – Electronic LED power supply rated at 171 watts maximum output.
LED driver 172W – Electronic LED power supply rated at 172 watts maximum output.
LED driver 173W – Electronic LED power supply rated at 173 watts maximum output.
LED driver 174W – Electronic LED power supply rated at 174 watts maximum output.
LED driver 175W – Electronic LED power supply rated at 175 watts maximum output.
LED driver 176W – Electronic LED power supply rated at 176 watts maximum output.
LED driver 177W – Electronic LED power supply rated at 177 watts maximum output.
LED driver 178W – Electronic LED power supply rated at 178 watts maximum output.
LED driver 179W – Electronic LED power supply rated at 179 watts maximum output.
LED driver 17W – Electronic LED power supply rated at 17 watts maximum output.
LED driver 180W – Electronic LED power supply rated at 180 watts maximum output.
LED driver 181W – Electronic LED power supply rated at 181 watts maximum output.
LED driver 182W – Electronic LED power supply rated at 182 watts maximum output.
LED driver 183W – Electronic LED power supply rated at 183 watts maximum output.
LED driver 184W – Electronic LED power supply rated at 184 watts maximum output.
LED driver 185W – Electronic LED power supply rated at 185 watts maximum output.
LED driver 186W – Electronic LED power supply rated at 186 watts maximum output.
LED driver 187W – Electronic LED power supply rated at 187 watts maximum output.
LED driver 188W – Electronic LED power supply rated at 188 watts maximum output.
LED driver 189W – Electronic LED power supply rated at 189 watts maximum output.
LED driver 18W – Electronic LED power supply rated at 18 watts maximum output.
LED driver 190W – Electronic LED power supply rated at 190 watts maximum output.
LED driver 191W – Electronic LED power supply rated at 191 watts maximum output.
LED driver 192W – Electronic LED power supply rated at 192 watts maximum output.
LED driver 193W – Electronic LED power supply rated at 193 watts maximum output.
LED driver 194W – Electronic LED power supply rated at 194 watts maximum output.
LED driver 195W – Electronic LED power supply rated at 195 watts maximum output.
LED driver 196W – Electronic LED power supply rated at 196 watts maximum output.
LED driver 197W – Electronic LED power supply rated at 197 watts maximum output.
LED driver 198W – Electronic LED power supply rated at 198 watts maximum output.
LED driver 199W – Electronic LED power supply rated at 199 watts maximum output.
LED driver 19W – Electronic LED power supply rated at 19 watts maximum output.
LED driver 1W – Electronic LED power supply rated at 1 watts maximum output.
LED driver 200W – Electronic LED power supply rated at 200 watts maximum output.
LED driver 201W – Electronic LED power supply rated at 201 watts maximum output.
LED driver 202W – Electronic LED power supply rated at 202 watts maximum output.
LED driver 203W – Electronic LED power supply rated at 203 watts maximum output.
LED driver 204W – Electronic LED power supply rated at 204 watts maximum output.
LED driver 205W – Electronic LED power supply rated at 205 watts maximum output.
LED driver 206W – Electronic LED power supply rated at 206 watts maximum output.
LED driver 207W – Electronic LED power supply rated at 207 watts maximum output.
LED driver 208W – Electronic LED power supply rated at 208 watts maximum output.
LED driver 209W – Electronic LED power supply rated at 209 watts maximum output.
LED driver 20W – Electronic LED power supply rated at 20 watts maximum output.
LED driver 210W – Electronic LED power supply rated at 210 watts maximum output.
LED driver 211W – Electronic LED power supply rated at 211 watts maximum output.
LED driver 212W – Electronic LED power supply rated at 212 watts maximum output.
LED driver 213W – Electronic LED power supply rated at 213 watts maximum output.
LED driver 214W – Electronic LED power supply rated at 214 watts maximum output.
LED driver 215W – Electronic LED power supply rated at 215 watts maximum output.
LED driver 216W – Electronic LED power supply rated at 216 watts maximum output.
LED driver 217W – Electronic LED power supply rated at 217 watts maximum output.
LED driver 218W – Electronic LED power supply rated at 218 watts maximum output.
LED driver 219W – Electronic LED power supply rated at 219 watts maximum output.
LED driver 21W – Electronic LED power supply rated at 21 watts maximum output.
LED driver 220W – Electronic LED power supply rated at 220 watts maximum output.
LED driver 221W – Electronic LED power supply rated at 221 watts maximum output.
LED driver 222W – Electronic LED power supply rated at 222 watts maximum output.
LED driver 223W – Electronic LED power supply rated at 223 watts maximum output.
LED driver 224W – Electronic LED power supply rated at 224 watts maximum output.
LED driver 225W – Electronic LED power supply rated at 225 watts maximum output.
LED driver 226W – Electronic LED power supply rated at 226 watts maximum output.
LED driver 227W – Electronic LED power supply rated at 227 watts maximum output.
LED driver 228W – Electronic LED power supply rated at 228 watts maximum output.
LED driver 229W – Electronic LED power supply rated at 229 watts maximum output.
LED driver 22W – Electronic LED power supply rated at 22 watts maximum output.
LED driver 230W – Electronic LED power supply rated at 230 watts maximum output.
LED driver 231W – Electronic LED power supply rated at 231 watts maximum output.
LED driver 232W – Electronic LED power supply rated at 232 watts maximum output.
LED driver 233W – Electronic LED power supply rated at 233 watts maximum output.
LED driver 234W – Electronic LED power supply rated at 234 watts maximum output.
LED driver 235W – Electronic LED power supply rated at 235 watts maximum output.
LED driver 236W – Electronic LED power supply rated at 236 watts maximum output.
LED driver 237W – Electronic LED power supply rated at 237 watts maximum output.
LED driver 238W – Electronic LED power supply rated at 238 watts maximum output.
LED driver 239W – Electronic LED power supply rated at 239 watts maximum output.
LED driver 23W – Electronic LED power supply rated at 23 watts maximum output.
LED driver 240W – Electronic LED power supply rated at 240 watts maximum output.
LED driver 241W – Electronic LED power supply rated at 241 watts maximum output.
LED driver 242W – Electronic LED power supply rated at 242 watts maximum output.
LED driver 243W – Electronic LED power supply rated at 243 watts maximum output.
LED driver 244W – Electronic LED power supply rated at 244 watts maximum output.
LED driver 245W – Electronic LED power supply rated at 245 watts maximum output.
LED driver 246W – Electronic LED power supply rated at 246 watts maximum output.
LED driver 247W – Electronic LED power supply rated at 247 watts maximum output.
LED driver 248W – Electronic LED power supply rated at 248 watts maximum output.
LED driver 249W – Electronic LED power supply rated at 249 watts maximum output.
LED driver 24W – Electronic LED power supply rated at 24 watts maximum output.
LED driver 250W – Electronic LED power supply rated at 250 watts maximum output.
LED driver 251W – Electronic LED power supply rated at 251 watts maximum output.
LED driver 252W – Electronic LED power supply rated at 252 watts maximum output.
LED driver 253W – Electronic LED power supply rated at 253 watts maximum output.
LED driver 254W – Electronic LED power supply rated at 254 watts maximum output.
LED driver 255W – Electronic LED power supply rated at 255 watts maximum output.
LED driver 256W – Electronic LED power supply rated at 256 watts maximum output.
LED driver 257W – Electronic LED power supply rated at 257 watts maximum output.
LED driver 258W – Electronic LED power supply rated at 258 watts maximum output.
LED driver 259W – Electronic LED power supply rated at 259 watts maximum output.
LED driver 25W – Electronic LED power supply rated at 25 watts maximum output.
LED driver 260W – Electronic LED power supply rated at 260 watts maximum output.
LED driver 261W – Electronic LED power supply rated at 261 watts maximum output.
LED driver 262W – Electronic LED power supply rated at 262 watts maximum output.
LED driver 263W – Electronic LED power supply rated at 263 watts maximum output.
LED driver 264W – Electronic LED power supply rated at 264 watts maximum output.
LED driver 265W – Electronic LED power supply rated at 265 watts maximum output.
LED driver 266W – Electronic LED power supply rated at 266 watts maximum output.
LED driver 267W – Electronic LED power supply rated at 267 watts maximum output.
LED driver 268W – Electronic LED power supply rated at 268 watts maximum output.
LED driver 269W – Electronic LED power supply rated at 269 watts maximum output.
LED driver 26W – Electronic LED power supply rated at 26 watts maximum output.
LED driver 270W – Electronic LED power supply rated at 270 watts maximum output.
LED driver 271W – Electronic LED power supply rated at 271 watts maximum output.
LED driver 272W – Electronic LED power supply rated at 272 watts maximum output.
LED driver 273W – Electronic LED power supply rated at 273 watts maximum output.
LED driver 274W – Electronic LED power supply rated at 274 watts maximum output.
LED driver 275W – Electronic LED power supply rated at 275 watts maximum output.
LED driver 276W – Electronic LED power supply rated at 276 watts maximum output.
LED driver 277W – Electronic LED power supply rated at 277 watts maximum output.
LED driver 278W – Electronic LED power supply rated at 278 watts maximum output.
LED driver 279W – Electronic LED power supply rated at 279 watts maximum output.
LED driver 27W – Electronic LED power supply rated at 27 watts maximum output.
LED driver 280W – Electronic LED power supply rated at 280 watts maximum output.
LED driver 281W – Electronic LED power supply rated at 281 watts maximum output.
LED driver 282W – Electronic LED power supply rated at 282 watts maximum output.
LED driver 283W – Electronic LED power supply rated at 283 watts maximum output.
LED driver 284W – Electronic LED power supply rated at 284 watts maximum output.
LED driver 285W – Electronic LED power supply rated at 285 watts maximum output.
LED driver 286W – Electronic LED power supply rated at 286 watts maximum output.
LED driver 287W – Electronic LED power supply rated at 287 watts maximum output.
LED driver 288W – Electronic LED power supply rated at 288 watts maximum output.
LED driver 289W – Electronic LED power supply rated at 289 watts maximum output.
LED driver 28W – Electronic LED power supply rated at 28 watts maximum output.
LED driver 290W – Electronic LED power supply rated at 290 watts maximum output.
LED driver 291W – Electronic LED power supply rated at 291 watts maximum output.
LED driver 292W – Electronic LED power supply rated at 292 watts maximum output.
LED driver 293W – Electronic LED power supply rated at 293 watts maximum output.
LED driver 294W – Electronic LED power supply rated at 294 watts maximum output.
LED driver 295W – Electronic LED power supply rated at 295 watts maximum output.
LED driver 296W – Electronic LED power supply rated at 296 watts maximum output.
LED driver 297W – Electronic LED power supply rated at 297 watts maximum output.
LED driver 298W – Electronic LED power supply rated at 298 watts maximum output.
LED driver 299W – Electronic LED power supply rated at 299 watts maximum output.
LED driver 29W – Electronic LED power supply rated at 29 watts maximum output.
LED driver 2W – Electronic LED power supply rated at 2 watts maximum output.
LED driver 300W – Electronic LED power supply rated at 300 watts maximum output.
LED driver 301W – Electronic LED power supply rated at 301 watts maximum output.
LED driver 302W – Electronic LED power supply rated at 302 watts maximum output.
LED driver 303W – Electronic LED power supply rated at 303 watts maximum output.
LED driver 304W – Electronic LED power supply rated at 304 watts maximum output.
LED driver 305W – Electronic LED power supply rated at 305 watts maximum output.
LED driver 306W – Electronic LED power supply rated at 306 watts maximum output.
LED driver 307W – Electronic LED power supply rated at 307 watts maximum output.
LED driver 308W – Electronic LED power supply rated at 308 watts maximum output.
LED driver 309W – Electronic LED power supply rated at 309 watts maximum output.
LED driver 30W – Electronic LED power supply rated at 30 watts maximum output.
LED driver 310W – Electronic LED power supply rated at 310 watts maximum output.
LED driver 311W – Electronic LED power supply rated at 311 watts maximum output.
LED driver 312W – Electronic LED power supply rated at 312 watts maximum output.
LED driver 313W – Electronic LED power supply rated at 313 watts maximum output.
LED driver 314W – Electronic LED power supply rated at 314 watts maximum output.
LED driver 315W – Electronic LED power supply rated at 315 watts maximum output.
LED driver 316W – Electronic LED power supply rated at 316 watts maximum output.
LED driver 317W – Electronic LED power supply rated at 317 watts maximum output.
LED driver 318W – Electronic LED power supply rated at 318 watts maximum output.
LED driver 319W – Electronic LED power supply rated at 319 watts maximum output.
LED driver 31W – Electronic LED power supply rated at 31 watts maximum output.
LED driver 320W – Electronic LED power supply rated at 320 watts maximum output.
LED driver 321W – Electronic LED power supply rated at 321 watts maximum output.
LED driver 322W – Electronic LED power supply rated at 322 watts maximum output.
LED driver 323W – Electronic LED power supply rated at 323 watts maximum output.
LED driver 324W – Electronic LED power supply rated at 324 watts maximum output.
LED driver 325W – Electronic LED power supply rated at 325 watts maximum output.
LED driver 326W – Electronic LED power supply rated at 326 watts maximum output.
LED driver 327W – Electronic LED power supply rated at 327 watts maximum output.
LED driver 328W – Electronic LED power supply rated at 328 watts maximum output.
LED driver 329W – Electronic LED power supply rated at 329 watts maximum output.
LED driver 32W – Electronic LED power supply rated at 32 watts maximum output.
LED driver 330W – Electronic LED power supply rated at 330 watts maximum output.
LED driver 331W – Electronic LED power supply rated at 331 watts maximum output.
LED driver 332W – Electronic LED power supply rated at 332 watts maximum output.
LED driver 333W – Electronic LED power supply rated at 333 watts maximum output.
LED driver 334W – Electronic LED power supply rated at 334 watts maximum output.
LED driver 335W – Electronic LED power supply rated at 335 watts maximum output.
LED driver 336W – Electronic LED power supply rated at 336 watts maximum output.
LED driver 337W – Electronic LED power supply rated at 337 watts maximum output.
LED driver 338W – Electronic LED power supply rated at 338 watts maximum output.
LED driver 339W – Electronic LED power supply rated at 339 watts maximum output.
LED driver 33W – Electronic LED power supply rated at 33 watts maximum output.
LED driver 340W – Electronic LED power supply rated at 340 watts maximum output.
LED driver 341W – Electronic LED power supply rated at 341 watts maximum output.
LED driver 342W – Electronic LED power supply rated at 342 watts maximum output.
LED driver 343W – Electronic LED power supply rated at 343 watts maximum output.
LED driver 344W – Electronic LED power supply rated at 344 watts maximum output.
LED driver 345W – Electronic LED power supply rated at 345 watts maximum output.
LED driver 346W – Electronic LED power supply rated at 346 watts maximum output.
LED driver 347W – Electronic LED power supply rated at 347 watts maximum output.
LED driver 348W – Electronic LED power supply rated at 348 watts maximum output.
LED driver 349W – Electronic LED power supply rated at 349 watts maximum output.
LED driver 34W – Electronic LED power supply rated at 34 watts maximum output.
LED driver 350W – Electronic LED power supply rated at 350 watts maximum output.
LED driver 351W – Electronic LED power supply rated at 351 watts maximum output.
LED driver 352W – Electronic LED power supply rated at 352 watts maximum output.
LED driver 353W – Electronic LED power supply rated at 353 watts maximum output.
LED driver 354W – Electronic LED power supply rated at 354 watts maximum output.
LED driver 355W – Electronic LED power supply rated at 355 watts maximum output.
LED driver 356W – Electronic LED power supply rated at 356 watts maximum output.
LED driver 357W – Electronic LED power supply rated at 357 watts maximum output.
LED driver 358W – Electronic LED power supply rated at 358 watts maximum output.
LED driver 359W – Electronic LED power supply rated at 359 watts maximum output.
LED driver 35W – Electronic LED power supply rated at 35 watts maximum output.
LED driver 360W – Electronic LED power supply rated at 360 watts maximum output.
LED driver 361W – Electronic LED power supply rated at 361 watts maximum output.
LED driver 362W – Electronic LED power supply rated at 362 watts maximum output.
LED driver 363W – Electronic LED power supply rated at 363 watts maximum output.
LED driver 364W – Electronic LED power supply rated at 364 watts maximum output.
LED driver 365W – Electronic LED power supply rated at 365 watts maximum output.
LED driver 366W – Electronic LED power supply rated at 366 watts maximum output.
LED driver 367W – Electronic LED power supply rated at 367 watts maximum output.
LED driver 368W – Electronic LED power supply rated at 368 watts maximum output.
LED driver 369W – Electronic LED power supply rated at 369 watts maximum output.
LED driver 36W – Electronic LED power supply rated at 36 watts maximum output.
LED driver 370W – Electronic LED power supply rated at 370 watts maximum output.
LED driver 371W – Electronic LED power supply rated at 371 watts maximum output.
LED driver 372W – Electronic LED power supply rated at 372 watts maximum output.
LED driver 373W – Electronic LED power supply rated at 373 watts maximum output.
LED driver 374W – Electronic LED power supply rated at 374 watts maximum output.
LED driver 375W – Electronic LED power supply rated at 375 watts maximum output.
LED driver 376W – Electronic LED power supply rated at 376 watts maximum output.
LED driver 377W – Electronic LED power supply rated at 377 watts maximum output.
LED driver 378W – Electronic LED power supply rated at 378 watts maximum output.
LED driver 379W – Electronic LED power supply rated at 379 watts maximum output.
LED driver 37W – Electronic LED power supply rated at 37 watts maximum output.
LED driver 380W – Electronic LED power supply rated at 380 watts maximum output.
LED driver 381W – Electronic LED power supply rated at 381 watts maximum output.
LED driver 382W – Electronic LED power supply rated at 382 watts maximum output.
LED driver 383W – Electronic LED power supply rated at 383 watts maximum output.
LED driver 384W – Electronic LED power supply rated at 384 watts maximum output.
LED driver 385W – Electronic LED power supply rated at 385 watts maximum output.
LED driver 386W – Electronic LED power supply rated at 386 watts maximum output.
LED driver 387W – Electronic LED power supply rated at 387 watts maximum output.
LED driver 388W – Electronic LED power supply rated at 388 watts maximum output.
LED driver 389W – Electronic LED power supply rated at 389 watts maximum output.
LED driver 38W – Electronic LED power supply rated at 38 watts maximum output.
LED driver 390W – Electronic LED power supply rated at 390 watts maximum output.
LED driver 391W – Electronic LED power supply rated at 391 watts maximum output.
LED driver 392W – Electronic LED power supply rated at 392 watts maximum output.
LED driver 393W – Electronic LED power supply rated at 393 watts maximum output.
LED driver 394W – Electronic LED power supply rated at 394 watts maximum output.
LED driver 395W – Electronic LED power supply rated at 395 watts maximum output.
LED driver 396W – Electronic LED power supply rated at 396 watts maximum output.
LED driver 397W – Electronic LED power supply rated at 397 watts maximum output.
LED driver 398W – Electronic LED power supply rated at 398 watts maximum output.
LED driver 399W – Electronic LED power supply rated at 399 watts maximum output.
LED driver 39W – Electronic LED power supply rated at 39 watts maximum output.
LED driver 3W – Electronic LED power supply rated at 3 watts maximum output.
LED driver 400W – Electronic LED power supply rated at 400 watts maximum output.
LED driver 401W – Electronic LED power supply rated at 401 watts maximum output.
LED driver 402W – Electronic LED power supply rated at 402 watts maximum output.
LED driver 403W – Electronic LED power supply rated at 403 watts maximum output.
LED driver 404W – Electronic LED power supply rated at 404 watts maximum output.
LED driver 405W – Electronic LED power supply rated at 405 watts maximum output.
LED driver 406W – Electronic LED power supply rated at 406 watts maximum output.
LED driver 407W – Electronic LED power supply rated at 407 watts maximum output.
LED driver 408W – Electronic LED power supply rated at 408 watts maximum output.
LED driver 409W – Electronic LED power supply rated at 409 watts maximum output.
LED driver 40W – Electronic LED power supply rated at 40 watts maximum output.
LED driver 410W – Electronic LED power supply rated at 410 watts maximum output.
LED driver 411W – Electronic LED power supply rated at 411 watts maximum output.
LED driver 412W – Electronic LED power supply rated at 412 watts maximum output.
LED driver 413W – Electronic LED power supply rated at 413 watts maximum output.
LED driver 414W – Electronic LED power supply rated at 414 watts maximum output.
LED driver 415W – Electronic LED power supply rated at 415 watts maximum output.
LED driver 416W – Electronic LED power supply rated at 416 watts maximum output.
LED driver 417W – Electronic LED power supply rated at 417 watts maximum output.
LED driver 418W – Electronic LED power supply rated at 418 watts maximum output.
LED driver 419W – Electronic LED power supply rated at 419 watts maximum output.
LED driver 41W – Electronic LED power supply rated at 41 watts maximum output.
LED driver 420W – Electronic LED power supply rated at 420 watts maximum output.
LED driver 421W – Electronic LED power supply rated at 421 watts maximum output.
LED driver 422W – Electronic LED power supply rated at 422 watts maximum output.
LED driver 423W – Electronic LED power supply rated at 423 watts maximum output.
LED driver 424W – Electronic LED power supply rated at 424 watts maximum output.
LED driver 425W – Electronic LED power supply rated at 425 watts maximum output.
LED driver 426W – Electronic LED power supply rated at 426 watts maximum output.
LED driver 427W – Electronic LED power supply rated at 427 watts maximum output.
LED driver 428W – Electronic LED power supply rated at 428 watts maximum output.
LED driver 429W – Electronic LED power supply rated at 429 watts maximum output.
LED driver 42W – Electronic LED power supply rated at 42 watts maximum output.
LED driver 430W – Electronic LED power supply rated at 430 watts maximum output.
LED driver 431W – Electronic LED power supply rated at 431 watts maximum output.
LED driver 432W – Electronic LED power supply rated at 432 watts maximum output.
LED driver 433W – Electronic LED power supply rated at 433 watts maximum output.
LED driver 434W – Electronic LED power supply rated at 434 watts maximum output.
LED driver 435W – Electronic LED power supply rated at 435 watts maximum output.
LED driver 436W – Electronic LED power supply rated at 436 watts maximum output.
LED driver 437W – Electronic LED power supply rated at 437 watts maximum output.
LED driver 438W – Electronic LED power supply rated at 438 watts maximum output.
LED driver 439W – Electronic LED power supply rated at 439 watts maximum output.
LED driver 43W – Electronic LED power supply rated at 43 watts maximum output.
LED driver 440W – Electronic LED power supply rated at 440 watts maximum output.
LED driver 441W – Electronic LED power supply rated at 441 watts maximum output.
LED driver 442W – Electronic LED power supply rated at 442 watts maximum output.
LED driver 443W – Electronic LED power supply rated at 443 watts maximum output.
LED driver 444W – Electronic LED power supply rated at 444 watts maximum output.
LED driver 445W – Electronic LED power supply rated at 445 watts maximum output.
LED driver 446W – Electronic LED power supply rated at 446 watts maximum output.
LED driver 447W – Electronic LED power supply rated at 447 watts maximum output.
LED driver 448W – Electronic LED power supply rated at 448 watts maximum output.
LED driver 449W – Electronic LED power supply rated at 449 watts maximum output.
LED driver 44W – Electronic LED power supply rated at 44 watts maximum output.
LED driver 450W – Electronic LED power supply rated at 450 watts maximum output.
LED driver 451W – Electronic LED power supply rated at 451 watts maximum output.
LED driver 452W – Electronic LED power supply rated at 452 watts maximum output.
LED driver 453W – Electronic LED power supply rated at 453 watts maximum output.
LED driver 454W – Electronic LED power supply rated at 454 watts maximum output.
LED driver 455W – Electronic LED power supply rated at 455 watts maximum output.
LED driver 456W – Electronic LED power supply rated at 456 watts maximum output.
LED driver 457W – Electronic LED power supply rated at 457 watts maximum output.
LED driver 458W – Electronic LED power supply rated at 458 watts maximum output.
LED driver 459W – Electronic LED power supply rated at 459 watts maximum output.
LED driver 45W – Electronic LED power supply rated at 45 watts maximum output.
LED driver 460W – Electronic LED power supply rated at 460 watts maximum output.
LED driver 461W – Electronic LED power supply rated at 461 watts maximum output.
LED driver 462W – Electronic LED power supply rated at 462 watts maximum output.
LED driver 463W – Electronic LED power supply rated at 463 watts maximum output.
LED driver 464W – Electronic LED power supply rated at 464 watts maximum output.
LED driver 465W – Electronic LED power supply rated at 465 watts maximum output.
LED driver 466W – Electronic LED power supply rated at 466 watts maximum output.
LED driver 467W – Electronic LED power supply rated at 467 watts maximum output.
LED driver 468W – Electronic LED power supply rated at 468 watts maximum output.
LED driver 469W – Electronic LED power supply rated at 469 watts maximum output.
LED driver 46W – Electronic LED power supply rated at 46 watts maximum output.
LED driver 470W – Electronic LED power supply rated at 470 watts maximum output.
LED driver 471W – Electronic LED power supply rated at 471 watts maximum output.
LED driver 472W – Electronic LED power supply rated at 472 watts maximum output.
LED driver 473W – Electronic LED power supply rated at 473 watts maximum output.
LED driver 474W – Electronic LED power supply rated at 474 watts maximum output.
LED driver 475W – Electronic LED power supply rated at 475 watts maximum output.
LED driver 476W – Electronic LED power supply rated at 476 watts maximum output.
LED driver 477W – Electronic LED power supply rated at 477 watts maximum output.
LED driver 478W – Electronic LED power supply rated at 478 watts maximum output.
LED driver 479W – Electronic LED power supply rated at 479 watts maximum output.
LED driver 47W – Electronic LED power supply rated at 47 watts maximum output.
LED driver 480W – Electronic LED power supply rated at 480 watts maximum output.
LED driver 481W – Electronic LED power supply rated at 481 watts maximum output.
LED driver 482W – Electronic LED power supply rated at 482 watts maximum output.
LED driver 483W – Electronic LED power supply rated at 483 watts maximum output.
LED driver 484W – Electronic LED power supply rated at 484 watts maximum output.
LED driver 485W – Electronic LED power supply rated at 485 watts maximum output.
LED driver 486W – Electronic LED power supply rated at 486 watts maximum output.
LED driver 487W – Electronic LED power supply rated at 487 watts maximum output.
LED driver 488W – Electronic LED power supply rated at 488 watts maximum output.
LED driver 489W – Electronic LED power supply rated at 489 watts maximum output.
LED driver 48W – Electronic LED power supply rated at 48 watts maximum output.
LED driver 490W – Electronic LED power supply rated at 490 watts maximum output.
LED driver 491W – Electronic LED power supply rated at 491 watts maximum output.
LED driver 492W – Electronic LED power supply rated at 492 watts maximum output.
LED driver 493W – Electronic LED power supply rated at 493 watts maximum output.
LED driver 494W – Electronic LED power supply rated at 494 watts maximum output.
LED driver 495W – Electronic LED power supply rated at 495 watts maximum output.
LED driver 496W – Electronic LED power supply rated at 496 watts maximum output.
LED driver 497W – Electronic LED power supply rated at 497 watts maximum output.
LED driver 498W – Electronic LED power supply rated at 498 watts maximum output.
LED driver 499W – Electronic LED power supply rated at 499 watts maximum output.
LED driver 49W – Electronic LED power supply rated at 49 watts maximum output.
LED driver 4W – Electronic LED power supply rated at 4 watts maximum output.
LED driver 500W – Electronic LED power supply rated at 500 watts maximum output.
LED driver 50W – Electronic LED power supply rated at 50 watts maximum output.
LED driver 51W – Electronic LED power supply rated at 51 watts maximum output.
LED driver 52W – Electronic LED power supply rated at 52 watts maximum output.
LED driver 53W – Electronic LED power supply rated at 53 watts maximum output.
LED driver 54W – Electronic LED power supply rated at 54 watts maximum output.
LED driver 55W – Electronic LED power supply rated at 55 watts maximum output.
LED driver 56W – Electronic LED power supply rated at 56 watts maximum output.
LED driver 57W – Electronic LED power supply rated at 57 watts maximum output.
LED driver 58W – Electronic LED power supply rated at 58 watts maximum output.
LED driver 59W – Electronic LED power supply rated at 59 watts maximum output.
LED driver 5W – Electronic LED power supply rated at 5 watts maximum output.
LED driver 60W – Electronic LED power supply rated at 60 watts maximum output.
LED driver 61W – Electronic LED power supply rated at 61 watts maximum output.
LED driver 62W – Electronic LED power supply rated at 62 watts maximum output.
LED driver 63W – Electronic LED power supply rated at 63 watts maximum output.
LED driver 64W – Electronic LED power supply rated at 64 watts maximum output.
LED driver 65W – Electronic LED power supply rated at 65 watts maximum output.
LED driver 66W – Electronic LED power supply rated at 66 watts maximum output.
LED driver 67W – Electronic LED power supply rated at 67 watts maximum output.
LED driver 68W – Electronic LED power supply rated at 68 watts maximum output.
LED driver 69W – Electronic LED power supply rated at 69 watts maximum output.
LED driver 6W – Electronic LED power supply rated at 6 watts maximum output.
LED driver 70W – Electronic LED power supply rated at 70 watts maximum output.
LED driver 71W – Electronic LED power supply rated at 71 watts maximum output.
LED driver 72W – Electronic LED power supply rated at 72 watts maximum output.
LED driver 73W – Electronic LED power supply rated at 73 watts maximum output.
LED driver 74W – Electronic LED power supply rated at 74 watts maximum output.
LED driver 75W – Electronic LED power supply rated at 75 watts maximum output.
LED driver 76W – Electronic LED power supply rated at 76 watts maximum output.
LED driver 77W – Electronic LED power supply rated at 77 watts maximum output.
LED driver 78W – Electronic LED power supply rated at 78 watts maximum output.
LED driver 79W – Electronic LED power supply rated at 79 watts maximum output.
LED driver 7W – Electronic LED power supply rated at 7 watts maximum output.
LED driver 80W – Electronic LED power supply rated at 80 watts maximum output.
LED driver 81W – Electronic LED power supply rated at 81 watts maximum output.
LED driver 82W – Electronic LED power supply rated at 82 watts maximum output.
LED driver 83W – Electronic LED power supply rated at 83 watts maximum output.
LED driver 84W – Electronic LED power supply rated at 84 watts maximum output.
LED driver 85W – Electronic LED power supply rated at 85 watts maximum output.
LED driver 86W – Electronic LED power supply rated at 86 watts maximum output.
LED driver 87W – Electronic LED power supply rated at 87 watts maximum output.
LED driver 88W – Electronic LED power supply rated at 88 watts maximum output.
LED driver 89W – Electronic LED power supply rated at 89 watts maximum output.
LED driver 8W – Electronic LED power supply rated at 8 watts maximum output.
LED driver 90W – Electronic LED power supply rated at 90 watts maximum output.
LED driver 91W – Electronic LED power supply rated at 91 watts maximum output.
LED driver 92W – Electronic LED power supply rated at 92 watts maximum output.
LED driver 93W – Electronic LED power supply rated at 93 watts maximum output.
LED driver 94W – Electronic LED power supply rated at 94 watts maximum output.
LED driver 95W – Electronic LED power supply rated at 95 watts maximum output.
LED driver 96W – Electronic LED power supply rated at 96 watts maximum output.
LED driver 97W – Electronic LED power supply rated at 97 watts maximum output.
LED driver 98W – Electronic LED power supply rated at 98 watts maximum output.
LED driver 99W – Electronic LED power supply rated at 99 watts maximum output.
LED driver 9W – Electronic LED power supply rated at 9 watts maximum output.
LEED credit (lighting) – Points earned under the LEED green-building rating for efficient LED design.
LEED lighting credit – Points earned under LEED green-building certification for energy-efficient LED design, daylight integration, controllability and reduced light pollution.
Lens – Optical element modifying beam direction and distribution.
Lens (acorn / dome) – Small dome lens moulded onto the LED package.
Lens (asymmetric) – Lens creating a non-symmetric beam for wall-wash or street lighting.
Lens (collimating) – Lens rendering divergent LED rays parallel.
Lens (ellipsoidal) – Lens producing an elliptical beam for specific accent applications.
Lens (Fresnel) – Thin concentric-ring lens for focusing with reduced thickness.
Lens (linear) – Longitudinal optic over a strip controlling beam angle.
Lens (plano-convex) – Flat on one side, curved on the other; used in spotlights.
Lens (secondary) – Additional optic over the LED reshaping the original beam.
Lens (silicone) – Moulded silicone lens with high temperature resistance and clarity.
Lens (TIR) – Total Internal Reflection lens for high optical efficiency.
Lens array – Grid of individual lenses moulded into a single plate for multi-LED luminaires.
Lens cap – Protective cover placed over an optic during transport or construction.
Lens degradation – Yellowing or hazing of a plastic lens over time due to UV or heat exposure.
Lens efficiency – Percentage of light entering a lens that exits in the desired direction.
Lens holder – Mechanical ring or clip securing a secondary lens over an LED.
Lens mould – Precision tool for injection-moulding silicone or PC LED lenses.
Lens tilt angle – Angular offset of a lens in an adjustable optic system.
Level (dimming preset) – Fixed brightness value assigned to a button or scene memory.
Level sensor (tank) – Sensor occasionally integrated with LED indicator lights for fluid-level display.
Lever-lock connector – Quick-release connector with a locking lever for secure cable termination.
Life-cycle cost analysis – Economic evaluation comparing LED total cost against alternatives over time.
Lifetime – Useful life in hours, typically 50 000–100 000 for professional LEDs.
Lifetime (B10) – Hours at which 10 percent of a population has failed.
Lifetime (B50) – Median hours at which 50 percent of a population has failed.
LiFi (Light Fidelity) – High-speed data transmission using modulated LED light.
Lift platform (luminaire) – Motorised winch lowering a high-mounted luminaire for maintenance.
Light art installation – Creative use of LED as a medium for artistic expression.
Light bar – Rigid LED assembly on an aluminium PCB for linear illumination.
Light box – Illuminated display frame with edge-lit or back-lit LED modules.
Light cannon – Colloquial term for a high-output LED projector or searchlight.
Light column – Outdoor pole integrating LED luminaire and electrical infrastructure.
Light curtain – Array of vertical LED strips creating a luminous curtain effect.
Light dome – Ceiling-mounted LED panel replicating the appearance of a skylight.
Light engine – Integrated LED source module including die, substrate and primary optics.
Light festival – Public event featuring temporary LED art installations and projections.
Light field – Three-dimensional distribution of light in a space.
Light fixture schedule – Project document listing every luminaire type, quantity and location.
Light flag – Opaque panel blocking light from a specific area, used in display lighting.
Light graffiti – Long-exposure photography technique using hand-held LED tools to draw with light.
Light guide – Transparent element transporting and distributing LED light.
Light guide (edge-lit panel) – Acrylic panel with micro-engravings distributing edge-fed LED light.
Light guide (fibre) – Glass or polymer fibre carrying light to a remote end.
Light harvesting – Capturing and redistributing daylight deeper into a building using LED supplements.
Light ladder – Horizontal suspended structure carrying multiple adjustable LED luminaires.
Light level survey – On-site measurement campaign recording lux values across a space.
Light loss factor (LLF) – Combined factor accounting for lumen depreciation, dirt and maintenance.
Light mast – Tall outdoor pole (8-40 m) supporting multiple LED luminaires for area lighting.
Light meter (lux meter) – Instrument measuring illuminance in lux on a surface.
Light meter (spot) – Luminance meter with a narrow acceptance angle for measuring specific surfaces.
Light output ratio (LOR) – Ratio of luminaire flux to total bare-source flux.
Light pipe – Solid or hollow tube guiding light from an LED to a remote output point.
Light plan – Complete set of lighting-design documents for a project.
Light pollution – Unwanted light dispersed skyward or into unnecessary directions.
Light rail – Electrified track system for repositionable LED luminaires.
Light ring – Circular LED strip assembly used as a decorative pendant element.
Light sculpture – Three-dimensional artwork incorporating LED light as a primary medium.
Light sensor (analogue) – Photocell outputting a 0-10 V signal proportional to ambient light level.
Light sensor (digital) – Photocell communicating lux readings via DALI, KNX or Zigbee.
Light shelf – Horizontal surface reflecting daylight deeper into a room, sometimes with LED supplement.
Light shelf (interior) – Horizontal reflective surface bouncing daylight deeper into a room.
Light slot – Narrow linear opening in a ceiling or wall emitting a thin blade of light.
Light source (point) – Source with a very small emitting area, producing hard shadows.
Light spill shield – Metal plate or barn door preventing unwanted light beyond the target area.
Light therapy (SAD) – Bright LED light box used to treat Seasonal Affective Disorder.
Light tower – Portable mast with LED floodlights for temporary construction or event lighting.
Light tree – Branching structure with multiple LED luminaires for decorative or event use.
Light trespass – Unwanted spill light from a luminaire onto neighbouring property.
Light valve – Mechanical shutter or digital micro-mirror controlling light passage.
Light well – Vertical shaft bringing daylight into lower floors, often supplemented by LED.
Lightfast – Resistance of a material or dye to fading when exposed to light.
Lighting as a Service (LaaS) – Business model where the client pays a subscription rather than buying luminaires.
Lighting audit – Assessment of an existing installation identifying upgrade opportunities.
Lighting brief – Client document outlining requirements and expectations for a lighting project.
Lighting budget – Financial allocation for luminaires, controls and installation in a project.
Lighting calculation report – Document presenting DIALux or Relux results with renders and data tables.
Lighting circuit – Electrical sub-circuit dedicated to feeding a group of LED luminaires.
Lighting consultant – Professional specialist advising on lighting design and specification.
Lighting contractor – Tradesperson or company installing LED luminaires and control systems.
Lighting control – System for managing and automating the lighting installation.
Lighting control panel – Wall-mounted or rack-mounted unit housing relays and dimmers for multiple circuits.
Lighting coordinator – Project team member ensuring lighting design integrates with architecture and MEP.
Lighting density (W/m²) – Installed lighting power per unit floor area, used for energy-code compliance.
Lighting design – Professional design of lighting for a space or building.
Lighting designer – Creative professional responsible for the aesthetic and functional lighting scheme.
Lighting distribution board – Sub-panel dedicated to lighting circuits within an electrical installation.
Lighting engineer – Technical professional responsible for photometric calculations and specifications.
Lighting layout – Architectural plan showing all luminaire positions, types and circuiting.
Lighting maintenance plan – Scheduled programme of cleaning, re-lamping and performance checks.
Lighting maintenance schedule – Calendar of planned maintenance activities for an LED installation.
Lighting management system (LMS) – Software for centralised management of complex LED installations.
Lighting mock-up – Full-scale sample installation of luminaires for client approval before project rollout.
Lighting plan review – Peer or authority review of a lighting design for code compliance.
Lighting power density (LPD) – Watts of lighting per square metre of floor area (W/m²).
Lighting product datasheet – Manufacturer document listing photometric, electrical and mechanical specifications.
Lighting programme – Timed sequence of scenes and levels managed by a controller or BMS.
Lighting project specification – Written description of luminaire and control requirements for tendering.
Lighting protection zone – Area around a lightning rod where LED luminaires need surge protection.
Lighting quality metric – Any numerical value describing light quality: CRI, TM-30 Rf, UGR, flicker, etc.
Lighting refurbishment – Upgrading an existing installation with new LED luminaires and controls.
Lighting render – Photorealistic computer image showing the visual effect of a proposed scheme.
Lighting retrofit – Replacing existing lamps or luminaires with LED equivalents.
Lighting scene manager – Software or hardware storing and recalling multiple preset lighting scenes.
Lighting schedule (project) – Table listing every luminaire tag, type, wattage, quantity and location.
Lighting schedule (time-based) – Automated timetable controlling when lights switch on, off or dim.
Lighting showroom – Display space where LED luminaires and profiles can be evaluated in person.
Lighting simulation – Computer modelling of illuminance and luminance using DIALux, Relux, etc.
Lighting simulation report – Document with rendered images and data proving compliance with design standards.
Lighting specification writer – Professional drafting detailed luminaire and control product specifications.
Lighting standard (desk lamp) – EN or IES norm defining minimum performance for a task desk light.
Lighting strategy document – High-level narrative describing the design intent before detailed calculations.
Lighting supplier – Company selling LED luminaires, profiles, strips and accessories.
Lighting survey (post-installation) – Lux and uniformity measurements verifying the installed scheme.
Lighting survey (pre-installation) – Site inspection recording existing conditions before an LED upgrade.
Lighting tender – Competitive bidding process for supply and installation of LED products.
Lighting track accessory – Adapter, connector or end-feed for an electrified track system.
Lighting trespass ordinance – Local regulation limiting light spill onto neighbouring properties.
Lighting uniformity standard – Normative minimum ratio of Emin to Emean for a given application.
Lighting warranty claim – Process for reporting and resolving a defective LED product under warranty.
Lighting zone – Defined area controlled independently for occupancy, daylight or scene switching.
Lightweight luminaire – LED fixture weighing under 1 kg, suitable for plasterboard direct-mount.
Limit switch – Electromechanical switch detecting the end of travel in a motorised lighting system.
Line driver – Signal booster for long DALI or DMX cable runs.
Line loss – Voltage or signal degradation along a cable due to resistance or impedance.
Line of light (continuous) – Profile-and-strip system creating uninterrupted luminous emission.
Line reactor – Inductor limiting harmonic currents at the input of large LED driver banks.
Line regulation – Driver ability to maintain constant output despite input-voltage variations.
Line voltage – Mains supply voltage (e.g. 230 V AC in Europe).
Linear fluorescent replacement – LED tube or linear module replacing T5 or T8 fluorescent lamps.
Linear lens – Extruded lens mounted along a strip inside a profile for beam control.
Linear light engine – Pre-assembled LED module strip ready for insertion into a trunking system.
Linear luminaire – Elongated luminaire based on profiles and LED strips.
Linear luminaire system – Modular kit of profiles, strips, connectors and end caps forming continuous light lines.
Linear pendant – Elongated suspended LED luminaire, often several metres in length.
Linear recessed – Continuous LED luminaire recessed into a ceiling or wall slot.
Linear surface – Continuous LED luminaire mounted on the surface of a ceiling or wall.
Linear trunking – Large-section modular profile system for commercial and industrial lighting.
Linear wall washer – Elongated LED luminaire producing even, uniform wall illumination.
Link cable – Short cable connecting adjacent luminaires in a continuous-row installation.
Lithium-ion battery (Li-ion) – Rechargeable battery technology used in modern emergency LED modules.
Live conductor (L) – Wire carrying mains voltage from the distribution board to the luminaire.
Live-line working – Electrical work performed with circuits energised—generally avoided for LED installation.
LM-79 – IES method for measuring total luminaire flux, efficacy and colour.
LM-79 test report – Laboratory document presenting luminaire photometric and electrical test results.
LM-80 – IES method for measuring LED lumen depreciation over time.
LM-80 test report – Laboratory document presenting LED lumen-depreciation data over 6 000+ hours.
Lm/W (lumens per watt) – Unit of luminous efficacy.
Load (inductive) – Electrical load with inductance, relevant for dimmer selection.
Load (maximum) – Maximum wattage a driver or controller can handle.
Load (minimum) – Minimum wattage required by a dimmer for stable operation.
Load (resistive) – Electrical load without phase shift between voltage and current.
Load bank – Resistive test load for verifying emergency generator capacity for LED installations.
Load calculation – Summing the wattage of all LED luminaires on a circuit to size cables and breakers.
Load regulation – Driver ability to maintain output voltage or current as the LED load varies.
Load shedding – Automatically reducing lighting power during a grid demand-response event.
Local control override – Wall switch or button allowing occupants to override automatic lighting scenes.
Local isolator – Switch adjacent to a luminaire for safe maintenance disconnection.
Location classification (hazardous) – Zone rating (0, 1, 2 / 20, 21, 22) determining required luminaire protection.
Lock-out / tag-out (LOTO) – Safety procedure ensuring circuits are de-energised before maintenance.
Locking clip – Clip securing a cover or connector that cannot be removed without a tool.
Locking screw (grub / set screw) – Small headless screw securing a profile to a bracket.
Log (commissioning) – Record of all DALI addresses, group assignments and scene levels set during commissioning.
Log (energy) – Continuous data record of lighting energy consumption for monitoring and reporting.
Log (fault) – Driver or controller record of error events, accessible via DALI or app.
Log (maintenance) – Documented history of cleaning, replacements and performance checks.
Long-life driver – LED power supply with an expected MTBF exceeding 100 000 hours.
Long-throw optic – Lens or reflector concentrating the beam for illumination at a great distance.
Loop-in wiring – Electrical wiring method where the mains cable loops from one luminaire to the next.
Looping terminal – Terminal block inside a luminaire accepting incoming and outgoing mains cables.
Lossless dimming – Dimming method that reduces power proportionally, not wasting energy as heat.
Louver angle – Effective shielding angle of a luminaire anti-glare grid measured from the horizontal.
Louver blade – Individual slat within a louvre or baffle assembly.
Louver depth – Vertical dimension of a louver blade, determining glare cut-off.
Louver finish – Surface treatment (matte, specular, semi-specular) of louver blades.
Louver spacing – Pitch between adjacent louver blades, affecting light throughput and shielding.
Louvre – Slatted grid controlling beam distribution and reducing glare.
Louvre (cross-blade) – Grid of intersecting blades providing two-axis glare control.
Louvre (egg-crate) – Open-cell louvre for ceiling luminaires providing moderate glare cut-off.
Louvre (honeycomb) – Hexagonal-cell anti-glare grid for tight cut-off.
Louvre (parabolic) – Curved-blade louvre reflecting light downward while hiding the source.
Low Bay – Luminaire for 3–6 m heights in warehouses and commercial spaces.
Low-glare luminaire – Fixture designed for a UGR ≤ 19, suitable for offices and screen-based work.
Low-profile driver – Driver with a height under 20 mm for installation in tight ceiling voids.
Low-profile luminaire – Luminaire with minimal depth, suitable for shallow ceiling voids.
Low-smoke cable – Cable producing minimal smoke when burned, essential for escape-route safety.
Low-voltage – Operating voltage ≤50 V AC / ≤120 V DC, typical for LED strips.
Low-voltage disconnect (LVD) – Circuit cutting power when battery voltage drops too low, protecting the cells.
Low-voltage track – 12 V or 24 V track system for LED spotlights and miniature pendants.
LSZH (Low Smoke Zero Halogen) – Cable with low smoke and no halogens for fire safety.
Lug terminal – Heavy-duty crimped terminal for bolted power connections.
Lumen (lm) – SI unit of total luminous flux.
Lumen depreciation – Progressive reduction of flux over time.
Lumen maintenance – Percentage of initial flux retained at a given hour count.
Lumen maintenance factor (Fp) – Multiplier applied in calculations for flux reduction over service life.
Lumen package – Total lumen output specified for an LED module or luminaire.
Lumen per metre (lm/m) – Strip luminous output per linear metre.
Luminaire – Complete apparatus with LED source, driver, optics and housing.
Luminaire (bollard) – Post-mounted outdoor luminaire for pathway illumination.
Luminaire (ceiling-recessed) – Luminaire installed flush within a ceiling opening.
Luminaire (pendant) – Luminaire suspended from the ceiling by cables, chains or rods.
Luminaire (surface-mounted) – Luminaire fixed directly onto a ceiling or wall surface.
Luminaire (track-mounted) – Luminaire attached to an electrified track rail.
Luminaire (wall-mounted) – Luminaire fixed to a vertical wall surface.
Luminaire classification system (BUG) – IES method rating backlight, uplight and glare of outdoor luminaires.
Luminaire dirt depreciation (LDD) – Reduction in output caused by dirt accumulating on the luminaire.
Luminaire efficacy rating (LER) – IES metric expressing lumens per watt for the complete luminaire.
Luminaire efficiency – Ratio of luminaire output to total bare-lamp output.
Luminaire maintenance factor (LMF) – Multiplier for luminaire dirt depreciation in calculations.
Luminaire mounting height – Vertical distance from the work plane to the luminaire.
Luminaire schedule – See Lighting schedule.
Luminaire spacing criterion (SC) – Maximum ratio of spacing to mounting height for acceptable uniformity.
Luminaire tilt angle – Angular offset from the vertical for aimed luminaires such as floodlights.
Luminaire weight – Mass of the complete fixture, critical for structural mounting calculations.
Luminance – Luminous intensity per unit of projected area, in cd/m².
Luminance (adaptive) – Dynamic luminance adjustment based on ambient conditions.
Luminance (average) – Mean luminance of a surface or luminaire measured in cd/m².
Luminescence – Light emission not caused by heating: fluorescence, phosphorescence, electroluminescence.
Luminous ceiling – Entire ceiling area covered with back-lit LED panels for uniform overhead illumination.
Luminous efficacy of radiation (LER) – Theoretical maximum efficacy of the emitted spectrum, in lm/W_optical.
Luminous energy – Flux over time, in lumen-hours.
Luminous environment – Overall visual impression created by the interplay of light, surfaces and shadows.
Luminous exitance – Flux leaving a surface per unit area, in lm/m².
Luminous flux (maintained) – Minimum flux the luminaire provides throughout its design service life.
Luminous intensity – Flux per unit solid angle, in candelas (cd).
Luminous output 100 lm/m – LED strip delivering 100 lumens per linear metre of active length.
Luminous output 1000 lm/m – LED strip delivering 1000 lumens per linear metre of active length.
Luminous output 1025 lm/m – LED strip delivering 1025 lumens per linear metre of active length.
Luminous output 1050 lm/m – LED strip delivering 1050 lumens per linear metre of active length.
Luminous output 1075 lm/m – LED strip delivering 1075 lumens per linear metre of active length.
Luminous output 1100 lm/m – LED strip delivering 1100 lumens per linear metre of active length.
Luminous output 1125 lm/m – LED strip delivering 1125 lumens per linear metre of active length.
Luminous output 1150 lm/m – LED strip delivering 1150 lumens per linear metre of active length.
Luminous output 1175 lm/m – LED strip delivering 1175 lumens per linear metre of active length.
Luminous output 1200 lm/m – LED strip delivering 1200 lumens per linear metre of active length.
Luminous output 1225 lm/m – LED strip delivering 1225 lumens per linear metre of active length.
Luminous output 125 lm/m – LED strip delivering 125 lumens per linear metre of active length.
Luminous output 1250 lm/m – LED strip delivering 1250 lumens per linear metre of active length.
Luminous output 1275 lm/m – LED strip delivering 1275 lumens per linear metre of active length.
Luminous output 1300 lm/m – LED strip delivering 1300 lumens per linear metre of active length.
Luminous output 1325 lm/m – LED strip delivering 1325 lumens per linear metre of active length.
Luminous output 1350 lm/m – LED strip delivering 1350 lumens per linear metre of active length.
Luminous output 1375 lm/m – LED strip delivering 1375 lumens per linear metre of active length.
Luminous output 1400 lm/m – LED strip delivering 1400 lumens per linear metre of active length.
Luminous output 1425 lm/m – LED strip delivering 1425 lumens per linear metre of active length.
Luminous output 1450 lm/m – LED strip delivering 1450 lumens per linear metre of active length.
Luminous output 1475 lm/m – LED strip delivering 1475 lumens per linear metre of active length.
Luminous output 150 lm/m – LED strip delivering 150 lumens per linear metre of active length.
Luminous output 1500 lm/m – LED strip delivering 1500 lumens per linear metre of active length.
Luminous output 1525 lm/m – LED strip delivering 1525 lumens per linear metre of active length.
Luminous output 1550 lm/m – LED strip delivering 1550 lumens per linear metre of active length.
Luminous output 1575 lm/m – LED strip delivering 1575 lumens per linear metre of active length.
Luminous output 1600 lm/m – LED strip delivering 1600 lumens per linear metre of active length.
Luminous output 1625 lm/m – LED strip delivering 1625 lumens per linear metre of active length.
Luminous output 1650 lm/m – LED strip delivering 1650 lumens per linear metre of active length.
Luminous output 1675 lm/m – LED strip delivering 1675 lumens per linear metre of active length.
Luminous output 1700 lm/m – LED strip delivering 1700 lumens per linear metre of active length.
Luminous output 1725 lm/m – LED strip delivering 1725 lumens per linear metre of active length.
Luminous output 175 lm/m – LED strip delivering 175 lumens per linear metre of active length.
Luminous output 1750 lm/m – LED strip delivering 1750 lumens per linear metre of active length.
Luminous output 1775 lm/m – LED strip delivering 1775 lumens per linear metre of active length.
Luminous output 1800 lm/m – LED strip delivering 1800 lumens per linear metre of active length.
Luminous output 1825 lm/m – LED strip delivering 1825 lumens per linear metre of active length.
Luminous output 1850 lm/m – LED strip delivering 1850 lumens per linear metre of active length.
Luminous output 1875 lm/m – LED strip delivering 1875 lumens per linear metre of active length.
Luminous output 1900 lm/m – LED strip delivering 1900 lumens per linear metre of active length.
Luminous output 1925 lm/m – LED strip delivering 1925 lumens per linear metre of active length.
Luminous output 1950 lm/m – LED strip delivering 1950 lumens per linear metre of active length.
Luminous output 1975 lm/m – LED strip delivering 1975 lumens per linear metre of active length.
Luminous output 200 lm/m – LED strip delivering 200 lumens per linear metre of active length.
Luminous output 2000 lm/m – LED strip delivering 2000 lumens per linear metre of active length.
Luminous output 2025 lm/m – LED strip delivering 2025 lumens per linear metre of active length.
Luminous output 2050 lm/m – LED strip delivering 2050 lumens per linear metre of active length.
Luminous output 2075 lm/m – LED strip delivering 2075 lumens per linear metre of active length.
Luminous output 2100 lm/m – LED strip delivering 2100 lumens per linear metre of active length.
Luminous output 2125 lm/m – LED strip delivering 2125 lumens per linear metre of active length.
Luminous output 2150 lm/m – LED strip delivering 2150 lumens per linear metre of active length.
Luminous output 2175 lm/m – LED strip delivering 2175 lumens per linear metre of active length.
Luminous output 2200 lm/m – LED strip delivering 2200 lumens per linear metre of active length.
Luminous output 2225 lm/m – LED strip delivering 2225 lumens per linear metre of active length.
Luminous output 225 lm/m – LED strip delivering 225 lumens per linear metre of active length.
Luminous output 2250 lm/m – LED strip delivering 2250 lumens per linear metre of active length.
Luminous output 2275 lm/m – LED strip delivering 2275 lumens per linear metre of active length.
Luminous output 2300 lm/m – LED strip delivering 2300 lumens per linear metre of active length.
Luminous output 2325 lm/m – LED strip delivering 2325 lumens per linear metre of active length.
Luminous output 2350 lm/m – LED strip delivering 2350 lumens per linear metre of active length.
Luminous output 2375 lm/m – LED strip delivering 2375 lumens per linear metre of active length.
Luminous output 2400 lm/m – LED strip delivering 2400 lumens per linear metre of active length.
Luminous output 2425 lm/m – LED strip delivering 2425 lumens per linear metre of active length.
Luminous output 2450 lm/m – LED strip delivering 2450 lumens per linear metre of active length.
Luminous output 2475 lm/m – LED strip delivering 2475 lumens per linear metre of active length.
Luminous output 25 lm/m – LED strip delivering 25 lumens per linear metre of active length.
Luminous output 250 lm/m – LED strip delivering 250 lumens per linear metre of active length.
Luminous output 2500 lm/m – LED strip delivering 2500 lumens per linear metre of active length.
Luminous output 2525 lm/m – LED strip delivering 2525 lumens per linear metre of active length.
Luminous output 2550 lm/m – LED strip delivering 2550 lumens per linear metre of active length.
Luminous output 2575 lm/m – LED strip delivering 2575 lumens per linear metre of active length.
Luminous output 2600 lm/m – LED strip delivering 2600 lumens per linear metre of active length.
Luminous output 2625 lm/m – LED strip delivering 2625 lumens per linear metre of active length.
Luminous output 2650 lm/m – LED strip delivering 2650 lumens per linear metre of active length.
Luminous output 2675 lm/m – LED strip delivering 2675 lumens per linear metre of active length.
Luminous output 2700 lm/m – LED strip delivering 2700 lumens per linear metre of active length.
Luminous output 2725 lm/m – LED strip delivering 2725 lumens per linear metre of active length.
Luminous output 275 lm/m – LED strip delivering 275 lumens per linear metre of active length.
Luminous output 2750 lm/m – LED strip delivering 2750 lumens per linear metre of active length.
Luminous output 2775 lm/m – LED strip delivering 2775 lumens per linear metre of active length.
Luminous output 2800 lm/m – LED strip delivering 2800 lumens per linear metre of active length.
Luminous output 2825 lm/m – LED strip delivering 2825 lumens per linear metre of active length.
Luminous output 2850 lm/m – LED strip delivering 2850 lumens per linear metre of active length.
Luminous output 2875 lm/m – LED strip delivering 2875 lumens per linear metre of active length.
Luminous output 2900 lm/m – LED strip delivering 2900 lumens per linear metre of active length.
Luminous output 2925 lm/m – LED strip delivering 2925 lumens per linear metre of active length.
Luminous output 2950 lm/m – LED strip delivering 2950 lumens per linear metre of active length.
Luminous output 2975 lm/m – LED strip delivering 2975 lumens per linear metre of active length.
Luminous output 300 lm/m – LED strip delivering 300 lumens per linear metre of active length.
Luminous output 3000 lm/m – LED strip delivering 3000 lumens per linear metre of active length.
Luminous output 3025 lm/m – LED strip delivering 3025 lumens per linear metre of active length.
Luminous output 3050 lm/m – LED strip delivering 3050 lumens per linear metre of active length.
Luminous output 3075 lm/m – LED strip delivering 3075 lumens per linear metre of active length.
Luminous output 3100 lm/m – LED strip delivering 3100 lumens per linear metre of active length.
Luminous output 3125 lm/m – LED strip delivering 3125 lumens per linear metre of active length.
Luminous output 3150 lm/m – LED strip delivering 3150 lumens per linear metre of active length.
Luminous output 3175 lm/m – LED strip delivering 3175 lumens per linear metre of active length.
Luminous output 3200 lm/m – LED strip delivering 3200 lumens per linear metre of active length.
Luminous output 3225 lm/m – LED strip delivering 3225 lumens per linear metre of active length.
Luminous output 325 lm/m – LED strip delivering 325 lumens per linear metre of active length.
Luminous output 3250 lm/m – LED strip delivering 3250 lumens per linear metre of active length.
Luminous output 3275 lm/m – LED strip delivering 3275 lumens per linear metre of active length.
Luminous output 3300 lm/m – LED strip delivering 3300 lumens per linear metre of active length.
Luminous output 3325 lm/m – LED strip delivering 3325 lumens per linear metre of active length.
Luminous output 3350 lm/m – LED strip delivering 3350 lumens per linear metre of active length.
Luminous output 3375 lm/m – LED strip delivering 3375 lumens per linear metre of active length.
Luminous output 3400 lm/m – LED strip delivering 3400 lumens per linear metre of active length.
Luminous output 3425 lm/m – LED strip delivering 3425 lumens per linear metre of active length.
Luminous output 3450 lm/m – LED strip delivering 3450 lumens per linear metre of active length.
Luminous output 3475 lm/m – LED strip delivering 3475 lumens per linear metre of active length.
Luminous output 350 lm/m – LED strip delivering 350 lumens per linear metre of active length.
Luminous output 3500 lm/m – LED strip delivering 3500 lumens per linear metre of active length.
Luminous output 3525 lm/m – LED strip delivering 3525 lumens per linear metre of active length.
Luminous output 3550 lm/m – LED strip delivering 3550 lumens per linear metre of active length.
Luminous output 3575 lm/m – LED strip delivering 3575 lumens per linear metre of active length.
Luminous output 3600 lm/m – LED strip delivering 3600 lumens per linear metre of active length.
Luminous output 3625 lm/m – LED strip delivering 3625 lumens per linear metre of active length.
Luminous output 3650 lm/m – LED strip delivering 3650 lumens per linear metre of active length.
Luminous output 3675 lm/m – LED strip delivering 3675 lumens per linear metre of active length.
Luminous output 3700 lm/m – LED strip delivering 3700 lumens per linear metre of active length.
Luminous output 3725 lm/m – LED strip delivering 3725 lumens per linear metre of active length.
Luminous output 375 lm/m – LED strip delivering 375 lumens per linear metre of active length.
Luminous output 3750 lm/m – LED strip delivering 3750 lumens per linear metre of active length.
Luminous output 3775 lm/m – LED strip delivering 3775 lumens per linear metre of active length.
Luminous output 3800 lm/m – LED strip delivering 3800 lumens per linear metre of active length.
Luminous output 3825 lm/m – LED strip delivering 3825 lumens per linear metre of active length.
Luminous output 3850 lm/m – LED strip delivering 3850 lumens per linear metre of active length.
Luminous output 3875 lm/m – LED strip delivering 3875 lumens per linear metre of active length.
Luminous output 3900 lm/m – LED strip delivering 3900 lumens per linear metre of active length.
Luminous output 3925 lm/m – LED strip delivering 3925 lumens per linear metre of active length.
Luminous output 3950 lm/m – LED strip delivering 3950 lumens per linear metre of active length.
Luminous output 3975 lm/m – LED strip delivering 3975 lumens per linear metre of active length.
Luminous output 400 lm/m – LED strip delivering 400 lumens per linear metre of active length.
Luminous output 4000 lm/m – LED strip delivering 4000 lumens per linear metre of active length.
Luminous output 4025 lm/m – LED strip delivering 4025 lumens per linear metre of active length.
Luminous output 4050 lm/m – LED strip delivering 4050 lumens per linear metre of active length.
Luminous output 4075 lm/m – LED strip delivering 4075 lumens per linear metre of active length.
Luminous output 4100 lm/m – LED strip delivering 4100 lumens per linear metre of active length.
Luminous output 4125 lm/m – LED strip delivering 4125 lumens per linear metre of active length.
Luminous output 4150 lm/m – LED strip delivering 4150 lumens per linear metre of active length.
Luminous output 4175 lm/m – LED strip delivering 4175 lumens per linear metre of active length.
Luminous output 4200 lm/m – LED strip delivering 4200 lumens per linear metre of active length.
Luminous output 4225 lm/m – LED strip delivering 4225 lumens per linear metre of active length.
Luminous output 425 lm/m – LED strip delivering 425 lumens per linear metre of active length.
Luminous output 4250 lm/m – LED strip delivering 4250 lumens per linear metre of active length.
Luminous output 4275 lm/m – LED strip delivering 4275 lumens per linear metre of active length.
Luminous output 4300 lm/m – LED strip delivering 4300 lumens per linear metre of active length.
Luminous output 4325 lm/m – LED strip delivering 4325 lumens per linear metre of active length.
Luminous output 4350 lm/m – LED strip delivering 4350 lumens per linear metre of active length.
Luminous output 4375 lm/m – LED strip delivering 4375 lumens per linear metre of active length.
Luminous output 4400 lm/m – LED strip delivering 4400 lumens per linear metre of active length.
Luminous output 4425 lm/m – LED strip delivering 4425 lumens per linear metre of active length.
Luminous output 4450 lm/m – LED strip delivering 4450 lumens per linear metre of active length.
Luminous output 4475 lm/m – LED strip delivering 4475 lumens per linear metre of active length.
Luminous output 450 lm/m – LED strip delivering 450 lumens per linear metre of active length.
Luminous output 4500 lm/m – LED strip delivering 4500 lumens per linear metre of active length.
Luminous output 4525 lm/m – LED strip delivering 4525 lumens per linear metre of active length.
Luminous output 4550 lm/m – LED strip delivering 4550 lumens per linear metre of active length.
Luminous output 4575 lm/m – LED strip delivering 4575 lumens per linear metre of active length.
Luminous output 4600 lm/m – LED strip delivering 4600 lumens per linear metre of active length.
Luminous output 4625 lm/m – LED strip delivering 4625 lumens per linear metre of active length.
Luminous output 4650 lm/m – LED strip delivering 4650 lumens per linear metre of active length.
Luminous output 4675 lm/m – LED strip delivering 4675 lumens per linear metre of active length.
Luminous output 4700 lm/m – LED strip delivering 4700 lumens per linear metre of active length.
Luminous output 4725 lm/m – LED strip delivering 4725 lumens per linear metre of active length.
Luminous output 475 lm/m – LED strip delivering 475 lumens per linear metre of active length.
Luminous output 4750 lm/m – LED strip delivering 4750 lumens per linear metre of active length.
Luminous output 4775 lm/m – LED strip delivering 4775 lumens per linear metre of active length.
Luminous output 4800 lm/m – LED strip delivering 4800 lumens per linear metre of active length.
Luminous output 4825 lm/m – LED strip delivering 4825 lumens per linear metre of active length.
Luminous output 4850 lm/m – LED strip delivering 4850 lumens per linear metre of active length.
Luminous output 4875 lm/m – LED strip delivering 4875 lumens per linear metre of active length.
Luminous output 4900 lm/m – LED strip delivering 4900 lumens per linear metre of active length.
Luminous output 4925 lm/m – LED strip delivering 4925 lumens per linear metre of active length.
Luminous output 4950 lm/m – LED strip delivering 4950 lumens per linear metre of active length.
Luminous output 4975 lm/m – LED strip delivering 4975 lumens per linear metre of active length.
Luminous output 50 lm/m – LED strip delivering 50 lumens per linear metre of active length.
Luminous output 500 lm/m – LED strip delivering 500 lumens per linear metre of active length.
Luminous output 5000 lm/m – LED strip delivering 5000 lumens per linear metre of active length.
Luminous output 525 lm/m – LED strip delivering 525 lumens per linear metre of active length.
Luminous output 550 lm/m – LED strip delivering 550 lumens per linear metre of active length.
Luminous output 575 lm/m – LED strip delivering 575 lumens per linear metre of active length.
Luminous output 600 lm/m – LED strip delivering 600 lumens per linear metre of active length.
Luminous output 625 lm/m – LED strip delivering 625 lumens per linear metre of active length.
Luminous output 650 lm/m – LED strip delivering 650 lumens per linear metre of active length.
Luminous output 675 lm/m – LED strip delivering 675 lumens per linear metre of active length.
Luminous output 700 lm/m – LED strip delivering 700 lumens per linear metre of active length.
Luminous output 725 lm/m – LED strip delivering 725 lumens per linear metre of active length.
Luminous output 75 lm/m – LED strip delivering 75 lumens per linear metre of active length.
Luminous output 750 lm/m – LED strip delivering 750 lumens per linear metre of active length.
Luminous output 775 lm/m – LED strip delivering 775 lumens per linear metre of active length.
Luminous output 800 lm/m – LED strip delivering 800 lumens per linear metre of active length.
Luminous output 825 lm/m – LED strip delivering 825 lumens per linear metre of active length.
Luminous output 850 lm/m – LED strip delivering 850 lumens per linear metre of active length.
Luminous output 875 lm/m – LED strip delivering 875 lumens per linear metre of active length.
Luminous output 900 lm/m – LED strip delivering 900 lumens per linear metre of active length.
Luminous output 925 lm/m – LED strip delivering 925 lumens per linear metre of active length.
Luminous output 950 lm/m – LED strip delivering 950 lumens per linear metre of active length.
Luminous output 975 lm/m – LED strip delivering 975 lumens per linear metre of active length.
Luminous textile – Fabric with embedded optical fibres or micro-LEDs for illuminated surfaces.
Lux (lx) – SI unit of illuminance; one lumen per square metre.
Lux contour – Iso-lux line on a plan drawing connecting points of equal illuminance.
Lux level (emergency) – Minimum lux on escape routes (typically 1 lx on the floor centre line).
Lux level (office) – Recommended maintained illuminance for office tasks, typically 300-500 lx.
Lux level (recommended) – Standard-specified illuminance value for a given visual task.
Lux level (retail) – Recommended illuminance for retail, typically 300-750 lx depending on merchandise.
Lux level (warehouse) – Recommended illuminance for storage areas, typically 100-200 lx.
Lux mapping – Systematic grid of lux readings documenting the illuminance distribution on site.
Lux meter – Instrument measuring illuminance in lux.
Lux standard art gallery 300 lx – Lighting standards recommend approximately 300 lux maintained illuminance for art gallery applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard bathroom vanity 400 lx – Lighting standards recommend approximately 400 lux maintained illuminance for bathroom vanity applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard bedroom reading 300 lx – Lighting standards recommend approximately 300 lux maintained illuminance for bedroom reading applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard car park indoor 75 lx – Lighting standards recommend approximately 75 lux maintained illuminance for car park indoor applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard church nave 100 lx – Lighting standards recommend approximately 100 lux maintained illuminance for church nave applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard cinema foyer 200 lx – Lighting standards recommend approximately 200 lux maintained illuminance for cinema foyer applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard classroom 300 lx – Lighting standards recommend approximately 300 lux maintained illuminance for classroom applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard classroom board 500 lx – Lighting standards recommend approximately 500 lux maintained illuminance for classroom board applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard cleanroom ISO5 750 lx – Lighting standards recommend approximately 750 lux maintained illuminance for cleanroom ISO5 applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard commercial kitchen 500 lx – Lighting standards recommend approximately 500 lux maintained illuminance for commercial kitchen applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard corridor general 100 lx – Lighting standards recommend approximately 100 lux maintained illuminance for corridor general applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard cycle path 15 lx – Lighting standards recommend approximately 15 lux maintained illuminance for cycle path applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard dental exam 1000 lx – Lighting standards recommend approximately 1000 lux maintained illuminance for dental exam applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard emergency escape 1 lx – Lighting standards recommend approximately 1 lux maintained illuminance for emergency escape applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard factory fine assembly 1000 lx – Lighting standards recommend approximately 1000 lux maintained illuminance for factory fine assembly applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard factory inspection 1500 lx – Lighting standards recommend approximately 1500 lux maintained illuminance for factory inspection applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard football broadcast 2000 lx – Lighting standards recommend approximately 2000 lux maintained illuminance for football broadcast applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard football training 200 lx – Lighting standards recommend approximately 200 lux maintained illuminance for football training applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard gym floor 300 lx – Lighting standards recommend approximately 300 lux maintained illuminance for gym floor applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard home office 500 lx – Lighting standards recommend approximately 500 lux maintained illuminance for home office applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard hospital exam 1000 lx – Lighting standards recommend approximately 1000 lux maintained illuminance for hospital exam applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard hospital ward 100 lx – Lighting standards recommend approximately 100 lux maintained illuminance for hospital ward applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard hotel bedroom 150 lx – Lighting standards recommend approximately 150 lux maintained illuminance for hotel bedroom applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard hotel lobby 300 lx – Lighting standards recommend approximately 300 lux maintained illuminance for hotel lobby applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard jewellery bench 1500 lx – Lighting standards recommend approximately 1500 lux maintained illuminance for jewellery bench applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard kitchen worktop 500 lx – Lighting standards recommend approximately 500 lux maintained illuminance for kitchen worktop applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard laboratory 500 lx – Lighting standards recommend approximately 500 lux maintained illuminance for laboratory applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard library reading 500 lx – Lighting standards recommend approximately 500 lux maintained illuminance for library reading applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard living room ambient 150 lx – Lighting standards recommend approximately 150 lux maintained illuminance for living room ambient applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard loading dock 150 lx – Lighting standards recommend approximately 150 lux maintained illuminance for loading dock applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard museum sensitive 50 lx – Lighting standards recommend approximately 50 lux maintained illuminance for museum sensitive applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard office CAD 750 lx – Lighting standards recommend approximately 750 lux maintained illuminance for office CAD applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard office desk 500 lx – Lighting standards recommend approximately 500 lux maintained illuminance for office desk applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard operating theatre 10000 lx – Lighting standards recommend approximately 10000 lux maintained illuminance for operating theatre applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard park path 10 lx – Lighting standards recommend approximately 10 lux maintained illuminance for park path applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard pedestrian crossing 50 lx – Lighting standards recommend approximately 50 lux maintained illuminance for pedestrian crossing applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard petrol forecourt 150 lx – Lighting standards recommend approximately 150 lux maintained illuminance for petrol forecourt applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard photography studio 750 lx – Lighting standards recommend approximately 750 lux maintained illuminance for photography studio applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard restaurant dining 150 lx – Lighting standards recommend approximately 150 lux maintained illuminance for restaurant dining applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard retail general 300 lx – Lighting standards recommend approximately 300 lux maintained illuminance for retail general applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard retail jewellery 750 lx – Lighting standards recommend approximately 750 lux maintained illuminance for retail jewellery applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard server room 300 lx – Lighting standards recommend approximately 300 lux maintained illuminance for server room applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard sports broadcast 1500 lx – Lighting standards recommend approximately 1500 lux maintained illuminance for sports broadcast applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard sports training 300 lx – Lighting standards recommend approximately 300 lux maintained illuminance for sports training applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard stairway 150 lx – Lighting standards recommend approximately 150 lux maintained illuminance for stairway applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard street residential 10 lx – Lighting standards recommend approximately 10 lux maintained illuminance for street residential applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard street urban 20 lx – Lighting standards recommend approximately 20 lux maintained illuminance for street urban applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard swimming pool 200 lx – Lighting standards recommend approximately 200 lux maintained illuminance for swimming pool applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard tennis indoor 500 lx – Lighting standards recommend approximately 500 lux maintained illuminance for tennis indoor applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard textile inspection 1000 lx – Lighting standards recommend approximately 1000 lux maintained illuminance for textile inspection applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard theatre stage 300 lx – Lighting standards recommend approximately 300 lux maintained illuminance for theatre stage applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard tunnel interior 100 lx – Lighting standards recommend approximately 100 lux maintained illuminance for tunnel interior applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard TV studio 1000 lx – Lighting standards recommend approximately 1000 lux maintained illuminance for TV studio applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard warehouse general 150 lx – Lighting standards recommend approximately 150 lux maintained illuminance for warehouse general applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard wine cellar 50 lx – Lighting standards recommend approximately 50 lux maintained illuminance for wine cellar applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux standard yoga studio 200 lx – Lighting standards recommend approximately 200 lux maintained illuminance for yoga studio applications. Actual values vary by national standard (EN 12464, IESNA, AS/NZS) and specific visual task requirements.
Lux target – Design illuminance value that the installation must achieve after maintenance factors.
M
MacAdam ellipse – Chromaticity tolerance zone; SDCM 1–3 indicates high uniformity.
MacAdam step – Single unit of the SDCM scale.
Machine-readable label – QR or barcode on a luminaire linking to digital product data.
Macro (controller) – Sequence of control commands executed with a single button press.
Magnetic ballast – Legacy inductive ballast for fluorescent lamps, now replaced by LED drivers.
Magnetic interference – Disruption of DMX or DALI signals by nearby magnetic fields.
Magnetic mounting – Magnet-based system for rapid, drill-free installation.
Magnetic track – Rail system using magnets for quick insertion and removal of LED modules.
Main distribution board (MDB) – Primary electrical panel feeding sub-circuits including lighting.
Mains voltage – Local utility supply voltage, typically 230 V AC in Europe.
Maintained luminaire – Emergency luminaire that operates both on mains and battery power.
Maintenance – Periodic cleaning, replacement and verification of an LED installation.
Maintenance (predictive) – Data-driven strategy forecasting failures to optimise service.
Maintenance access – Physical route for reaching luminaires to perform cleaning and replacement.
Maintenance factor (MF) – Combined coefficient for luminous decay and dirt in design calculations.
Maintenance schedule – Planned timetable for cleaning and inspecting an LED installation.
Maintenance-free luminaire – Sealed LED fixture designed to operate without servicing for its entire life.
Manual override – Physical switch allowing occupants to bypass automatic lighting controls.
Manufacturer warranty period – Duration of the performance guarantee, typically 3-7 years for professional LED.
Mapping (pixel) – Assigning individual addresses to each LED in an addressable system.
Margin (power — 20 percent rule) – Over-sizing the PSU by at least 20 percent for reliability.
Marine-grade stainless steel – 316L stainless steel for luminaire hardware in coastal environments.
Mark-up (specification) – Annotations on a lighting drawing indicating changes or substitutions.
Marker light – Low-intensity luminaire indicating a pathway, step or hazard.
Mask (light) – Opaque element blocking light from specific areas of the beam.
Masking tape (installation) – Temporary tape protecting profile finishes during construction.
Mass (thermal) – Capacity of a profile to absorb and release heat, stabilising temperature.
Mast (lighting) – Pole or column supporting outdoor LED luminaires.
Master (DALI) – Device initiating commands on the DALI bus.
Master dimmer – Primary dimming device whose signal is replicated by slave amplifiers.
Master-slave – Configuration where one controller dictates behaviour of follower devices.
Master-slave wiring – Configuration where one controller dictates the output of follower devices.
Matched pair – Two luminaires or modules selected for identical colour and flux within 1 SDCM.
Material (ABS) – ABS used in LED profiles, luminaires, heat sinks or optical components.
Material (acetal (POM)) – acetal (POM) used in LED profiles, luminaires, heat sinks or optical components.
Material (alumina ceramic (Al₂O₃)) – alumina ceramic (Al₂O₃) used in LED profiles, luminaires, heat sinks or optical components.
Material (aluminium 1050) – aluminium 1050 used in LED profiles, luminaires, heat sinks or optical components.
Material (aluminium 5005) – aluminium 5005 used in LED profiles, luminaires, heat sinks or optical components.
Material (aluminium 5052) – aluminium 5052 used in LED profiles, luminaires, heat sinks or optical components.
Material (aluminium 6060-T5) – aluminium 6060-T5 used in LED profiles, luminaires, heat sinks or optical components.
Material (aluminium 6063-T5) – aluminium 6063-T5 used in LED profiles, luminaires, heat sinks or optical components.
Material (aluminium 6063-T6) – aluminium 6063-T6 used in LED profiles, luminaires, heat sinks or optical components.
Material (aluminium 6082-T6) – aluminium 6082-T6 used in LED profiles, luminaires, heat sinks or optical components.
Material (aluminium 7075-T6) – aluminium 7075-T6 used in LED profiles, luminaires, heat sinks or optical components.
Material (aluminium nitride (AlN)) – aluminium nitride (AlN) used in LED profiles, luminaires, heat sinks or optical components.
Material (beryllium oxide (BeO)) – beryllium oxide (BeO) used in LED profiles, luminaires, heat sinks or optical components.
Material (borosilicate glass) – borosilicate glass used in LED profiles, luminaires, heat sinks or optical components.
Material (brass CuZn39Pb3) – brass CuZn39Pb3 used in LED profiles, luminaires, heat sinks or optical components.
Material (bronze CuSn8) – bronze CuSn8 used in LED profiles, luminaires, heat sinks or optical components.
Material (carbon fibre composite) – carbon fibre composite used in LED profiles, luminaires, heat sinks or optical components.
Material (cast iron) – cast iron used in LED profiles, luminaires, heat sinks or optical components.
Material (copper C101) – copper C101 used in LED profiles, luminaires, heat sinks or optical components.
Material (copper C110) – copper C110 used in LED profiles, luminaires, heat sinks or optical components.
Material (die-cast aluminium ADC12) – die-cast aluminium ADC12 used in LED profiles, luminaires, heat sinks or optical components.
Material (die-cast zinc Zamak 5) – die-cast zinc Zamak 5 used in LED profiles, luminaires, heat sinks or optical components.
Material (encapsulant) – Silicone or resin protecting the LED die from moisture and contaminants.
Material (EPDM rubber) – EPDM rubber used in LED profiles, luminaires, heat sinks or optical components.
Material (fibreglass GRP) – fibreglass GRP used in LED profiles, luminaires, heat sinks or optical components.
Material (float glass) – float glass used in LED profiles, luminaires, heat sinks or optical components.
Material (galvanised steel) – galvanised steel used in LED profiles, luminaires, heat sinks or optical components.
Material (HDPE) – HDPE used in LED profiles, luminaires, heat sinks or optical components.
Material (Inconel) – Inconel used in LED profiles, luminaires, heat sinks or optical components.
Material (LDPE) – LDPE used in LED profiles, luminaires, heat sinks or optical components.
Material (magnesium AZ31) – magnesium AZ31 used in LED profiles, luminaires, heat sinks or optical components.
Material (neoprene) – neoprene used in LED profiles, luminaires, heat sinks or optical components.
Material (nylon PA12 (SLS 3D print)) – nylon PA12 (SLS 3D print) used in LED profiles, luminaires, heat sinks or optical components.
Material (nylon PA6) – nylon PA6 used in LED profiles, luminaires, heat sinks or optical components.
Material (nylon PA66) – nylon PA66 used in LED profiles, luminaires, heat sinks or optical components.
Material (PBT (polybutylene terephthalate)) – PBT (polybutylene terephthalate) used in LED profiles, luminaires, heat sinks or optical components.
Material (PEEK) – PEEK used in LED profiles, luminaires, heat sinks or optical components.
Material (PET) – PET used in LED profiles, luminaires, heat sinks or optical components.
Material (phenolic resin) – phenolic resin used in LED profiles, luminaires, heat sinks or optical components.
Material (polycarbonate (PC)) – polycarbonate (PC) used in LED profiles, luminaires, heat sinks or optical components.
Material (polycarbonate UV-stabilised) – polycarbonate UV-stabilised used in LED profiles, luminaires, heat sinks or optical components.
Material (polyester film (Mylar)) – polyester film (Mylar) used in LED profiles, luminaires, heat sinks or optical components.
Material (polyethylene (PE)) – polyethylene (PE) used in LED profiles, luminaires, heat sinks or optical components.
Material (polyimide (Kapton)) – polyimide (Kapton) used in LED profiles, luminaires, heat sinks or optical components.
Material (polypropylene (PP)) – polypropylene (PP) used in LED profiles, luminaires, heat sinks or optical components.
Material (polystyrene (PS)) – polystyrene (PS) used in LED profiles, luminaires, heat sinks or optical components.
Material (polyurethane (PU)) – polyurethane (PU) used in LED profiles, luminaires, heat sinks or optical components.
Material (PTFE (Teflon)) – PTFE (Teflon) used in LED profiles, luminaires, heat sinks or optical components.
Material (PVC flexible) – PVC flexible used in LED profiles, luminaires, heat sinks or optical components.
Material (PVC rigid) – PVC rigid used in LED profiles, luminaires, heat sinks or optical components.
Material (sapphire (Al₂O₃)) – sapphire (Al₂O₃) used in LED profiles, luminaires, heat sinks or optical components.
Material (silicon carbide (SiC)) – silicon carbide (SiC) used in LED profiles, luminaires, heat sinks or optical components.
Material (silicone HTV) – silicone HTV used in LED profiles, luminaires, heat sinks or optical components.
Material (silicone optical grade) – silicone optical grade used in LED profiles, luminaires, heat sinks or optical components.
Material (silicone RTV) – silicone RTV used in LED profiles, luminaires, heat sinks or optical components.
Material (soda-lime glass) – soda-lime glass used in LED profiles, luminaires, heat sinks or optical components.
Material (stainless steel 303) – stainless steel 303 used in LED profiles, luminaires, heat sinks or optical components.
Material (stainless steel 304) – stainless steel 304 used in LED profiles, luminaires, heat sinks or optical components.
Material (stainless steel 316) – stainless steel 316 used in LED profiles, luminaires, heat sinks or optical components.
Material (stainless steel 316L) – stainless steel 316L used in LED profiles, luminaires, heat sinks or optical components.
Material (tempered glass 4mm) – tempered glass 4mm used in LED profiles, luminaires, heat sinks or optical components.
Material (tempered glass 6mm) – tempered glass 6mm used in LED profiles, luminaires, heat sinks or optical components.
Material (thermal grease (silicone)) – thermal grease (silicone) used in LED profiles, luminaires, heat sinks or optical components.
Material (thermal pad (graphite)) – thermal pad (graphite) used in LED profiles, luminaires, heat sinks or optical components.
Material (thermal pad (silicone)) – thermal pad (silicone) used in LED profiles, luminaires, heat sinks or optical components.
Material (titanium Grade 2) – titanium Grade 2 used in LED profiles, luminaires, heat sinks or optical components.
Material (titanium Grade 5) – titanium Grade 5 used in LED profiles, luminaires, heat sinks or optical components.
Material (zinc alloy Zamak 3) – zinc alloy Zamak 3 used in LED profiles, luminaires, heat sinks or optical components.
Material (zirconia ceramic) – zirconia ceramic used in LED profiles, luminaires, heat sinks or optical components.
Material Safety Data Sheet (MSDS) – Document detailing chemical properties and hazards of LED materials.
Matrix (extrusion die) – Steel tool through which aluminium is extruded.
Matrix (LED) – Two-dimensional array of LEDs for displays, panels and signage.
Matter (protocol) – IP-based smart-home interoperability standard supporting lighting control.
Maximum ambient temperature (Tmax) – Highest ambient temperature at which the luminaire meets its rated life.
Maximum cable length (power) – Longest permissible power-cable run before voltage drop exceeds tolerance.
Maximum cable length (signal) – Longest permissible control-cable run before signal integrity degrades.
Maximum run 1 m – LED strip maximum single-feed run length of 1 metres before voltage drop becomes excessive.
Maximum run 10 m – LED strip maximum single-feed run length of 10 metres before voltage drop becomes excessive.
Maximum run 12 m – LED strip maximum single-feed run length of 12 metres before voltage drop becomes excessive.
Maximum run 15 m – LED strip maximum single-feed run length of 15 metres before voltage drop becomes excessive.
Maximum run 2 m – LED strip maximum single-feed run length of 2 metres before voltage drop becomes excessive.
Maximum run 20 m – LED strip maximum single-feed run length of 20 metres before voltage drop becomes excessive.
Maximum run 25 m – LED strip maximum single-feed run length of 25 metres before voltage drop becomes excessive.
Maximum run 3 m – LED strip maximum single-feed run length of 3 metres before voltage drop becomes excessive.
Maximum run 30 m – LED strip maximum single-feed run length of 30 metres before voltage drop becomes excessive.
Maximum run 4 m – LED strip maximum single-feed run length of 4 metres before voltage drop becomes excessive.
Maximum run 40 m – LED strip maximum single-feed run length of 40 metres before voltage drop becomes excessive.
Maximum run 5 m – LED strip maximum single-feed run length of 5 metres before voltage drop becomes excessive.
Maximum run 50 m – LED strip maximum single-feed run length of 50 metres before voltage drop becomes excessive.
Maximum run 6 m – LED strip maximum single-feed run length of 6 metres before voltage drop becomes excessive.
Maximum run 7 m – LED strip maximum single-feed run length of 7 metres before voltage drop becomes excessive.
Maximum run 8 m – LED strip maximum single-feed run length of 8 metres before voltage drop becomes excessive.
Maximum run 9 m – LED strip maximum single-feed run length of 9 metres before voltage drop becomes excessive.
MCPCB (Metal-Core PCB) – PCB with a metal core for superior thermal dissipation.
Mean time between failures (MTBF) – Statistical measure of driver or controller reliability in hours.
Mean Well – Leading manufacturer of professional LED power supplies.
Mean Well ELG series – Popular outdoor constant-current/constant-voltage driver series.
Mean Well HLG series – Industrial and high-bay LED driver series.
Mean Well LPV series – Economy constant-voltage driver series.
Mean Well NPF series – Compact constant-current or constant-voltage driver series.
Mean Well XLG series – Adjustable-output LED driver series with DIP-switch configuration.
Mechanical drawing – Engineering drawing showing physical dimensions and mounting details.
Mechanical life – Number of switching or adjustment cycles a luminaire mechanism can withstand.
media wall technique – Addressable LED strips or panels on a feature wall display dynamic colour content or ambient patterns synchronised with the room audio-visual system.
Melanopic lux – Illuminance weighted to the melanopsin sensitivity of intrinsically photosensitive retinal ganglion cells.
Melanopic/photopic ratio (M/P) – Ratio used in HCL design quantifying circadian stimulation of a source.
Melatonin – Sleep hormone influenced by blue light, relevant to HCL.
Membrane keypad – Thin sealed keypad on a lighting controller rated for frequent use.
Membrane switch – Thin, sealed push-button used on lighting controllers and keypads.
Memory (last level) – Driver feature restoring the previous dimming level after a power cycle.
Mercury vapour lamp – Legacy HID lamp type now prohibited in many markets, replaced by LED.
Mercury-free – LED products contain no mercury, unlike fluorescent lamps.
Mesh network – Wireless mesh where each device relays signals to neighbours.
Metal halide (MH) – HID lamp type now largely replaced by LED in commercial and industrial use.
Metal-clad switch – Heavy-duty switch in a cast-metal enclosure for industrial environments.
Metamerism – Two colours matching under one source but differing under another.
Metering (sub-meter) – Dedicated energy meter on a lighting distribution board for consumption tracking.
Method statement – Document describing the safe procedure for installing LED luminaires on site.
Micro controller unit (MCU) – Small processor inside LED controllers and smart drivers.
Micro-controller unit (MCU) – Small processor inside controllers and smart drivers.
Micro-dimming – Very fine dimming resolution (e.g. 16-bit, 65 536 steps) for imperceptible transitions.
Micro-LED – Micrometre-scale LED for ultra-high-resolution displays.
Micro-optic – Miniaturised lens or prism for per-LED beam control.
Micro-optic array – Grid of miniature lenses for per-LED beam control in a linear luminaire.
Micro-prismatic film – Thin adhesive film with micro-prisms converting a diffuse cover to a directional one.
Mid-power LED – LED rated 0.1–0.5 W, the most common in professional strips.
Mid-span power injection – Feeding additional power at an intermediate point along a long strip run.
Migration (lighting upgrade) – Phased transition from legacy lamps to a new LED installation.
Milk acrylic – Colloquial term for opal PMMA diffuser, white like milk.
Milling (CNC) – Precision machining of aluminium for custom profile modifications.
Mini profile – Profile under 10 mm height for discreet and furniture installations.
Minimum load – Lowest wattage a dimmer requires to operate stably without flickering.
Minimum load (dimmer) – Lowest wattage a dimmer requires for stable operation without flickering.
Minimum order quantity (MOQ) – Smallest batch a manufacturer will produce, relevant for custom profiles.
Mirror optic – Highly reflective internal surface directing light in a luminaire.
Mirror-finish reflector – Polished aluminium or vacuum-metallised reflector for maximum efficiency.
Mismatch (colour) – Visible difference in CCT or tint between adjacent luminaires or strip segments.
Mitre cut – 45-degree angle cut at the end of a profile for corner joints.
Mitre joint (profile) – Two mitre-cut profiles meeting to form a seamless right-angle corner.
Mixing chamber – Internal volume where light from multiple LEDs blends before exiting.
Mobile app (lighting) – Smartphone application for configuring, controlling and monitoring LED luminaires.
Mock-up room – Full-scale test installation space where proposed lighting is evaluated before approval.
Modbus – Serial communication protocol for industrial LED-installation control.
Model (BIM / Revit) – 3D digital model of a luminaire for Building Information Modelling workflows.
Modelling (3D lighting) – Creating a three-dimensional virtual model of a space with luminaire data for simulation.
Modelling ratio – Ratio of cylindrical to horizontal illuminance, indicating three-dimensional perception.
Modified spectrum – LED output with adjusted phosphor blend or filtering for a specific application.
Modularity – System composed of standardised, interchangeable and expandable modules.
Module (emergency) – Battery-backed unit powering LEDs during a blackout.
Module (LED) – Pre-assembled LED unit on a PCB with optional optics.
Module (Zhaga) – LED module conforming to Zhaga specifications for interchangeability.
Module connector – Electrical and mechanical interface between an LED module and a luminaire body.
Module efficiency – Luminous efficacy of an LED module measured before luminaire optical losses.
Module lumen output – Total flux from an LED module measured per IES LM-79 or CIE S 025.
Module output 10 lm – LED module producing 10 lumens total luminous flux.
Module output 100 lm – LED module producing 100 lumens total luminous flux.
Module output 110 lm – LED module producing 110 lumens total luminous flux.
Module output 120 lm – LED module producing 120 lumens total luminous flux.
Module output 130 lm – LED module producing 130 lumens total luminous flux.
Module output 140 lm – LED module producing 140 lumens total luminous flux.
Module output 150 lm – LED module producing 150 lumens total luminous flux.
Module output 160 lm – LED module producing 160 lumens total luminous flux.
Module output 170 lm – LED module producing 170 lumens total luminous flux.
Module output 180 lm – LED module producing 180 lumens total luminous flux.
Module output 190 lm – LED module producing 190 lumens total luminous flux.
Module output 20 lm – LED module producing 20 lumens total luminous flux.
Module output 200 lm – LED module producing 200 lumens total luminous flux.
Module output 210 lm – LED module producing 210 lumens total luminous flux.
Module output 220 lm – LED module producing 220 lumens total luminous flux.
Module output 230 lm – LED module producing 230 lumens total luminous flux.
Module output 240 lm – LED module producing 240 lumens total luminous flux.
Module output 250 lm – LED module producing 250 lumens total luminous flux.
Module output 260 lm – LED module producing 260 lumens total luminous flux.
Module output 270 lm – LED module producing 270 lumens total luminous flux.
Module output 280 lm – LED module producing 280 lumens total luminous flux.
Module output 290 lm – LED module producing 290 lumens total luminous flux.
Module output 30 lm – LED module producing 30 lumens total luminous flux.
Module output 300 lm – LED module producing 300 lumens total luminous flux.
Module output 310 lm – LED module producing 310 lumens total luminous flux.
Module output 320 lm – LED module producing 320 lumens total luminous flux.
Module output 330 lm – LED module producing 330 lumens total luminous flux.
Module output 340 lm – LED module producing 340 lumens total luminous flux.
Module output 350 lm – LED module producing 350 lumens total luminous flux.
Module output 360 lm – LED module producing 360 lumens total luminous flux.
Module output 370 lm – LED module producing 370 lumens total luminous flux.
Module output 380 lm – LED module producing 380 lumens total luminous flux.
Module output 390 lm – LED module producing 390 lumens total luminous flux.
Module output 40 lm – LED module producing 40 lumens total luminous flux.
Module output 400 lm – LED module producing 400 lumens total luminous flux.
Module output 410 lm – LED module producing 410 lumens total luminous flux.
Module output 420 lm – LED module producing 420 lumens total luminous flux.
Module output 430 lm – LED module producing 430 lumens total luminous flux.
Module output 440 lm – LED module producing 440 lumens total luminous flux.
Module output 450 lm – LED module producing 450 lumens total luminous flux.
Module output 460 lm – LED module producing 460 lumens total luminous flux.
Module output 470 lm – LED module producing 470 lumens total luminous flux.
Module output 480 lm – LED module producing 480 lumens total luminous flux.
Module output 490 lm – LED module producing 490 lumens total luminous flux.
Module output 50 lm – LED module producing 50 lumens total luminous flux.
Module output 500 lm – LED module producing 500 lumens total luminous flux.
Module output 510 lm – LED module producing 510 lumens total luminous flux.
Module output 520 lm – LED module producing 520 lumens total luminous flux.
Module output 530 lm – LED module producing 530 lumens total luminous flux.
Module output 540 lm – LED module producing 540 lumens total luminous flux.
Module output 550 lm – LED module producing 550 lumens total luminous flux.
Module output 560 lm – LED module producing 560 lumens total luminous flux.
Module output 570 lm – LED module producing 570 lumens total luminous flux.
Module output 580 lm – LED module producing 580 lumens total luminous flux.
Module output 590 lm – LED module producing 590 lumens total luminous flux.
Module output 60 lm – LED module producing 60 lumens total luminous flux.
Module output 600 lm – LED module producing 600 lumens total luminous flux.
Module output 610 lm – LED module producing 610 lumens total luminous flux.
Module output 620 lm – LED module producing 620 lumens total luminous flux.
Module output 630 lm – LED module producing 630 lumens total luminous flux.
Module output 640 lm – LED module producing 640 lumens total luminous flux.
Module output 650 lm – LED module producing 650 lumens total luminous flux.
Module output 660 lm – LED module producing 660 lumens total luminous flux.
Module output 670 lm – LED module producing 670 lumens total luminous flux.
Module output 680 lm – LED module producing 680 lumens total luminous flux.
Module output 690 lm – LED module producing 690 lumens total luminous flux.
Module output 70 lm – LED module producing 70 lumens total luminous flux.
Module output 700 lm – LED module producing 700 lumens total luminous flux.
Module output 710 lm – LED module producing 710 lumens total luminous flux.
Module output 720 lm – LED module producing 720 lumens total luminous flux.
Module output 730 lm – LED module producing 730 lumens total luminous flux.
Module output 740 lm – LED module producing 740 lumens total luminous flux.
Module output 750 lm – LED module producing 750 lumens total luminous flux.
Module output 760 lm – LED module producing 760 lumens total luminous flux.
Module output 770 lm – LED module producing 770 lumens total luminous flux.
Module output 780 lm – LED module producing 780 lumens total luminous flux.
Module output 790 lm – LED module producing 790 lumens total luminous flux.
Module output 80 lm – LED module producing 80 lumens total luminous flux.
Module output 800 lm – LED module producing 800 lumens total luminous flux.
Module output 90 lm – LED module producing 90 lumens total luminous flux.
Module replacement – Swapping a failed LED module without replacing the entire luminaire.
Module temperature (Tc point) – Specified measurement point on an LED module for thermal monitoring.
Moisture barrier – Layer or seal preventing water vapour ingress into a luminaire.
Moisture ingress – Water penetration into a luminaire, potentially causing electrical failure.
Moisture-resistant driver – Driver rated for damp environments (IP44 or above).
Molex connector – Industry-standard connector for internal luminaire wiring.
Momentary switch – Push-button that is active only while pressed, returning to off on release.
Monitoring (energy) – Real-time tracking of LED system power consumption via smart controllers.
Mono-crystalline LED – LED die grown on a single-crystal substrate for maximum uniformity.
Monopoint – Single-outlet ceiling canopy powering one pendant luminaire.
Mosfet – Field-effect transistor for PWM switching in drivers and controllers.
Motion sensor – Sensor detecting movement to trigger automatic lighting.
Mounting (3M VHB tape) – Accessory: 3M VHB tape for LED profile or luminaire installation.
Mounting (adhesive foam tape) – Accessory: adhesive foam tape for LED profile or luminaire installation.
Mounting (angle bracket aluminium) – Accessory: angle bracket aluminium for LED profile or luminaire installation.
Mounting (angle bracket steel) – Accessory: angle bracket steel for LED profile or luminaire installation.
Mounting (bracket) – Using a metal bracket to fix a profile to a surface.
Mounting (C-clamp) – Accessory: C-clamp for LED profile or luminaire installation.
Mounting (ceiling clip spring) – Accessory: ceiling clip spring for LED profile or luminaire installation.
Mounting (ceiling rose round) – Accessory: ceiling rose round for LED profile or luminaire installation.
Mounting (ceiling rose square) – Accessory: ceiling rose square for LED profile or luminaire installation.
Mounting (chain suspension) – Accessory: chain suspension for LED profile or luminaire installation.
Mounting (channel clip metal) – Accessory: channel clip metal for LED profile or luminaire installation.
Mounting (channel clip plastic) – Accessory: channel clip plastic for LED profile or luminaire installation.
Mounting (clip-on) – Quick snap-fit installation without screws.
Mounting (concealed screw channel) – Accessory: concealed screw channel for LED profile or luminaire installation.
Mounting (corner bracket adjustable) – Accessory: corner bracket adjustable for LED profile or luminaire installation.
Mounting (counter-sunk screw M3) – Accessory: counter-sunk screw M3 for LED profile or luminaire installation.
Mounting (counter-sunk screw M4) – Accessory: counter-sunk screw M4 for LED profile or luminaire installation.
Mounting (DIN-rail adapter) – Accessory: DIN-rail adapter for LED profile or luminaire installation.
Mounting (double-sided foam pad) – Accessory: double-sided foam pad for LED profile or luminaire installation.
Mounting (eye bolt M6) – Accessory: eye bolt M6 for LED profile or luminaire installation.
Mounting (eye bolt M8) – Accessory: eye bolt M8 for LED profile or luminaire installation.
Mounting (flush bracket) – Accessory: flush bracket for LED profile or luminaire installation.
Mounting (gutter clip) – Accessory: gutter clip for LED profile or luminaire installation.
Mounting (hook magnet neodymium) – Accessory: hook magnet neodymium for LED profile or luminaire installation.
Mounting (joining plate aluminium) – Accessory: joining plate aluminium for LED profile or luminaire installation.
Mounting (joining plate steel) – Accessory: joining plate steel for LED profile or luminaire installation.
Mounting (L-bracket aluminium) – Accessory: L-bracket aluminium for LED profile or luminaire installation.
Mounting (L-bracket steel) – Accessory: L-bracket steel for LED profile or luminaire installation.
Mounting (magnetic mounting plate) – Accessory: magnetic mounting plate for LED profile or luminaire installation.
Mounting (masonry anchor M5) – Accessory: masonry anchor M5 for LED profile or luminaire installation.
Mounting (masonry anchor M6) – Accessory: masonry anchor M6 for LED profile or luminaire installation.
Mounting (pendant cable 1.5m) – Accessory: pendant cable 1.5m for LED profile or luminaire installation.
Mounting (pendant cable 1m) – Accessory: pendant cable 1m for LED profile or luminaire installation.
Mounting (pendant cable 2m) – Accessory: pendant cable 2m for LED profile or luminaire installation.
Mounting (pendant cable 3m) – Accessory: pendant cable 3m for LED profile or luminaire installation.
Mounting (pendant rod 100cm) – Accessory: pendant rod 100cm for LED profile or luminaire installation.
Mounting (pendant rod 30cm) – Accessory: pendant rod 30cm for LED profile or luminaire installation.
Mounting (pendant rod 50cm) – Accessory: pendant rod 50cm for LED profile or luminaire installation.
Mounting (pendant) – Profile hanging from the ceiling via cables or rods.
Mounting (rawl plug 6mm) – Accessory: rawl plug 6mm for LED profile or luminaire installation.
Mounting (rawl plug 8mm) – Accessory: rawl plug 8mm for LED profile or luminaire installation.
Mounting (recessed) – Profile set into a groove in the host surface.
Mounting (rivet aluminium) – Accessory: rivet aluminium for LED profile or luminaire installation.
Mounting (rivet steel) – Accessory: rivet steel for LED profile or luminaire installation.
Mounting (rosette ceiling black) – Accessory: rosette ceiling black for LED profile or luminaire installation.
Mounting (rosette ceiling chrome) – Accessory: rosette ceiling chrome for LED profile or luminaire installation.
Mounting (rosette ceiling white) – Accessory: rosette ceiling white for LED profile or luminaire installation.
Mounting (safety cable 1m) – Accessory: safety cable 1m for LED profile or luminaire installation.
Mounting (safety cable 2m) – Accessory: safety cable 2m for LED profile or luminaire installation.
Mounting (self-tapping screw 3.5×16) – Accessory: self-tapping screw 3.5×16 for LED profile or luminaire installation.
Mounting (self-tapping screw 3.5×25) – Accessory: self-tapping screw 3.5×25 for LED profile or luminaire installation.
Mounting (self-tapping screw 4×30) – Accessory: self-tapping screw 4×30 for LED profile or luminaire installation.
Mounting (snap-lock rail clip) – Accessory: snap-lock rail clip for LED profile or luminaire installation.
Mounting (spring anchor ceiling) – Accessory: spring anchor ceiling for LED profile or luminaire installation.
Mounting (spring steel clip narrow) – Accessory: spring steel clip narrow for LED profile or luminaire installation.
Mounting (spring steel clip wide) – Accessory: spring steel clip wide for LED profile or luminaire installation.
Mounting (suction cup mount) – Accessory: suction cup mount for LED profile or luminaire installation.
Mounting (surface) – Profile applied directly onto a surface.
Mounting (suspension wire gripper) – Accessory: suspension wire gripper for LED profile or luminaire installation.
Mounting (T-bar ceiling clip) – Accessory: T-bar ceiling clip for LED profile or luminaire installation.
Mounting (threaded rod M4×1m) – Accessory: threaded rod M4×1m for LED profile or luminaire installation.
Mounting (threaded rod M6×1m) – Accessory: threaded rod M6×1m for LED profile or luminaire installation.
Mounting (timber screw 3.5×30) – Accessory: timber screw 3.5×30 for LED profile or luminaire installation.
Mounting (timber screw 4×40) – Accessory: timber screw 4×40 for LED profile or luminaire installation.
Mounting (toggle bolt M5) – Accessory: toggle bolt M5 for LED profile or luminaire installation.
Mounting (toggle bolt M6) – Accessory: toggle bolt M6 for LED profile or luminaire installation.
Mounting (torsion spring pair) – Accessory: torsion spring pair for LED profile or luminaire installation.
Mounting (truss clamp) – Accessory: truss clamp for LED profile or luminaire installation.
Mounting (U-bolt M6) – Accessory: U-bolt M6 for LED profile or luminaire installation.
Mounting (U-bracket) – Accessory: U-bracket for LED profile or luminaire installation.
Mounting (vibration isolator mount) – Accessory: vibration isolator mount for LED profile or luminaire installation.
Mounting (wall bracket decorative) – Accessory: wall bracket decorative for LED profile or luminaire installation.
Mounting (wall plug 6mm) – Accessory: wall plug 6mm for LED profile or luminaire installation.
Mounting (wall plug 8mm) – Accessory: wall plug 8mm for LED profile or luminaire installation.
Mounting (wall) – Profile fixed to a vertical surface.
Mounting (wire cable 1.5m steel) – Accessory: wire cable 1.5m steel for LED profile or luminaire installation.
Mounting (wire cable 2m steel) – Accessory: wire cable 2m steel for LED profile or luminaire installation.
Mounting (Z-clip pair) – Accessory: Z-clip pair for LED profile or luminaire installation.
Mounting adapter – Intermediate plate or bracket adapting a luminaire to a non-standard surface.
Mounting depth (minimum) – Shallowest ceiling or wall void that can accommodate a recessed luminaire.
Mounting template – Paper or plastic guide placed on the surface to mark screw holes accurately.
Mounting weight limit – Maximum luminaire mass permitted for a specific mounting method.
Movable luminaire – Portable or adjustable fixture, as opposed to a fixed installation.
MQTT – Lightweight IoT messaging protocol used in smart-lighting systems.
MR16 – Multi-faceted reflector lamp format, 16/8 inch (51 mm) diameter, now available in LED.
Multi-channel driver – Driver with multiple independent outputs for different LED groups.
Multi-circuit track – Electrified rail with two or more independent circuits for flexible zoning.
Multi-driver luminaire – Luminaire containing more than one driver for separate control of channels.
Multi-sensor – Single housing combining occupancy, daylight and sometimes temperature sensors.
Multi-storey lighting design – Coordinated LED scheme spanning multiple floors of a building.
Muting (alarm) – Temporarily silencing a fault alarm on a lighting controller for maintenance.
N
Nano-structured lens – Lens with surface features at the nanometre scale for ultra-precise beam control.
Nano-texture – Surface treatment on lenses or covers for controlled light diffusion at the nano scale.
Nanometre (nm) – Unit of light wavelength (1 nm = 10⁻⁹ m).
Narrow beam – Beam angle below 20 degrees for focused accent lighting.
Narrow distribution (Type I) – IES roadway distribution with a narrow lateral spread for pathway lighting.
Natural ventilation luminaire – Luminaire designed for open or naturally ventilated ceiling plenums.
Navigation light (marine) – Coloured LED lamp required by maritime law on vessels and structures.
Near-field photometry – Light measurement close to the source, capturing full spatial detail.
NEC (National Electrical Code) – US electrical-installation code impacting LED luminaire wiring.
Nema socket – Standard photocell receptacle on North American outdoor LED luminaires.
Neon flex (bottom-emitting) – Neon flex with light output from the bottom face.
Neon flex (LED) – Flexible silicone tube with an integrated strip replicating the neon look.
Neon flex (side-emitting) – Neon flex with light output from the sides.
Neon flex (top-emitting) – Neon flex with light output from the top face.
Neon sign (LED replacement) – LED channel-letter or flex-neon module replacing traditional glass neon.
Net-zero building lighting – LED system designed to consume no more energy than on-site renewables generate.
Net-zero lighting – LED installation whose annual energy consumption is fully offset by on-site renewable generation, contributing to net-zero-energy building targets.
Network latency – Delay between a control command and the luminaire response, in milliseconds.
Network node – Single connected device in a smart or mesh lighting network.
Network topology – Physical and logical layout of a lighting control network.
Neutral conductor (N) – Return conductor in an AC system carrying unbalanced current.
Neutral White – Colour temperature around 4 000 K, a balanced tone between warm and cool.
Neutral white (4000 K) – Balanced white tone perceived as neither warm nor cool.
NF C 15-100 – French electrical installation.
NFC (Near Field Communication) – Short-range protocol for programming LED drivers.
NFPA 70 (NEC) – US National Electrical Code.
NiCd battery – Nickel-cadmium battery used in legacy emergency luminaires.
niche highlighting technique – Small LED profile inside a wall recess focuses attention on a displayed object through localised brightness contrast against the surrounding ambient light level.
Night mode – Low-intensity lighting state for after-hours security or comfort.
Night-sky compliance – Outdoor lighting designed to minimise upward light in dark-sky communities.
NiMH battery – Nickel-metal-hydride battery common in modern emergency LED fittings.
Nit – Unit of luminance equal to 1 cd/m².
Noise (audible) – Buzzing or humming from a driver, often caused by magnetostriction or capacitor whine.
Noise (electrical) – Unwanted electrical signals interfering with LED control communications.
Noise floor (sensor) – Minimum detectable signal level of a daylight or occupancy sensor.
Nominal current – Manufacturer-specified standard operating current for an LED.
Nominal flux – Catalogue-listed lumen output under standard test conditions.
Nominal power – Stated wattage of a luminaire under standard operating conditions.
Nominal voltage – Standard operating voltage of an LED strip (e.g. 24 V DC).
Non-contact voltage tester – Pen-type device detecting live mains cables near LED installations.
Non-dimmable driver – Power supply operating at fixed full output with no dimming interface.
Non-maintained emergency – Emergency luminaire lighting only when mains power fails.
Non-maintained luminaire – Emergency fixture that illuminates only when mains power fails.
Non-shunted lamp holder – Tombstone socket for single-ended LED tubes requiring live and neutral separation.
Norm / Standard – Technical document defining requirements and limits for products.
Normal-mode surge – Voltage spike between line and neutral, the most common surge type.
Normally closed (NC) – Relay or switch contact that is closed in the de-energised state.
Normally open (NO) – Relay or switch contact that is open in the de-energised state.
Notch filter – Optical filter removing a narrow band of wavelengths from the spectrum.
NTC thermistor – Negative-temperature-coefficient resistor used for inrush-current limiting.
Number of LEDs per metre – Chip density per metre of strip, a key uniformity parameter.
Nut runner – Powered tool for tightening mounting bolts to a specified torque.
Nylon anchor – Plastic wall plug for light-duty LED profile fixings into masonry.
Nylon cable gland – Plastic cable entry fitting providing IP68 sealing.
Nylon washer – Insulating washer preventing galvanic corrosion between dissimilar metals.
O
Objective lens – Front optical element in a projector luminaire forming the exit beam.
Obstruction light – Red LED beacon on tall structures warning aircraft.
Occupancy sensor – Sensor detecting room presence to switch lighting on or off.
Occupancy timeout – Delay after last detected movement before lights switch off or dim.
Off-grid lighting – LED system powered by batteries and solar panels, independent of the mains.
Off-state power – Residual power consumed by a driver or controller when the LEDs are off.
Offset bracket – Mounting bracket positioning the profile a set distance from the mounting surface.
Ohm (Ω) – Unit of electrical resistance.
Oil-resistant cable – Cable with an outer jacket resistant to mineral oils, for industrial environments.
OLED (Organic LED) – Organic LED on a thin film for diffused surface light.
On-site acceptance test – Post-installation verification that the lighting meets design specifications.
Opacity (cover) – Degree of non-transparency; the complement of transmittance.
Opal – Milky-white diffusing material hiding individual LEDs.
Opal (high-transmission) – Opal cover engineered for high transmittance above 80 percent.
Open circuit – Break in an electrical path preventing current flow.
Open protocol – Standardised, non-proprietary communication standard.
Open-area emergency lighting – Illumination preventing panic in large open spaces during power failure.
Open-circuit voltage (Voc) – Driver output voltage when no LED load is connected.
Operating hours – Cumulative time a luminaire has been switched on.
Operating temperature range – Ambient temperature limits for safe LED operation.
Optic (asymmetric) – Optical element producing a non-symmetric wall-wash beam.
Optic (bat-wing) – Optic producing a wide, flat distribution for uniform illuminance.
Optic (collimating) – Lens making divergent LED rays parallel.
Optic (interchangeable) – System allowing lens replacement to change beam angle.
Optic (linear) – Extruded lens running the full strip length.
Optic (primary) – Lens integrated into the LED package.
Optic (secondary) – Additional lens or reflector over the LED reshaping the beam.
Optic 100° beam – Secondary optic or lens producing a 100-degree beam angle at half-peak intensity.
Optic 101° beam – Secondary optic or lens producing a 101-degree beam angle at half-peak intensity.
Optic 102° beam – Secondary optic or lens producing a 102-degree beam angle at half-peak intensity.
Optic 103° beam – Secondary optic or lens producing a 103-degree beam angle at half-peak intensity.
Optic 104° beam – Secondary optic or lens producing a 104-degree beam angle at half-peak intensity.
Optic 105° beam – Secondary optic or lens producing a 105-degree beam angle at half-peak intensity.
Optic 106° beam – Secondary optic or lens producing a 106-degree beam angle at half-peak intensity.
Optic 107° beam – Secondary optic or lens producing a 107-degree beam angle at half-peak intensity.
Optic 108° beam – Secondary optic or lens producing a 108-degree beam angle at half-peak intensity.
Optic 109° beam – Secondary optic or lens producing a 109-degree beam angle at half-peak intensity.
Optic 10° beam – Secondary optic or lens producing a 10-degree beam angle at half-peak intensity.
Optic 110° beam – Secondary optic or lens producing a 110-degree beam angle at half-peak intensity.
Optic 111° beam – Secondary optic or lens producing a 111-degree beam angle at half-peak intensity.
Optic 112° beam – Secondary optic or lens producing a 112-degree beam angle at half-peak intensity.
Optic 113° beam – Secondary optic or lens producing a 113-degree beam angle at half-peak intensity.
Optic 114° beam – Secondary optic or lens producing a 114-degree beam angle at half-peak intensity.
Optic 115° beam – Secondary optic or lens producing a 115-degree beam angle at half-peak intensity.
Optic 116° beam – Secondary optic or lens producing a 116-degree beam angle at half-peak intensity.
Optic 117° beam – Secondary optic or lens producing a 117-degree beam angle at half-peak intensity.
Optic 118° beam – Secondary optic or lens producing a 118-degree beam angle at half-peak intensity.
Optic 119° beam – Secondary optic or lens producing a 119-degree beam angle at half-peak intensity.
Optic 11° beam – Secondary optic or lens producing a 11-degree beam angle at half-peak intensity.
Optic 120° beam – Secondary optic or lens producing a 120-degree beam angle at half-peak intensity.
Optic 121° beam – Secondary optic or lens producing a 121-degree beam angle at half-peak intensity.
Optic 122° beam – Secondary optic or lens producing a 122-degree beam angle at half-peak intensity.
Optic 123° beam – Secondary optic or lens producing a 123-degree beam angle at half-peak intensity.
Optic 124° beam – Secondary optic or lens producing a 124-degree beam angle at half-peak intensity.
Optic 125° beam – Secondary optic or lens producing a 125-degree beam angle at half-peak intensity.
Optic 126° beam – Secondary optic or lens producing a 126-degree beam angle at half-peak intensity.
Optic 127° beam – Secondary optic or lens producing a 127-degree beam angle at half-peak intensity.
Optic 128° beam – Secondary optic or lens producing a 128-degree beam angle at half-peak intensity.
Optic 129° beam – Secondary optic or lens producing a 129-degree beam angle at half-peak intensity.
Optic 12° beam – Secondary optic or lens producing a 12-degree beam angle at half-peak intensity.
Optic 130° beam – Secondary optic or lens producing a 130-degree beam angle at half-peak intensity.
Optic 131° beam – Secondary optic or lens producing a 131-degree beam angle at half-peak intensity.
Optic 132° beam – Secondary optic or lens producing a 132-degree beam angle at half-peak intensity.
Optic 133° beam – Secondary optic or lens producing a 133-degree beam angle at half-peak intensity.
Optic 134° beam – Secondary optic or lens producing a 134-degree beam angle at half-peak intensity.
Optic 135° beam – Secondary optic or lens producing a 135-degree beam angle at half-peak intensity.
Optic 136° beam – Secondary optic or lens producing a 136-degree beam angle at half-peak intensity.
Optic 137° beam – Secondary optic or lens producing a 137-degree beam angle at half-peak intensity.
Optic 138° beam – Secondary optic or lens producing a 138-degree beam angle at half-peak intensity.
Optic 139° beam – Secondary optic or lens producing a 139-degree beam angle at half-peak intensity.
Optic 13° beam – Secondary optic or lens producing a 13-degree beam angle at half-peak intensity.
Optic 140° beam – Secondary optic or lens producing a 140-degree beam angle at half-peak intensity.
Optic 141° beam – Secondary optic or lens producing a 141-degree beam angle at half-peak intensity.
Optic 142° beam – Secondary optic or lens producing a 142-degree beam angle at half-peak intensity.
Optic 143° beam – Secondary optic or lens producing a 143-degree beam angle at half-peak intensity.
Optic 144° beam – Secondary optic or lens producing a 144-degree beam angle at half-peak intensity.
Optic 145° beam – Secondary optic or lens producing a 145-degree beam angle at half-peak intensity.
Optic 146° beam – Secondary optic or lens producing a 146-degree beam angle at half-peak intensity.
Optic 147° beam – Secondary optic or lens producing a 147-degree beam angle at half-peak intensity.
Optic 148° beam – Secondary optic or lens producing a 148-degree beam angle at half-peak intensity.
Optic 149° beam – Secondary optic or lens producing a 149-degree beam angle at half-peak intensity.
Optic 14° beam – Secondary optic or lens producing a 14-degree beam angle at half-peak intensity.
Optic 150° beam – Secondary optic or lens producing a 150-degree beam angle at half-peak intensity.
Optic 151° beam – Secondary optic or lens producing a 151-degree beam angle at half-peak intensity.
Optic 152° beam – Secondary optic or lens producing a 152-degree beam angle at half-peak intensity.
Optic 153° beam – Secondary optic or lens producing a 153-degree beam angle at half-peak intensity.
Optic 154° beam – Secondary optic or lens producing a 154-degree beam angle at half-peak intensity.
Optic 155° beam – Secondary optic or lens producing a 155-degree beam angle at half-peak intensity.
Optic 156° beam – Secondary optic or lens producing a 156-degree beam angle at half-peak intensity.
Optic 157° beam – Secondary optic or lens producing a 157-degree beam angle at half-peak intensity.
Optic 158° beam – Secondary optic or lens producing a 158-degree beam angle at half-peak intensity.
Optic 159° beam – Secondary optic or lens producing a 159-degree beam angle at half-peak intensity.
Optic 15° beam – Secondary optic or lens producing a 15-degree beam angle at half-peak intensity.
Optic 160° beam – Secondary optic or lens producing a 160-degree beam angle at half-peak intensity.
Optic 161° beam – Secondary optic or lens producing a 161-degree beam angle at half-peak intensity.
Optic 162° beam – Secondary optic or lens producing a 162-degree beam angle at half-peak intensity.
Optic 163° beam – Secondary optic or lens producing a 163-degree beam angle at half-peak intensity.
Optic 164° beam – Secondary optic or lens producing a 164-degree beam angle at half-peak intensity.
Optic 165° beam – Secondary optic or lens producing a 165-degree beam angle at half-peak intensity.
Optic 166° beam – Secondary optic or lens producing a 166-degree beam angle at half-peak intensity.
Optic 167° beam – Secondary optic or lens producing a 167-degree beam angle at half-peak intensity.
Optic 168° beam – Secondary optic or lens producing a 168-degree beam angle at half-peak intensity.
Optic 169° beam – Secondary optic or lens producing a 169-degree beam angle at half-peak intensity.
Optic 16° beam – Secondary optic or lens producing a 16-degree beam angle at half-peak intensity.
Optic 170° beam – Secondary optic or lens producing a 170-degree beam angle at half-peak intensity.
Optic 171° beam – Secondary optic or lens producing a 171-degree beam angle at half-peak intensity.
Optic 172° beam – Secondary optic or lens producing a 172-degree beam angle at half-peak intensity.
Optic 173° beam – Secondary optic or lens producing a 173-degree beam angle at half-peak intensity.
Optic 174° beam – Secondary optic or lens producing a 174-degree beam angle at half-peak intensity.
Optic 175° beam – Secondary optic or lens producing a 175-degree beam angle at half-peak intensity.
Optic 176° beam – Secondary optic or lens producing a 176-degree beam angle at half-peak intensity.
Optic 177° beam – Secondary optic or lens producing a 177-degree beam angle at half-peak intensity.
Optic 178° beam – Secondary optic or lens producing a 178-degree beam angle at half-peak intensity.
Optic 179° beam – Secondary optic or lens producing a 179-degree beam angle at half-peak intensity.
Optic 17° beam – Secondary optic or lens producing a 17-degree beam angle at half-peak intensity.
Optic 180° beam – Secondary optic or lens producing a 180-degree beam angle at half-peak intensity.
Optic 18° beam – Secondary optic or lens producing a 18-degree beam angle at half-peak intensity.
Optic 19° beam – Secondary optic or lens producing a 19-degree beam angle at half-peak intensity.
Optic 1° beam – Secondary optic or lens producing a 1-degree beam angle at half-peak intensity.
Optic 20° beam – Secondary optic or lens producing a 20-degree beam angle at half-peak intensity.
Optic 21° beam – Secondary optic or lens producing a 21-degree beam angle at half-peak intensity.
Optic 22° beam – Secondary optic or lens producing a 22-degree beam angle at half-peak intensity.
Optic 23° beam – Secondary optic or lens producing a 23-degree beam angle at half-peak intensity.
Optic 24° beam – Secondary optic or lens producing a 24-degree beam angle at half-peak intensity.
Optic 25° beam – Secondary optic or lens producing a 25-degree beam angle at half-peak intensity.
Optic 26° beam – Secondary optic or lens producing a 26-degree beam angle at half-peak intensity.
Optic 27° beam – Secondary optic or lens producing a 27-degree beam angle at half-peak intensity.
Optic 28° beam – Secondary optic or lens producing a 28-degree beam angle at half-peak intensity.
Optic 29° beam – Secondary optic or lens producing a 29-degree beam angle at half-peak intensity.
Optic 2° beam – Secondary optic or lens producing a 2-degree beam angle at half-peak intensity.
Optic 30° beam – Secondary optic or lens producing a 30-degree beam angle at half-peak intensity.
Optic 31° beam – Secondary optic or lens producing a 31-degree beam angle at half-peak intensity.
Optic 32° beam – Secondary optic or lens producing a 32-degree beam angle at half-peak intensity.
Optic 33° beam – Secondary optic or lens producing a 33-degree beam angle at half-peak intensity.
Optic 34° beam – Secondary optic or lens producing a 34-degree beam angle at half-peak intensity.
Optic 35° beam – Secondary optic or lens producing a 35-degree beam angle at half-peak intensity.
Optic 36° beam – Secondary optic or lens producing a 36-degree beam angle at half-peak intensity.
Optic 37° beam – Secondary optic or lens producing a 37-degree beam angle at half-peak intensity.
Optic 38° beam – Secondary optic or lens producing a 38-degree beam angle at half-peak intensity.
Optic 39° beam – Secondary optic or lens producing a 39-degree beam angle at half-peak intensity.
Optic 3° beam – Secondary optic or lens producing a 3-degree beam angle at half-peak intensity.
Optic 40° beam – Secondary optic or lens producing a 40-degree beam angle at half-peak intensity.
Optic 41° beam – Secondary optic or lens producing a 41-degree beam angle at half-peak intensity.
Optic 42° beam – Secondary optic or lens producing a 42-degree beam angle at half-peak intensity.
Optic 43° beam – Secondary optic or lens producing a 43-degree beam angle at half-peak intensity.
Optic 44° beam – Secondary optic or lens producing a 44-degree beam angle at half-peak intensity.
Optic 45° beam – Secondary optic or lens producing a 45-degree beam angle at half-peak intensity.
Optic 46° beam – Secondary optic or lens producing a 46-degree beam angle at half-peak intensity.
Optic 47° beam – Secondary optic or lens producing a 47-degree beam angle at half-peak intensity.
Optic 48° beam – Secondary optic or lens producing a 48-degree beam angle at half-peak intensity.
Optic 49° beam – Secondary optic or lens producing a 49-degree beam angle at half-peak intensity.
Optic 4° beam – Secondary optic or lens producing a 4-degree beam angle at half-peak intensity.
Optic 50° beam – Secondary optic or lens producing a 50-degree beam angle at half-peak intensity.
Optic 51° beam – Secondary optic or lens producing a 51-degree beam angle at half-peak intensity.
Optic 52° beam – Secondary optic or lens producing a 52-degree beam angle at half-peak intensity.
Optic 53° beam – Secondary optic or lens producing a 53-degree beam angle at half-peak intensity.
Optic 54° beam – Secondary optic or lens producing a 54-degree beam angle at half-peak intensity.
Optic 55° beam – Secondary optic or lens producing a 55-degree beam angle at half-peak intensity.
Optic 56° beam – Secondary optic or lens producing a 56-degree beam angle at half-peak intensity.
Optic 57° beam – Secondary optic or lens producing a 57-degree beam angle at half-peak intensity.
Optic 58° beam – Secondary optic or lens producing a 58-degree beam angle at half-peak intensity.
Optic 59° beam – Secondary optic or lens producing a 59-degree beam angle at half-peak intensity.
Optic 5° beam – Secondary optic or lens producing a 5-degree beam angle at half-peak intensity.
Optic 60° beam – Secondary optic or lens producing a 60-degree beam angle at half-peak intensity.
Optic 61° beam – Secondary optic or lens producing a 61-degree beam angle at half-peak intensity.
Optic 62° beam – Secondary optic or lens producing a 62-degree beam angle at half-peak intensity.
Optic 63° beam – Secondary optic or lens producing a 63-degree beam angle at half-peak intensity.
Optic 64° beam – Secondary optic or lens producing a 64-degree beam angle at half-peak intensity.
Optic 65° beam – Secondary optic or lens producing a 65-degree beam angle at half-peak intensity.
Optic 66° beam – Secondary optic or lens producing a 66-degree beam angle at half-peak intensity.
Optic 67° beam – Secondary optic or lens producing a 67-degree beam angle at half-peak intensity.
Optic 68° beam – Secondary optic or lens producing a 68-degree beam angle at half-peak intensity.
Optic 69° beam – Secondary optic or lens producing a 69-degree beam angle at half-peak intensity.
Optic 6° beam – Secondary optic or lens producing a 6-degree beam angle at half-peak intensity.
Optic 70° beam – Secondary optic or lens producing a 70-degree beam angle at half-peak intensity.
Optic 71° beam – Secondary optic or lens producing a 71-degree beam angle at half-peak intensity.
Optic 72° beam – Secondary optic or lens producing a 72-degree beam angle at half-peak intensity.
Optic 73° beam – Secondary optic or lens producing a 73-degree beam angle at half-peak intensity.
Optic 74° beam – Secondary optic or lens producing a 74-degree beam angle at half-peak intensity.
Optic 75° beam – Secondary optic or lens producing a 75-degree beam angle at half-peak intensity.
Optic 76° beam – Secondary optic or lens producing a 76-degree beam angle at half-peak intensity.
Optic 77° beam – Secondary optic or lens producing a 77-degree beam angle at half-peak intensity.
Optic 78° beam – Secondary optic or lens producing a 78-degree beam angle at half-peak intensity.
Optic 79° beam – Secondary optic or lens producing a 79-degree beam angle at half-peak intensity.
Optic 7° beam – Secondary optic or lens producing a 7-degree beam angle at half-peak intensity.
Optic 80° beam – Secondary optic or lens producing a 80-degree beam angle at half-peak intensity.
Optic 81° beam – Secondary optic or lens producing a 81-degree beam angle at half-peak intensity.
Optic 82° beam – Secondary optic or lens producing a 82-degree beam angle at half-peak intensity.
Optic 83° beam – Secondary optic or lens producing a 83-degree beam angle at half-peak intensity.
Optic 84° beam – Secondary optic or lens producing a 84-degree beam angle at half-peak intensity.
Optic 85° beam – Secondary optic or lens producing a 85-degree beam angle at half-peak intensity.
Optic 86° beam – Secondary optic or lens producing a 86-degree beam angle at half-peak intensity.
Optic 87° beam – Secondary optic or lens producing a 87-degree beam angle at half-peak intensity.
Optic 88° beam – Secondary optic or lens producing a 88-degree beam angle at half-peak intensity.
Optic 89° beam – Secondary optic or lens producing a 89-degree beam angle at half-peak intensity.
Optic 8° beam – Secondary optic or lens producing a 8-degree beam angle at half-peak intensity.
Optic 90° beam – Secondary optic or lens producing a 90-degree beam angle at half-peak intensity.
Optic 91° beam – Secondary optic or lens producing a 91-degree beam angle at half-peak intensity.
Optic 92° beam – Secondary optic or lens producing a 92-degree beam angle at half-peak intensity.
Optic 93° beam – Secondary optic or lens producing a 93-degree beam angle at half-peak intensity.
Optic 94° beam – Secondary optic or lens producing a 94-degree beam angle at half-peak intensity.
Optic 95° beam – Secondary optic or lens producing a 95-degree beam angle at half-peak intensity.
Optic 96° beam – Secondary optic or lens producing a 96-degree beam angle at half-peak intensity.
Optic 97° beam – Secondary optic or lens producing a 97-degree beam angle at half-peak intensity.
Optic 98° beam – Secondary optic or lens producing a 98-degree beam angle at half-peak intensity.
Optic 99° beam – Secondary optic or lens producing a 99-degree beam angle at half-peak intensity.
Optic 9° beam – Secondary optic or lens producing a 9-degree beam angle at half-peak intensity.
Optical bench – Precision rail system for measuring LED beam characteristics in a laboratory.
Optical bonding – Laminating a lens to a cover with index-matched adhesive to eliminate air-gap reflections.
Optical centre – Point on a lens or reflector through which the principal ray passes.
Optical cross-talk – Unwanted light leaking between adjacent luminaire compartments.
Optical efficiency – Ratio of useful light exiting the luminaire to total light generated by the LEDs.
Optical fibre – Glass or polymer fibre for transporting light to remote locations.
Optical fibre bundle – Group of fibres transmitting LED light to multiple remote points.
Optical fibre end-glow – Fibre-optic strand emitting light from its tip, used for starry-ceiling effects.
Optical fibre side-glow – Fibre-optic strand emitting light along its length for linear accents.
Optical isolator – Component preventing unwanted light feedback between LED modules.
Optical path – Route taken by light from source to illuminated surface.
Optical path length – Product of physical distance and refractive index a photon traverses.
Optical sensor – Generic term for any light-detecting device (photodiode, phototransistor, LDR).
Optical waveguide – Transparent panel or rod guiding light by total internal reflection.
Optimisation (energy) – Adjusting lighting levels and schedules to minimise electricity consumption.
Orange-peel texture – Surface finish on a reflector providing a semi-diffuse, glare-reducing reflection.
Orientation (landscape) – Luminaire mounted with its long axis horizontal.
Orientation (portrait) – Luminaire mounted with its long axis vertical.
Orphan node – Wireless mesh device that has lost connection to the network.
Oscilloscope – Electronic instrument for viewing PWM and dimming waveforms in LED circuits.
OTA firmware update – Over-the-air software upgrade for wireless LED controllers and drivers.
Out-of-box experience – First-time setup simplicity of a smart-lighting product by a consumer.
Outdoor-rated cable – Cable with UV-stabilised jacket suitable for permanent exterior installation.
Output (luminous) – Total flux emitted by an LED system, in lumens.
Output 100 lm/m – LED strip emitting 100 lumens per linear metre.
Output 1000 lm/m – LED strip emitting 1000 lumens per linear metre.
Output 1050 lm/m – LED strip emitting 1050 lumens per linear metre.
Output 1100 lm/m – LED strip emitting 1100 lumens per linear metre.
Output 1150 lm/m – LED strip emitting 1150 lumens per linear metre.
Output 1200 lm/m – LED strip emitting 1200 lumens per linear metre.
Output 1250 lm/m – LED strip emitting 1250 lumens per linear metre.
Output 1300 lm/m – LED strip emitting 1300 lumens per linear metre.
Output 1350 lm/m – LED strip emitting 1350 lumens per linear metre.
Output 1400 lm/m – LED strip emitting 1400 lumens per linear metre.
Output 1450 lm/m – LED strip emitting 1450 lumens per linear metre.
Output 150 lm/m – LED strip emitting 150 lumens per linear metre.
Output 1500 lm/m – LED strip emitting 1500 lumens per linear metre.
Output 1550 lm/m – LED strip emitting 1550 lumens per linear metre.
Output 1600 lm/m – LED strip emitting 1600 lumens per linear metre.
Output 1650 lm/m – LED strip emitting 1650 lumens per linear metre.
Output 1700 lm/m – LED strip emitting 1700 lumens per linear metre.
Output 1750 lm/m – LED strip emitting 1750 lumens per linear metre.
Output 1800 lm/m – LED strip emitting 1800 lumens per linear metre.
Output 1850 lm/m – LED strip emitting 1850 lumens per linear metre.
Output 1900 lm/m – LED strip emitting 1900 lumens per linear metre.
Output 1950 lm/m – LED strip emitting 1950 lumens per linear metre.
Output 200 lm/m – LED strip emitting 200 lumens per linear metre.
Output 2000 lm/m – LED strip emitting 2000 lumens per linear metre.
Output 2050 lm/m – LED strip emitting 2050 lumens per linear metre.
Output 2100 lm/m – LED strip emitting 2100 lumens per linear metre.
Output 2150 lm/m – LED strip emitting 2150 lumens per linear metre.
Output 2200 lm/m – LED strip emitting 2200 lumens per linear metre.
Output 2250 lm/m – LED strip emitting 2250 lumens per linear metre.
Output 2300 lm/m – LED strip emitting 2300 lumens per linear metre.
Output 2350 lm/m – LED strip emitting 2350 lumens per linear metre.
Output 2400 lm/m – LED strip emitting 2400 lumens per linear metre.
Output 2450 lm/m – LED strip emitting 2450 lumens per linear metre.
Output 250 lm/m – LED strip emitting 250 lumens per linear metre.
Output 2500 lm/m – LED strip emitting 2500 lumens per linear metre.
Output 2550 lm/m – LED strip emitting 2550 lumens per linear metre.
Output 2600 lm/m – LED strip emitting 2600 lumens per linear metre.
Output 2650 lm/m – LED strip emitting 2650 lumens per linear metre.
Output 2700 lm/m – LED strip emitting 2700 lumens per linear metre.
Output 2750 lm/m – LED strip emitting 2750 lumens per linear metre.
Output 2800 lm/m – LED strip emitting 2800 lumens per linear metre.
Output 2850 lm/m – LED strip emitting 2850 lumens per linear metre.
Output 2900 lm/m – LED strip emitting 2900 lumens per linear metre.
Output 2950 lm/m – LED strip emitting 2950 lumens per linear metre.
Output 300 lm/m – LED strip emitting 300 lumens per linear metre.
Output 3000 lm/m – LED strip emitting 3000 lumens per linear metre.
Output 3050 lm/m – LED strip emitting 3050 lumens per linear metre.
Output 3100 lm/m – LED strip emitting 3100 lumens per linear metre.
Output 3150 lm/m – LED strip emitting 3150 lumens per linear metre.
Output 3200 lm/m – LED strip emitting 3200 lumens per linear metre.
Output 3250 lm/m – LED strip emitting 3250 lumens per linear metre.
Output 3300 lm/m – LED strip emitting 3300 lumens per linear metre.
Output 3350 lm/m – LED strip emitting 3350 lumens per linear metre.
Output 3400 lm/m – LED strip emitting 3400 lumens per linear metre.
Output 3450 lm/m – LED strip emitting 3450 lumens per linear metre.
Output 350 lm/m – LED strip emitting 350 lumens per linear metre.
Output 3500 lm/m – LED strip emitting 3500 lumens per linear metre.
Output 3550 lm/m – LED strip emitting 3550 lumens per linear metre.
Output 3600 lm/m – LED strip emitting 3600 lumens per linear metre.
Output 3650 lm/m – LED strip emitting 3650 lumens per linear metre.
Output 3700 lm/m – LED strip emitting 3700 lumens per linear metre.
Output 3750 lm/m – LED strip emitting 3750 lumens per linear metre.
Output 3800 lm/m – LED strip emitting 3800 lumens per linear metre.
Output 3850 lm/m – LED strip emitting 3850 lumens per linear metre.
Output 3900 lm/m – LED strip emitting 3900 lumens per linear metre.
Output 3950 lm/m – LED strip emitting 3950 lumens per linear metre.
Output 400 lm/m – LED strip emitting 400 lumens per linear metre.
Output 4000 lm/m – LED strip emitting 4000 lumens per linear metre.
Output 4050 lm/m – LED strip emitting 4050 lumens per linear metre.
Output 4100 lm/m – LED strip emitting 4100 lumens per linear metre.
Output 4150 lm/m – LED strip emitting 4150 lumens per linear metre.
Output 4200 lm/m – LED strip emitting 4200 lumens per linear metre.
Output 4250 lm/m – LED strip emitting 4250 lumens per linear metre.
Output 4300 lm/m – LED strip emitting 4300 lumens per linear metre.
Output 4350 lm/m – LED strip emitting 4350 lumens per linear metre.
Output 4400 lm/m – LED strip emitting 4400 lumens per linear metre.
Output 4450 lm/m – LED strip emitting 4450 lumens per linear metre.
Output 450 lm/m – LED strip emitting 450 lumens per linear metre.
Output 4500 lm/m – LED strip emitting 4500 lumens per linear metre.
Output 4550 lm/m – LED strip emitting 4550 lumens per linear metre.
Output 4600 lm/m – LED strip emitting 4600 lumens per linear metre.
Output 4650 lm/m – LED strip emitting 4650 lumens per linear metre.
Output 4700 lm/m – LED strip emitting 4700 lumens per linear metre.
Output 4750 lm/m – LED strip emitting 4750 lumens per linear metre.
Output 4800 lm/m – LED strip emitting 4800 lumens per linear metre.
Output 4850 lm/m – LED strip emitting 4850 lumens per linear metre.
Output 4900 lm/m – LED strip emitting 4900 lumens per linear metre.
Output 4950 lm/m – LED strip emitting 4950 lumens per linear metre.
Output 50 lm/m – LED strip emitting 50 lumens per linear metre.
Output 500 lm/m – LED strip emitting 500 lumens per linear metre.
Output 5000 lm/m – LED strip emitting 5000 lumens per linear metre.
Output 550 lm/m – LED strip emitting 550 lumens per linear metre.
Output 600 lm/m – LED strip emitting 600 lumens per linear metre.
Output 650 lm/m – LED strip emitting 650 lumens per linear metre.
Output 700 lm/m – LED strip emitting 700 lumens per linear metre.
Output 750 lm/m – LED strip emitting 750 lumens per linear metre.
Output 800 lm/m – LED strip emitting 800 lumens per linear metre.
Output 850 lm/m – LED strip emitting 850 lumens per linear metre.
Output 900 lm/m – LED strip emitting 900 lumens per linear metre.
Output 950 lm/m – LED strip emitting 950 lumens per linear metre.
Output connector (driver) – Terminal or socket on the LED side of a power supply.
Output current (adjustable) – Driver feature allowing the LED drive current to be set by DIP switch, NFC or DALI.
Output ripple – Residual AC component on the driver DC output, expressed as peak-to-peak millivolts.
Outrigger arm – Arm extending a luminaire away from a pole or wall.
Over-specification – Specifying higher-performance products than necessary, increasing cost without benefit.
Over-temperature shutdown – Driver protection feature cutting output when internal temperature is critical.
Over-voltage lockout – Driver refusing to start when mains voltage exceeds the rated input range.
Overcurrent protection – Circuit protecting LEDs from currents exceeding rated values.
Overdriving – Operating an LED above rated current; increases flux but shortens life.
Overhead crane area lighting – LED illumination designed to avoid interference with overhead-crane travel.
Overheating protection – Thermal cut-out or derating preventing LED damage from excessive temperature.
Overvoltage protection – Device clamping voltage above the maximum allowed level.
Owner project requirements (OPR) – Document defining the client performance expectations for the lighting system.
Oxide layer 10 micron – Anodic oxide coating of 10 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 11 micron – Anodic oxide coating of 11 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 12 micron – Anodic oxide coating of 12 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 13 micron – Anodic oxide coating of 13 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 14 micron – Anodic oxide coating of 14 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 15 micron – Anodic oxide coating of 15 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 16 micron – Anodic oxide coating of 16 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 17 micron – Anodic oxide coating of 17 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 18 micron – Anodic oxide coating of 18 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 19 micron – Anodic oxide coating of 19 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 20 micron – Anodic oxide coating of 20 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 21 micron – Anodic oxide coating of 21 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 22 micron – Anodic oxide coating of 22 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 23 micron – Anodic oxide coating of 23 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 24 micron – Anodic oxide coating of 24 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 25 micron – Anodic oxide coating of 25 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 26 micron – Anodic oxide coating of 26 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 27 micron – Anodic oxide coating of 27 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 28 micron – Anodic oxide coating of 28 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 29 micron – Anodic oxide coating of 29 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 30 micron – Anodic oxide coating of 30 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 31 micron – Anodic oxide coating of 31 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 32 micron – Anodic oxide coating of 32 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 33 micron – Anodic oxide coating of 33 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 34 micron – Anodic oxide coating of 34 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 35 micron – Anodic oxide coating of 35 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 36 micron – Anodic oxide coating of 36 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 37 micron – Anodic oxide coating of 37 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 38 micron – Anodic oxide coating of 38 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 39 micron – Anodic oxide coating of 39 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 40 micron – Anodic oxide coating of 40 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 41 micron – Anodic oxide coating of 41 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 42 micron – Anodic oxide coating of 42 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 43 micron – Anodic oxide coating of 43 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 44 micron – Anodic oxide coating of 44 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 45 micron – Anodic oxide coating of 45 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 46 micron – Anodic oxide coating of 46 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 47 micron – Anodic oxide coating of 47 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 48 micron – Anodic oxide coating of 48 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 49 micron – Anodic oxide coating of 49 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 5 micron – Anodic oxide coating of 5 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 50 micron – Anodic oxide coating of 50 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 6 micron – Anodic oxide coating of 6 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 7 micron – Anodic oxide coating of 7 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 8 micron – Anodic oxide coating of 8 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
Oxide layer 9 micron – Anodic oxide coating of 9 um on aluminium LED profiles. Standard Type II is 5-25 um decorative; hard Type III exceeds 25 um for wear resistance in high-traffic architectural installations.
P
Pad (solder) – Conductive area on a strip for soldering wires.
Panel (LED) – Flat luminaire with edge-lit or direct-lit LEDs for uniform illumination.
PAR (Parabolic Aluminised Reflector) – Lamp format now available in LED versions (PAR20, PAR30, PAR38).
Passive cooling – Heat dissipation by natural convection and radiation only.
Passive infrared (PIR) – Sensor type detecting body heat for occupancy detection.
Payload (data) – Useful data content within a protocol frame, e.g. DMX channel values.
PCB (aluminium / MCPCB) – Metal-core PCB for improved thermal dissipation.
PCB (ceramic) – Ceramic-substrate PCB for very high thermal performance.
PCB (double-sided) – PCB with copper traces on both sides for complex LED circuits.
PCB (flexible / FPCB) – Flexible polyimide substrate enabling strip bending.
PCB (multi-layer) – PCB with more than two copper layers for complex routing.
PCB (Printed Circuit Board) – Board carrying LEDs and electronic components.
PCB (rigid) – Non-flexible FR4 or aluminium PCB for rigid light bars.
Peak wavelength – Wavelength at the maximum of the LED emission spectrum.
Peak wavelength 366 nm – LED with peak spectral emission at 366 nanometres.
Peak wavelength 367 nm – LED with peak spectral emission at 367 nanometres.
Peak wavelength 368 nm – LED with peak spectral emission at 368 nanometres.
Peak wavelength 369 nm – LED with peak spectral emission at 369 nanometres.
Peak wavelength 371 nm – LED with peak spectral emission at 371 nanometres.
Peak wavelength 372 nm – LED with peak spectral emission at 372 nanometres.
Peak wavelength 373 nm – LED with peak spectral emission at 373 nanometres.
Peak wavelength 374 nm – LED with peak spectral emission at 374 nanometres.
Peak wavelength 376 nm – LED with peak spectral emission at 376 nanometres.
Peak wavelength 377 nm – LED with peak spectral emission at 377 nanometres.
Peak wavelength 378 nm – LED with peak spectral emission at 378 nanometres.
Peak wavelength 379 nm – LED with peak spectral emission at 379 nanometres.
Peak wavelength 381 nm – LED with peak spectral emission at 381 nanometres.
Peak wavelength 382 nm – LED with peak spectral emission at 382 nanometres.
Peak wavelength 383 nm – LED with peak spectral emission at 383 nanometres.
Peak wavelength 384 nm – LED with peak spectral emission at 384 nanometres.
Peak wavelength 386 nm – LED with peak spectral emission at 386 nanometres.
Peak wavelength 387 nm – LED with peak spectral emission at 387 nanometres.
Peak wavelength 388 nm – LED with peak spectral emission at 388 nanometres.
Peak wavelength 389 nm – LED with peak spectral emission at 389 nanometres.
Peak wavelength 391 nm – LED with peak spectral emission at 391 nanometres.
Peak wavelength 392 nm – LED with peak spectral emission at 392 nanometres.
Peak wavelength 393 nm – LED with peak spectral emission at 393 nanometres.
Peak wavelength 394 nm – LED with peak spectral emission at 394 nanometres.
Peak wavelength 396 nm – LED with peak spectral emission at 396 nanometres.
Peak wavelength 397 nm – LED with peak spectral emission at 397 nanometres.
Peak wavelength 398 nm – LED with peak spectral emission at 398 nanometres.
Peak wavelength 399 nm – LED with peak spectral emission at 399 nanometres.
Peak wavelength 401 nm – LED with peak spectral emission at 401 nanometres.
Peak wavelength 402 nm – LED with peak spectral emission at 402 nanometres.
Peak wavelength 403 nm – LED with peak spectral emission at 403 nanometres.
Peak wavelength 404 nm – LED with peak spectral emission at 404 nanometres.
Peak wavelength 406 nm – LED with peak spectral emission at 406 nanometres.
Peak wavelength 407 nm – LED with peak spectral emission at 407 nanometres.
Peak wavelength 408 nm – LED with peak spectral emission at 408 nanometres.
Peak wavelength 409 nm – LED with peak spectral emission at 409 nanometres.
Peak wavelength 411 nm – LED with peak spectral emission at 411 nanometres.
Peak wavelength 412 nm – LED with peak spectral emission at 412 nanometres.
Peak wavelength 413 nm – LED with peak spectral emission at 413 nanometres.
Peak wavelength 414 nm – LED with peak spectral emission at 414 nanometres.
Peak wavelength 416 nm – LED with peak spectral emission at 416 nanometres.
Peak wavelength 417 nm – LED with peak spectral emission at 417 nanometres.
Peak wavelength 418 nm – LED with peak spectral emission at 418 nanometres.
Peak wavelength 419 nm – LED with peak spectral emission at 419 nanometres.
Peak wavelength 421 nm – LED with peak spectral emission at 421 nanometres.
Peak wavelength 422 nm – LED with peak spectral emission at 422 nanometres.
Peak wavelength 423 nm – LED with peak spectral emission at 423 nanometres.
Peak wavelength 424 nm – LED with peak spectral emission at 424 nanometres.
Peak wavelength 426 nm – LED with peak spectral emission at 426 nanometres.
Peak wavelength 427 nm – LED with peak spectral emission at 427 nanometres.
Peak wavelength 428 nm – LED with peak spectral emission at 428 nanometres.
Peak wavelength 429 nm – LED with peak spectral emission at 429 nanometres.
Peak wavelength 431 nm – LED with peak spectral emission at 431 nanometres.
Peak wavelength 432 nm – LED with peak spectral emission at 432 nanometres.
Peak wavelength 433 nm – LED with peak spectral emission at 433 nanometres.
Peak wavelength 434 nm – LED with peak spectral emission at 434 nanometres.
Peak wavelength 436 nm – LED with peak spectral emission at 436 nanometres.
Peak wavelength 437 nm – LED with peak spectral emission at 437 nanometres.
Peak wavelength 438 nm – LED with peak spectral emission at 438 nanometres.
Peak wavelength 439 nm – LED with peak spectral emission at 439 nanometres.
Peak wavelength 441 nm – LED with peak spectral emission at 441 nanometres.
Peak wavelength 442 nm – LED with peak spectral emission at 442 nanometres.
Peak wavelength 443 nm – LED with peak spectral emission at 443 nanometres.
Peak wavelength 444 nm – LED with peak spectral emission at 444 nanometres.
Peak wavelength 446 nm – LED with peak spectral emission at 446 nanometres.
Peak wavelength 447 nm – LED with peak spectral emission at 447 nanometres.
Peak wavelength 448 nm – LED with peak spectral emission at 448 nanometres.
Peak wavelength 449 nm – LED with peak spectral emission at 449 nanometres.
Peak wavelength 451 nm – LED with peak spectral emission at 451 nanometres.
Peak wavelength 452 nm – LED with peak spectral emission at 452 nanometres.
Peak wavelength 453 nm – LED with peak spectral emission at 453 nanometres.
Peak wavelength 454 nm – LED with peak spectral emission at 454 nanometres.
Peak wavelength 456 nm – LED with peak spectral emission at 456 nanometres.
Peak wavelength 457 nm – LED with peak spectral emission at 457 nanometres.
Peak wavelength 458 nm – LED with peak spectral emission at 458 nanometres.
Peak wavelength 459 nm – LED with peak spectral emission at 459 nanometres.
Peak wavelength 461 nm – LED with peak spectral emission at 461 nanometres.
Peak wavelength 462 nm – LED with peak spectral emission at 462 nanometres.
Peak wavelength 463 nm – LED with peak spectral emission at 463 nanometres.
Peak wavelength 464 nm – LED with peak spectral emission at 464 nanometres.
Peak wavelength 466 nm – LED with peak spectral emission at 466 nanometres.
Peak wavelength 467 nm – LED with peak spectral emission at 467 nanometres.
Peak wavelength 468 nm – LED with peak spectral emission at 468 nanometres.
Peak wavelength 469 nm – LED with peak spectral emission at 469 nanometres.
Peak wavelength 471 nm – LED with peak spectral emission at 471 nanometres.
Peak wavelength 472 nm – LED with peak spectral emission at 472 nanometres.
Peak wavelength 473 nm – LED with peak spectral emission at 473 nanometres.
Peak wavelength 474 nm – LED with peak spectral emission at 474 nanometres.
Peak wavelength 476 nm – LED with peak spectral emission at 476 nanometres.
Peak wavelength 477 nm – LED with peak spectral emission at 477 nanometres.
Peak wavelength 478 nm – LED with peak spectral emission at 478 nanometres.
Peak wavelength 479 nm – LED with peak spectral emission at 479 nanometres.
Peak wavelength 481 nm – LED with peak spectral emission at 481 nanometres.
Peak wavelength 482 nm – LED with peak spectral emission at 482 nanometres.
Peak wavelength 483 nm – LED with peak spectral emission at 483 nanometres.
Peak wavelength 484 nm – LED with peak spectral emission at 484 nanometres.
Peak wavelength 486 nm – LED with peak spectral emission at 486 nanometres.
Peak wavelength 487 nm – LED with peak spectral emission at 487 nanometres.
Peak wavelength 488 nm – LED with peak spectral emission at 488 nanometres.
Peak wavelength 489 nm – LED with peak spectral emission at 489 nanometres.
Peak wavelength 491 nm – LED with peak spectral emission at 491 nanometres.
Peak wavelength 492 nm – LED with peak spectral emission at 492 nanometres.
Peak wavelength 493 nm – LED with peak spectral emission at 493 nanometres.
Peak wavelength 494 nm – LED with peak spectral emission at 494 nanometres.
Peak wavelength 496 nm – LED with peak spectral emission at 496 nanometres.
Peak wavelength 497 nm – LED with peak spectral emission at 497 nanometres.
Peak wavelength 498 nm – LED with peak spectral emission at 498 nanometres.
Peak wavelength 499 nm – LED with peak spectral emission at 499 nanometres.
Peak wavelength 501 nm – LED with peak spectral emission at 501 nanometres.
Peak wavelength 502 nm – LED with peak spectral emission at 502 nanometres.
Peak wavelength 503 nm – LED with peak spectral emission at 503 nanometres.
Peak wavelength 504 nm – LED with peak spectral emission at 504 nanometres.
Peak wavelength 506 nm – LED with peak spectral emission at 506 nanometres.
Peak wavelength 507 nm – LED with peak spectral emission at 507 nanometres.
Peak wavelength 508 nm – LED with peak spectral emission at 508 nanometres.
Peak wavelength 509 nm – LED with peak spectral emission at 509 nanometres.
Peak wavelength 511 nm – LED with peak spectral emission at 511 nanometres.
Peak wavelength 512 nm – LED with peak spectral emission at 512 nanometres.
Peak wavelength 513 nm – LED with peak spectral emission at 513 nanometres.
Peak wavelength 514 nm – LED with peak spectral emission at 514 nanometres.
Peak wavelength 516 nm – LED with peak spectral emission at 516 nanometres.
Peak wavelength 517 nm – LED with peak spectral emission at 517 nanometres.
Peak wavelength 518 nm – LED with peak spectral emission at 518 nanometres.
Peak wavelength 519 nm – LED with peak spectral emission at 519 nanometres.
Peak wavelength 521 nm – LED with peak spectral emission at 521 nanometres.
Peak wavelength 522 nm – LED with peak spectral emission at 522 nanometres.
Peak wavelength 523 nm – LED with peak spectral emission at 523 nanometres.
Peak wavelength 524 nm – LED with peak spectral emission at 524 nanometres.
Peak wavelength 526 nm – LED with peak spectral emission at 526 nanometres.
Peak wavelength 527 nm – LED with peak spectral emission at 527 nanometres.
Peak wavelength 528 nm – LED with peak spectral emission at 528 nanometres.
Peak wavelength 529 nm – LED with peak spectral emission at 529 nanometres.
Peak wavelength 531 nm – LED with peak spectral emission at 531 nanometres.
Peak wavelength 532 nm – LED with peak spectral emission at 532 nanometres.
Peak wavelength 533 nm – LED with peak spectral emission at 533 nanometres.
Peak wavelength 534 nm – LED with peak spectral emission at 534 nanometres.
Peak wavelength 536 nm – LED with peak spectral emission at 536 nanometres.
Peak wavelength 537 nm – LED with peak spectral emission at 537 nanometres.
Peak wavelength 538 nm – LED with peak spectral emission at 538 nanometres.
Peak wavelength 539 nm – LED with peak spectral emission at 539 nanometres.
Peak wavelength 541 nm – LED with peak spectral emission at 541 nanometres.
Peak wavelength 542 nm – LED with peak spectral emission at 542 nanometres.
Peak wavelength 543 nm – LED with peak spectral emission at 543 nanometres.
Peak wavelength 544 nm – LED with peak spectral emission at 544 nanometres.
Peak wavelength 546 nm – LED with peak spectral emission at 546 nanometres.
Peak wavelength 547 nm – LED with peak spectral emission at 547 nanometres.
Peak wavelength 548 nm – LED with peak spectral emission at 548 nanometres.
Peak wavelength 549 nm – LED with peak spectral emission at 549 nanometres.
Peak wavelength 551 nm – LED with peak spectral emission at 551 nanometres.
Peak wavelength 552 nm – LED with peak spectral emission at 552 nanometres.
Peak wavelength 553 nm – LED with peak spectral emission at 553 nanometres.
Peak wavelength 554 nm – LED with peak spectral emission at 554 nanometres.
Peak wavelength 556 nm – LED with peak spectral emission at 556 nanometres.
Peak wavelength 557 nm – LED with peak spectral emission at 557 nanometres.
Peak wavelength 558 nm – LED with peak spectral emission at 558 nanometres.
Peak wavelength 559 nm – LED with peak spectral emission at 559 nanometres.
Peak wavelength 561 nm – LED with peak spectral emission at 561 nanometres.
Peak wavelength 562 nm – LED with peak spectral emission at 562 nanometres.
Peak wavelength 563 nm – LED with peak spectral emission at 563 nanometres.
Peak wavelength 564 nm – LED with peak spectral emission at 564 nanometres.
Peak wavelength 566 nm – LED with peak spectral emission at 566 nanometres.
Peak wavelength 567 nm – LED with peak spectral emission at 567 nanometres.
Peak wavelength 568 nm – LED with peak spectral emission at 568 nanometres.
Peak wavelength 569 nm – LED with peak spectral emission at 569 nanometres.
Peak wavelength 571 nm – LED with peak spectral emission at 571 nanometres.
Peak wavelength 572 nm – LED with peak spectral emission at 572 nanometres.
Peak wavelength 573 nm – LED with peak spectral emission at 573 nanometres.
Peak wavelength 574 nm – LED with peak spectral emission at 574 nanometres.
Peak wavelength 576 nm – LED with peak spectral emission at 576 nanometres.
Peak wavelength 577 nm – LED with peak spectral emission at 577 nanometres.
Peak wavelength 578 nm – LED with peak spectral emission at 578 nanometres.
Peak wavelength 579 nm – LED with peak spectral emission at 579 nanometres.
Peak wavelength 581 nm – LED with peak spectral emission at 581 nanometres.
Peak wavelength 582 nm – LED with peak spectral emission at 582 nanometres.
Peak wavelength 583 nm – LED with peak spectral emission at 583 nanometres.
Peak wavelength 584 nm – LED with peak spectral emission at 584 nanometres.
Peak wavelength 586 nm – LED with peak spectral emission at 586 nanometres.
Peak wavelength 587 nm – LED with peak spectral emission at 587 nanometres.
Peak wavelength 588 nm – LED with peak spectral emission at 588 nanometres.
Peak wavelength 589 nm – LED with peak spectral emission at 589 nanometres.
Peak wavelength 591 nm – LED with peak spectral emission at 591 nanometres.
Peak wavelength 592 nm – LED with peak spectral emission at 592 nanometres.
Peak wavelength 593 nm – LED with peak spectral emission at 593 nanometres.
Peak wavelength 594 nm – LED with peak spectral emission at 594 nanometres.
Peak wavelength 596 nm – LED with peak spectral emission at 596 nanometres.
Peak wavelength 597 nm – LED with peak spectral emission at 597 nanometres.
Peak wavelength 598 nm – LED with peak spectral emission at 598 nanometres.
Peak wavelength 599 nm – LED with peak spectral emission at 599 nanometres.
Peak wavelength 601 nm – LED with peak spectral emission at 601 nanometres.
Peak wavelength 602 nm – LED with peak spectral emission at 602 nanometres.
Peak wavelength 603 nm – LED with peak spectral emission at 603 nanometres.
Peak wavelength 604 nm – LED with peak spectral emission at 604 nanometres.
Peak wavelength 606 nm – LED with peak spectral emission at 606 nanometres.
Peak wavelength 607 nm – LED with peak spectral emission at 607 nanometres.
Peak wavelength 608 nm – LED with peak spectral emission at 608 nanometres.
Peak wavelength 609 nm – LED with peak spectral emission at 609 nanometres.
Peak wavelength 611 nm – LED with peak spectral emission at 611 nanometres.
Peak wavelength 612 nm – LED with peak spectral emission at 612 nanometres.
Peak wavelength 613 nm – LED with peak spectral emission at 613 nanometres.
Peak wavelength 614 nm – LED with peak spectral emission at 614 nanometres.
Peak wavelength 616 nm – LED with peak spectral emission at 616 nanometres.
Peak wavelength 617 nm – LED with peak spectral emission at 617 nanometres.
Peak wavelength 618 nm – LED with peak spectral emission at 618 nanometres.
Peak wavelength 619 nm – LED with peak spectral emission at 619 nanometres.
Peak wavelength 621 nm – LED with peak spectral emission at 621 nanometres.
Peak wavelength 622 nm – LED with peak spectral emission at 622 nanometres.
Peak wavelength 623 nm – LED with peak spectral emission at 623 nanometres.
Peak wavelength 624 nm – LED with peak spectral emission at 624 nanometres.
Peak wavelength 626 nm – LED with peak spectral emission at 626 nanometres.
Peak wavelength 627 nm – LED with peak spectral emission at 627 nanometres.
Peak wavelength 628 nm – LED with peak spectral emission at 628 nanometres.
Peak wavelength 629 nm – LED with peak spectral emission at 629 nanometres.
Peak wavelength 631 nm – LED with peak spectral emission at 631 nanometres.
Peak wavelength 632 nm – LED with peak spectral emission at 632 nanometres.
Peak wavelength 633 nm – LED with peak spectral emission at 633 nanometres.
Peak wavelength 634 nm – LED with peak spectral emission at 634 nanometres.
Peak wavelength 636 nm – LED with peak spectral emission at 636 nanometres.
Peak wavelength 637 nm – LED with peak spectral emission at 637 nanometres.
Peak wavelength 638 nm – LED with peak spectral emission at 638 nanometres.
Peak wavelength 639 nm – LED with peak spectral emission at 639 nanometres.
Peak wavelength 641 nm – LED with peak spectral emission at 641 nanometres.
Peak wavelength 642 nm – LED with peak spectral emission at 642 nanometres.
Peak wavelength 643 nm – LED with peak spectral emission at 643 nanometres.
Peak wavelength 644 nm – LED with peak spectral emission at 644 nanometres.
Peak wavelength 646 nm – LED with peak spectral emission at 646 nanometres.
Peak wavelength 647 nm – LED with peak spectral emission at 647 nanometres.
Peak wavelength 648 nm – LED with peak spectral emission at 648 nanometres.
Peak wavelength 649 nm – LED with peak spectral emission at 649 nanometres.
Peak wavelength 651 nm – LED with peak spectral emission at 651 nanometres.
Peak wavelength 652 nm – LED with peak spectral emission at 652 nanometres.
Peak wavelength 653 nm – LED with peak spectral emission at 653 nanometres.
Peak wavelength 654 nm – LED with peak spectral emission at 654 nanometres.
Peak wavelength 656 nm – LED with peak spectral emission at 656 nanometres.
Peak wavelength 657 nm – LED with peak spectral emission at 657 nanometres.
Peak wavelength 658 nm – LED with peak spectral emission at 658 nanometres.
Peak wavelength 659 nm – LED with peak spectral emission at 659 nanometres.
Peak wavelength 661 nm – LED with peak spectral emission at 661 nanometres.
Peak wavelength 662 nm – LED with peak spectral emission at 662 nanometres.
Peak wavelength 663 nm – LED with peak spectral emission at 663 nanometres.
Peak wavelength 664 nm – LED with peak spectral emission at 664 nanometres.
Peak wavelength 666 nm – LED with peak spectral emission at 666 nanometres.
Peak wavelength 667 nm – LED with peak spectral emission at 667 nanometres.
Peak wavelength 668 nm – LED with peak spectral emission at 668 nanometres.
Peak wavelength 669 nm – LED with peak spectral emission at 669 nanometres.
Peak wavelength 671 nm – LED with peak spectral emission at 671 nanometres.
Peak wavelength 672 nm – LED with peak spectral emission at 672 nanometres.
Peak wavelength 673 nm – LED with peak spectral emission at 673 nanometres.
Peak wavelength 674 nm – LED with peak spectral emission at 674 nanometres.
Peak wavelength 676 nm – LED with peak spectral emission at 676 nanometres.
Peak wavelength 677 nm – LED with peak spectral emission at 677 nanometres.
Peak wavelength 678 nm – LED with peak spectral emission at 678 nanometres.
Peak wavelength 679 nm – LED with peak spectral emission at 679 nanometres.
Peak wavelength 681 nm – LED with peak spectral emission at 681 nanometres.
Peak wavelength 682 nm – LED with peak spectral emission at 682 nanometres.
Peak wavelength 683 nm – LED with peak spectral emission at 683 nanometres.
Peak wavelength 684 nm – LED with peak spectral emission at 684 nanometres.
Peak wavelength 686 nm – LED with peak spectral emission at 686 nanometres.
Peak wavelength 687 nm – LED with peak spectral emission at 687 nanometres.
Peak wavelength 688 nm – LED with peak spectral emission at 688 nanometres.
Peak wavelength 689 nm – LED with peak spectral emission at 689 nanometres.
Peak wavelength 691 nm – LED with peak spectral emission at 691 nanometres.
Peak wavelength 692 nm – LED with peak spectral emission at 692 nanometres.
Peak wavelength 693 nm – LED with peak spectral emission at 693 nanometres.
Peak wavelength 694 nm – LED with peak spectral emission at 694 nanometres.
Peak wavelength 696 nm – LED with peak spectral emission at 696 nanometres.
Peak wavelength 697 nm – LED with peak spectral emission at 697 nanometres.
Peak wavelength 698 nm – LED with peak spectral emission at 698 nanometres.
Peak wavelength 699 nm – LED with peak spectral emission at 699 nanometres.
Peak wavelength 701 nm – LED with peak spectral emission at 701 nanometres.
Peak wavelength 702 nm – LED with peak spectral emission at 702 nanometres.
Peak wavelength 703 nm – LED with peak spectral emission at 703 nanometres.
Peak wavelength 704 nm – LED with peak spectral emission at 704 nanometres.
Peak wavelength 706 nm – LED with peak spectral emission at 706 nanometres.
Peak wavelength 707 nm – LED with peak spectral emission at 707 nanometres.
Peak wavelength 708 nm – LED with peak spectral emission at 708 nanometres.
Peak wavelength 709 nm – LED with peak spectral emission at 709 nanometres.
Peak wavelength 711 nm – LED with peak spectral emission at 711 nanometres.
Peak wavelength 712 nm – LED with peak spectral emission at 712 nanometres.
Peak wavelength 713 nm – LED with peak spectral emission at 713 nanometres.
Peak wavelength 714 nm – LED with peak spectral emission at 714 nanometres.
Peak wavelength 716 nm – LED with peak spectral emission at 716 nanometres.
Peak wavelength 717 nm – LED with peak spectral emission at 717 nanometres.
Peak wavelength 718 nm – LED with peak spectral emission at 718 nanometres.
Peak wavelength 719 nm – LED with peak spectral emission at 719 nanometres.
Peak wavelength 721 nm – LED with peak spectral emission at 721 nanometres.
Peak wavelength 722 nm – LED with peak spectral emission at 722 nanometres.
Peak wavelength 723 nm – LED with peak spectral emission at 723 nanometres.
Peak wavelength 724 nm – LED with peak spectral emission at 724 nanometres.
Peak wavelength 726 nm – LED with peak spectral emission at 726 nanometres.
Peak wavelength 727 nm – LED with peak spectral emission at 727 nanometres.
Peak wavelength 728 nm – LED with peak spectral emission at 728 nanometres.
Peak wavelength 729 nm – LED with peak spectral emission at 729 nanometres.
Peak wavelength 731 nm – LED with peak spectral emission at 731 nanometres.
Peak wavelength 732 nm – LED with peak spectral emission at 732 nanometres.
Peak wavelength 733 nm – LED with peak spectral emission at 733 nanometres.
Peak wavelength 734 nm – LED with peak spectral emission at 734 nanometres.
Peak wavelength 736 nm – LED with peak spectral emission at 736 nanometres.
Peak wavelength 737 nm – LED with peak spectral emission at 737 nanometres.
Peak wavelength 738 nm – LED with peak spectral emission at 738 nanometres.
Peak wavelength 739 nm – LED with peak spectral emission at 739 nanometres.
Peak wavelength 741 nm – LED with peak spectral emission at 741 nanometres.
Peak wavelength 742 nm – LED with peak spectral emission at 742 nanometres.
Peak wavelength 743 nm – LED with peak spectral emission at 743 nanometres.
Peak wavelength 744 nm – LED with peak spectral emission at 744 nanometres.
Peak wavelength 746 nm – LED with peak spectral emission at 746 nanometres.
Peak wavelength 747 nm – LED with peak spectral emission at 747 nanometres.
Peak wavelength 748 nm – LED with peak spectral emission at 748 nanometres.
Peak wavelength 749 nm – LED with peak spectral emission at 749 nanometres.
Peak wavelength 751 nm – LED with peak spectral emission at 751 nanometres.
Peak wavelength 752 nm – LED with peak spectral emission at 752 nanometres.
Peak wavelength 753 nm – LED with peak spectral emission at 753 nanometres.
Peak wavelength 754 nm – LED with peak spectral emission at 754 nanometres.
Peak wavelength 756 nm – LED with peak spectral emission at 756 nanometres.
Peak wavelength 757 nm – LED with peak spectral emission at 757 nanometres.
Peak wavelength 758 nm – LED with peak spectral emission at 758 nanometres.
Peak wavelength 759 nm – LED with peak spectral emission at 759 nanometres.
Peak wavelength 761 nm – LED with peak spectral emission at 761 nanometres.
Peak wavelength 762 nm – LED with peak spectral emission at 762 nanometres.
Peak wavelength 763 nm – LED with peak spectral emission at 763 nanometres.
Peak wavelength 764 nm – LED with peak spectral emission at 764 nanometres.
Peak wavelength 766 nm – LED with peak spectral emission at 766 nanometres.
Peak wavelength 767 nm – LED with peak spectral emission at 767 nanometres.
Peak wavelength 768 nm – LED with peak spectral emission at 768 nanometres.
Peak wavelength 769 nm – LED with peak spectral emission at 769 nanometres.
Peak wavelength 771 nm – LED with peak spectral emission at 771 nanometres.
Peak wavelength 772 nm – LED with peak spectral emission at 772 nanometres.
Peak wavelength 773 nm – LED with peak spectral emission at 773 nanometres.
Peak wavelength 774 nm – LED with peak spectral emission at 774 nanometres.
Peak wavelength 776 nm – LED with peak spectral emission at 776 nanometres.
Peak wavelength 777 nm – LED with peak spectral emission at 777 nanometres.
Peak wavelength 778 nm – LED with peak spectral emission at 778 nanometres.
Peak wavelength 779 nm – LED with peak spectral emission at 779 nanometres.
Pendant cable – Steel wire suspending LED profiles from the ceiling.
Pendant rod – Rigid rod suspending LED profiles from the ceiling.
Pendant rose / canopy – Ceiling plate covering the cable termination point.
Percent flicker – Difference between max and min light output expressed as a percentage.
perimeter slot technique – Continuous trimless LED profile around the room perimeter creates an uninterrupted halo of light that elegantly defines the spatial boundary.
PF (Power Factor) – Ratio of active to apparent power; ideal value is 1.
PFC (Power Factor Correction) – Active or passive circuit bringing PF close to unity.
Phase angle – Timing of the TRIAC trigger within the AC half-cycle, controlling dimming level.
Phosphor – Luminescent material converting blue LED light into other wavelengths.
Phosphor (KSF / narrow-band red) – Potassium fluorosilicate phosphor producing narrow red emission for high R9.
Phosphor (quantum dot) – Nanoscale semiconductor particles providing narrow-band colour conversion.
Phosphor (remote) – Phosphor placed away from the die for better uniformity and longevity.
Phosphor (YAG) – Yttrium aluminium garnet phosphor, the most common for white LEDs.
Phosphor plate – Pre-formed phosphor sheet placed at a distance from the LED array.
Photobiological risk – Retinal hazard from exposure to intense LED radiation (EN 62471).
Photobiological risk group – Classification from Exempt to RG3 based on emission hazard level.
Photocell – Light-sensitive device switching outdoor luminaires on at dusk and off at dawn.
Photodiode – Sensor converting light into current for measurement and feedback.
Photometry – Science of measuring light in terms of human visual perception.
Photon – Elementary particle of light, emitted when an electron recombines in the LED.
Photopic vision – Daytime vision mediated by cone cells, sensitive to colour.
Photosensor – Light-level sensor for automatic brightness regulation.
Pilot light – Small indicator LED showing that a circuit is energised.
Pinout – Pin configuration of a connector (polarity, colour channels, data lines).
Pitch (LED) – Centre-to-centre distance between two consecutive LEDs on a strip.
Pixel – Single controllable LED point in an addressable strip.
Pixel (addressable) – Strip LED individually controllable for dynamic effects.
Pixel (density) – Number of addressable LEDs per metre.
Pixel (mapping) – Software for creating graphical content on LED arrays.
Pixel (pitch) – Centre-to-centre distance between addressable pixels.
Plasterboard (drywall) – Gypsum board commonly used as a host surface for recessed LED profiles.
PMMA – Polymethyl methacrylate; transparent plastic for covers and diffusers.
POE (Power over Ethernet) – Power and data on an Ethernet cable for LED luminaires.
Polarity – Positive/negative terminal orientation; LEDs operate only with correct polarity.
Polycarbonate (PC) – High-impact transparent plastic, an alternative to PMMA for covers.
Polyimide – High-temperature polymer substrate of flexible LED strips.
Polyurethane (PU) – Resin for protective coating (potting) of outdoor LED strips.
Potentiometer – Variable resistor used as a manual dimming control.
Potting – Resin-filling a profile or strip for IP and mechanical protection.
Power (absorbed) – Electrical power consumed by the LED system, in watts.
Power (active / real) – Useful power consumed by the load, in watts (W).
Power (apparent) – Product of RMS voltage and current, in volt-amperes (VA).
Power (reactive) – Non-useful power component stored and returned by capacitors/inductors, in VAR.
Power meter – Instrument measuring watts, VA, PF and THD of an LED installation.
Power per metre (W/m) – Strip consumption per linear metre.
Power supply – Device converting mains AC to DC for LED strips.
Power supply (bench / laboratory) – Adjustable PSU for testing and prototyping LED systems.
Power supply (DIN rail) – PSU designed for mounting inside an electrical distribution board.
Power supply (enclosed) – PSU with a perforated metal casing, typically for indoor use.
Power supply (open frame) – PSU without an enclosure, intended for integration inside a luminaire.
Power supply (outdoor / IP67) – Sealed PSU for outdoor or damp-location installation.
Power supply (redundant) – Dual-PSU setup ensuring continuity if one unit fails.
Power supply 1 W – LED power supply with 1 W maximum output capacity.
Power supply 10 W – LED power supply with 10 W maximum output capacity.
Power supply 100 W – LED power supply with 100 W maximum output capacity.
Power supply 1000 W – LED power supply with 1000 W maximum output capacity.
Power supply 108 W – LED power supply with 108 W maximum output capacity.
Power supply 1100 W – LED power supply with 1100 W maximum output capacity.
Power supply 12 W – LED power supply with 12 W maximum output capacity.
Power supply 120 W – LED power supply with 120 W maximum output capacity.
Power supply 1200 W – LED power supply with 1200 W maximum output capacity.
Power supply 132 W – LED power supply with 132 W maximum output capacity.
Power supply 1320 W – LED power supply with 1320 W maximum output capacity.
Power supply 15 W – LED power supply with 15 W maximum output capacity.
Power supply 150 W – LED power supply with 150 W maximum output capacity.
Power supply 1500 W – LED power supply with 1500 W maximum output capacity.
Power supply 160 W – LED power supply with 160 W maximum output capacity.
Power supply 18 W – LED power supply with 18 W maximum output capacity.
Power supply 180 W – LED power supply with 180 W maximum output capacity.
Power supply 185 W – LED power supply with 185 W maximum output capacity.
Power supply 192 W – LED power supply with 192 W maximum output capacity.
Power supply 2 W – LED power supply with 2 W maximum output capacity.
Power supply 20 W – LED power supply with 20 W maximum output capacity.
Power supply 200 W – LED power supply with 200 W maximum output capacity.
Power supply 216 W – LED power supply with 216 W maximum output capacity.
Power supply 24 W – LED power supply with 24 W maximum output capacity.
Power supply 240 W – LED power supply with 240 W maximum output capacity.
Power supply 25 W – LED power supply with 25 W maximum output capacity.
Power supply 250 W – LED power supply with 250 W maximum output capacity.
Power supply 288 W – LED power supply with 288 W maximum output capacity.
Power supply 3 W – LED power supply with 3 W maximum output capacity.
Power supply 30 W – LED power supply with 30 W maximum output capacity.
Power supply 300 W – LED power supply with 300 W maximum output capacity.
Power supply 320 W – LED power supply with 320 W maximum output capacity.
Power supply 35 W – LED power supply with 35 W maximum output capacity.
Power supply 350 W – LED power supply with 350 W maximum output capacity.
Power supply 36 W – LED power supply with 36 W maximum output capacity.
Power supply 360 W – LED power supply with 360 W maximum output capacity.
Power supply 384 W – LED power supply with 384 W maximum output capacity.
Power supply 4 W – LED power supply with 4 W maximum output capacity.
Power supply 40 W – LED power supply with 40 W maximum output capacity.
Power supply 400 W – LED power supply with 400 W maximum output capacity.
Power supply 45 W – LED power supply with 45 W maximum output capacity.
Power supply 48 W – LED power supply with 48 W maximum output capacity.
Power supply 480 W – LED power supply with 480 W maximum output capacity.
Power supply 5 W – LED power supply with 5 W maximum output capacity.
Power supply 50 W – LED power supply with 50 W maximum output capacity.
Power supply 500 W – LED power supply with 500 W maximum output capacity.
Power supply 520 W – LED power supply with 520 W maximum output capacity.
Power supply 54 W – LED power supply with 54 W maximum output capacity.
Power supply 6 W – LED power supply with 6 W maximum output capacity.
Power supply 60 W – LED power supply with 60 W maximum output capacity.
Power supply 600 W – LED power supply with 600 W maximum output capacity.
Power supply 650 W – LED power supply with 650 W maximum output capacity.
Power supply 7 W – LED power supply with 7 W maximum output capacity.
Power supply 700 W – LED power supply with 700 W maximum output capacity.
Power supply 72 W – LED power supply with 72 W maximum output capacity.
Power supply 720 W – LED power supply with 720 W maximum output capacity.
Power supply 75 W – LED power supply with 75 W maximum output capacity.
Power supply 750 W – LED power supply with 750 W maximum output capacity.
Power supply 8 W – LED power supply with 8 W maximum output capacity.
Power supply 80 W – LED power supply with 80 W maximum output capacity.
Power supply 800 W – LED power supply with 800 W maximum output capacity.
Power supply 850 W – LED power supply with 850 W maximum output capacity.
Power supply 9 W – LED power supply with 9 W maximum output capacity.
Power supply 900 W – LED power supply with 900 W maximum output capacity.
Power supply 96 W – LED power supply with 96 W maximum output capacity.
Power supply 960 W – LED power supply with 960 W maximum output capacity.
Pressfit / Press-in – Cable-retention fitting maintaining IP integrity.
Profile – Extruded aluminium element housing an LED strip, serving as heat sink and support.
Profile (angle / corner 30°) – Profile with a 30-degree cross-section for grazing applications.
Profile (angle / corner 45°) – Profile with a 45-degree cross-section for diagonal illumination.
Profile (angle / corner 60°) – Profile with a 60-degree cross-section for specific angular applications.
Profile (architectural) – Design profile for aesthetic integration in premium projects.
Profile (asymmetric) – Non-symmetric cross-section for wall-wash applications.
Profile (circular) – Round cross-section for decorative suspended applications.
Profile (corner — external) – Profile designed for outside room corners.
Profile (corner — internal) – Profile designed for inside room corners.
Profile (custom / bespoke) – Profile manufactured to unique project specifications.
Profile (decorative) – Visible-design profile forming part of the interior décor.
Profile (double) – Two channels for independent strips (direct and indirect).
Profile (drywall / plasterboard) – Profile with wings for plasterboard embedding.
Profile (elliptical) – Oval cross-section for elegant suspended installations.
Profile (flexible) – Silicone or thin aluminium that can follow curves.
Profile (floor-recessed) – Reinforced profile for flush-floor mounting with a walkable cover.
Profile (furniture / cabinet) – Slim profile for cabinetry and furnishing integration.
Profile (glass-slot) – Profile with a groove for illuminating glass panels.
Profile (handrail) – Profile integrated into handrails for step marking.
Profile (LED) – Extruded aluminium accommodating strip, cover and accessories.
Profile (linear) – Straight-run profile for continuous lines of light.
Profile (magnetic track) – Magnetic rail for quick module insertion and removal.
Profile (mini / slim) – Ultra-compact profile for space-constrained installations.
Profile (pendant / suspended) – Profile for ceiling suspension, often with up/down emission.
Profile (plaster-in / trimless) – Profile plastered flush into a ceiling or wall with no visible frame.
Profile (recessed ceiling) – Profile flush-mounted in a suspended ceiling with a trim flange.
Profile (recessed narrow) – Minimal-width recessed profile for thin grooves.
Profile (recessed wall) – Profile set into a wall and plastered flush.
Profile (recessed) – Profile for embedding into a routed slot.
Profile (rectangular) – Rectangular cross-section, versatile.
Profile (silicone / neon flex) – Flexible silicone tube creating a neon-flex effect.
Profile (skirting / baseboard) – Profile integrated into wall baseboards for floor-level light.
Profile (square) – Square cross-section for exposed or suspended runs.
Profile (stair / step) – Profile for stair-nosing illumination.
Profile (surface-mounted) – Profile applied directly without recessing.
Profile (tile-in) – Profile for recessing into tiled surfaces.
Profile (triangular) – Triangular cross-section for corner applications.
Profile (trunking) – Large-section linear profile forming a continuous system.
Profile (U-shape) – U-shaped cross-section, the most common type.
Profile (wall / vertical) – Profile for wall-wash, step-marker or decorative wall applications.
Profile (watertight / sealed) – Profile with IP65–IP68 sealing.
Profile 100×100 mm – Aluminium LED profile with 100 mm width and 100 mm height cross-section.
Profile 100×30 mm – Aluminium LED profile with 100 mm width and 30 mm height cross-section.
Profile 100×40 mm – Aluminium LED profile with 100 mm width and 40 mm height cross-section.
Profile 100×50 mm – Aluminium LED profile with 100 mm width and 50 mm height cross-section.
Profile 100×70 mm – Aluminium LED profile with 100 mm width and 70 mm height cross-section.
Profile 10×8 mm – Aluminium LED profile with 10 mm width and 8 mm height cross-section.
Profile 110×35 mm – Aluminium LED profile with 110 mm width and 35 mm height cross-section.
Profile 120×40 mm – Aluminium LED profile with 120 mm width and 40 mm height cross-section.
Profile 120×50 mm – Aluminium LED profile with 120 mm width and 50 mm height cross-section.
Profile 120×60 mm – Aluminium LED profile with 120 mm width and 60 mm height cross-section.
Profile 120×80 mm – Aluminium LED profile with 120 mm width and 80 mm height cross-section.
Profile 12×8 mm – Aluminium LED profile with 12 mm width and 8 mm height cross-section.
Profile 130×40 mm – Aluminium LED profile with 130 mm width and 40 mm height cross-section.
Profile 140×50 mm – Aluminium LED profile with 140 mm width and 50 mm height cross-section.
Profile 14×7 mm – Aluminium LED profile with 14 mm width and 7 mm height cross-section.
Profile 150×37 mm – Aluminium LED profile with 150 mm width and 37 mm height cross-section.
Profile 150×50 mm – Aluminium LED profile with 150 mm width and 50 mm height cross-section.
Profile 150×60 mm – Aluminium LED profile with 150 mm width and 60 mm height cross-section.
Profile 150×75 mm – Aluminium LED profile with 150 mm width and 75 mm height cross-section.
Profile 15×15 mm – Aluminium LED profile with 15 mm width and 15 mm height cross-section.
Profile 15×6 mm – Aluminium LED profile with 15 mm width and 6 mm height cross-section.
Profile 160×60 mm – Aluminium LED profile with 160 mm width and 60 mm height cross-section.
Profile 16×9 mm – Aluminium LED profile with 16 mm width and 9 mm height cross-section.
Profile 17×8 mm – Aluminium LED profile with 17 mm width and 8 mm height cross-section.
Profile 180×50 mm – Aluminium LED profile with 180 mm width and 50 mm height cross-section.
Profile 180×80 mm – Aluminium LED profile with 180 mm width and 80 mm height cross-section.
Profile 18×13 mm – Aluminium LED profile with 18 mm width and 13 mm height cross-section.
Profile 200×60 mm – Aluminium LED profile with 200 mm width and 60 mm height cross-section.
Profile 200×80 mm – Aluminium LED profile with 200 mm width and 80 mm height cross-section.
Profile 20×10 mm – Aluminium LED profile with 20 mm width and 10 mm height cross-section.
Profile 20×15 mm – Aluminium LED profile with 20 mm width and 15 mm height cross-section.
Profile 20×20 mm – Aluminium LED profile with 20 mm width and 20 mm height cross-section.
Profile 22×6 mm – Aluminium LED profile with 22 mm width and 6 mm height cross-section.
Profile 24×12 mm – Aluminium LED profile with 24 mm width and 12 mm height cross-section.
Profile 250×80 mm – Aluminium LED profile with 250 mm width and 80 mm height cross-section.
Profile 25×15 mm – Aluminium LED profile with 25 mm width and 15 mm height cross-section.
Profile 25×20 mm – Aluminium LED profile with 25 mm width and 20 mm height cross-section.
Profile 25×25 mm – Aluminium LED profile with 25 mm width and 25 mm height cross-section.
Profile 27×11 mm – Aluminium LED profile with 27 mm width and 11 mm height cross-section.
Profile 27×20 mm – Aluminium LED profile with 27 mm width and 20 mm height cross-section.
Profile 28×14 mm – Aluminium LED profile with 28 mm width and 14 mm height cross-section.
Profile 30×10 mm – Aluminium LED profile with 30 mm width and 10 mm height cross-section.
Profile 30×20 mm – Aluminium LED profile with 30 mm width and 20 mm height cross-section.
Profile 30×25 mm – Aluminium LED profile with 30 mm width and 25 mm height cross-section.
Profile 30×30 mm – Aluminium LED profile with 30 mm width and 30 mm height cross-section.
Profile 33×12 mm – Aluminium LED profile with 33 mm width and 12 mm height cross-section.
Profile 35×15 mm – Aluminium LED profile with 35 mm width and 15 mm height cross-section.
Profile 35×25 mm – Aluminium LED profile with 35 mm width and 25 mm height cross-section.
Profile 35×35 mm – Aluminium LED profile with 35 mm width and 35 mm height cross-section.
Profile 38×14 mm – Aluminium LED profile with 38 mm width and 14 mm height cross-section.
Profile 38×28 mm – Aluminium LED profile with 38 mm width and 28 mm height cross-section.
Profile 40×20 mm – Aluminium LED profile with 40 mm width and 20 mm height cross-section.
Profile 40×30 mm – Aluminium LED profile with 40 mm width and 30 mm height cross-section.
Profile 40×35 mm – Aluminium LED profile with 40 mm width and 35 mm height cross-section.
Profile 40×40 mm – Aluminium LED profile with 40 mm width and 40 mm height cross-section.
Profile 42×22 mm – Aluminium LED profile with 42 mm width and 22 mm height cross-section.
Profile 45×18 mm – Aluminium LED profile with 45 mm width and 18 mm height cross-section.
Profile 45×30 mm – Aluminium LED profile with 45 mm width and 30 mm height cross-section.
Profile 45×45 mm – Aluminium LED profile with 45 mm width and 45 mm height cross-section.
Profile 48×16 mm – Aluminium LED profile with 48 mm width and 16 mm height cross-section.
Profile 48×36 mm – Aluminium LED profile with 48 mm width and 36 mm height cross-section.
Profile 50×20 mm – Aluminium LED profile with 50 mm width and 20 mm height cross-section.
Profile 50×25 mm – Aluminium LED profile with 50 mm width and 25 mm height cross-section.
Profile 50×35 mm – Aluminium LED profile with 50 mm width and 35 mm height cross-section.
Profile 50×50 mm – Aluminium LED profile with 50 mm width and 50 mm height cross-section.
Profile 55×25 mm – Aluminium LED profile with 55 mm width and 25 mm height cross-section.
Profile 55×55 mm – Aluminium LED profile with 55 mm width and 55 mm height cross-section.
Profile 58×24 mm – Aluminium LED profile with 58 mm width and 24 mm height cross-section.
Profile 60×20 mm – Aluminium LED profile with 60 mm width and 20 mm height cross-section.
Profile 60×30 mm – Aluminium LED profile with 60 mm width and 30 mm height cross-section.
Profile 60×40 mm – Aluminium LED profile with 60 mm width and 40 mm height cross-section.
Profile 60×60 mm – Aluminium LED profile with 60 mm width and 60 mm height cross-section.
Profile 65×27 mm – Aluminium LED profile with 65 mm width and 27 mm height cross-section.
Profile 65×35 mm – Aluminium LED profile with 65 mm width and 35 mm height cross-section.
Profile 70×25 mm – Aluminium LED profile with 70 mm width and 25 mm height cross-section.
Profile 70×35 mm – Aluminium LED profile with 70 mm width and 35 mm height cross-section.
Profile 70×70 mm – Aluminium LED profile with 70 mm width and 70 mm height cross-section.
Profile 75×30 mm – Aluminium LED profile with 75 mm width and 30 mm height cross-section.
Profile 75×50 mm – Aluminium LED profile with 75 mm width and 50 mm height cross-section.
Profile 75×75 mm – Aluminium LED profile with 75 mm width and 75 mm height cross-section.
Profile 80×25 mm – Aluminium LED profile with 80 mm width and 25 mm height cross-section.
Profile 80×35 mm – Aluminium LED profile with 80 mm width and 35 mm height cross-section.
Profile 80×40 mm – Aluminium LED profile with 80 mm width and 40 mm height cross-section.
Profile 80×55 mm – Aluminium LED profile with 80 mm width and 55 mm height cross-section.
Profile 80×80 mm – Aluminium LED profile with 80 mm width and 80 mm height cross-section.
Profile 90×35 mm – Aluminium LED profile with 90 mm width and 35 mm height cross-section.
Profile 90×45 mm – Aluminium LED profile with 90 mm width and 45 mm height cross-section.
Profile 90×60 mm – Aluminium LED profile with 90 mm width and 60 mm height cross-section.
Profile 90×90 mm – Aluminium LED profile with 90 mm width and 90 mm height cross-section.
Profile depth (recess) – Space needed inside the host structure for a recessed profile.
Profile finish (anthracite RAL 7016 fine texture) – Aluminium profile finished in fine-textured anthracite for architectural integration.
Profile finish (antique brass) – Aluminium profile finished in aged brass patina for architectural integration.
Profile finish (bead-blasted natural) – Aluminium profile finished in fine matte natural aluminium for architectural integration.
Profile finish (black RAL 9005) – Aluminium profile finished in jet black for architectural integration.
Profile finish (black RAL 9017) – Aluminium profile finished in traffic black for architectural integration.
Profile finish (black textured) – Aluminium profile finished in textured matte black for architectural integration.
Profile finish (bronze RAL 8019) – Aluminium profile finished in grey brown bronze for architectural integration.
Profile finish (brown RAL 8003) – Aluminium profile finished in clay brown for architectural integration.
Profile finish (brown RAL 8014) – Aluminium profile finished in sepia brown for architectural integration.
Profile finish (brushed brass) – Aluminium profile finished in warm golden brass for architectural integration.
Profile finish (burgundy RAL 3004) – Aluminium profile finished in wine red for architectural integration.
Profile finish (carbon fibre effect) – Aluminium profile finished in woven carbon pattern for architectural integration.
Profile finish (champagne gold) – Aluminium profile finished in warm metallic champagne for architectural integration.
Profile finish (charcoal RAL 7021) – Aluminium profile finished in dark charcoal for architectural integration.
Profile finish (cobalt blue RAL 5013) – Aluminium profile finished in deep blue for architectural integration.
Profile finish (concrete effect) – Aluminium profile finished in grey concrete texture for architectural integration.
Profile finish (copper) – Aluminium profile finished in natural copper tone for architectural integration.
Profile finish (corten steel effect) – Aluminium profile finished in weathered-steel look for architectural integration.
Profile finish (cream RAL 9001) – Aluminium profile finished in soft cream for architectural integration.
Profile finish (dark bronze) – Aluminium profile finished in deep bronze tone for architectural integration.
Profile finish (dark grey RAL 7021) – Aluminium profile finished in black grey for architectural integration.
Profile finish (forest green RAL 6009) – Aluminium profile finished in dark green for architectural integration.
Profile finish (grey RAL 7016) – Aluminium profile finished in anthracite grey for architectural integration.
Profile finish (grey RAL 7035) – Aluminium profile finished in light grey for architectural integration.
Profile finish (grey RAL 7040) – Aluminium profile finished in window grey for architectural integration.
Profile finish (ivory RAL 1014) – Aluminium profile finished in warm ivory for architectural integration.
Profile finish (light bronze) – Aluminium profile finished in warm bronze tone for architectural integration.
Profile finish (marble effect) – Aluminium profile finished in white marble texture for architectural integration.
Profile finish (matt chrome) – Aluminium profile finished in soft chrome for architectural integration.
Profile finish (olive RAL 6003) – Aluminium profile finished in military olive for architectural integration.
Profile finish (oxidised copper) – Aluminium profile finished in green patina copper for architectural integration.
Profile finish (pastel green RAL 6019) – Aluminium profile finished in soft green for architectural integration.
Profile finish (patina green) – Aluminium profile finished in verdigris copper patina for architectural integration.
Profile finish (pearl white RAL 1013) – Aluminium profile finished in oyster white for architectural integration.
Profile finish (polished chrome) – Aluminium profile finished in mirror chrome for architectural integration.
Profile finish (rose gold) – Aluminium profile finished in copper-pink metallic for architectural integration.
Profile finish (rust effect) – Aluminium profile finished in decorative rust patina for architectural integration.
Profile finish (sand RAL 1015) – Aluminium profile finished in light sand for architectural integration.
Profile finish (satin nickel) – Aluminium profile finished in brushed nickel silver for architectural integration.
Profile finish (signal red RAL 3001) – Aluminium profile finished in vivid red for architectural integration.
Profile finish (slate grey RAL 7015) – Aluminium profile finished in blue-grey slate for architectural integration.
Profile finish (steel blue RAL 5011) – Aluminium profile finished in navy blue for architectural integration.
Profile finish (terracotta RAL 8023) – Aluminium profile finished in warm terracotta for architectural integration.
Profile finish (titanium) – Aluminium profile finished in dark titanium metallic for architectural integration.
Profile finish (traffic yellow RAL 1023) – Aluminium profile finished in bright yellow for architectural integration.
Profile finish (white RAL 9003) – Aluminium profile finished in signal white for architectural integration.
Profile finish (white RAL 9010) – Aluminium profile finished in pure white for architectural integration.
Profile finish (white RAL 9016) – Aluminium profile finished in traffic white for architectural integration.
Profile finish (wood-grain cherry) – Aluminium profile finished in realistic cherry veneer finish for architectural integration.
Profile finish (wood-grain maple) – Aluminium profile finished in realistic maple veneer finish for architectural integration.
Profile finish (wood-grain oak) – Aluminium profile finished in realistic oak veneer finish for architectural integration.
Profile finish (wood-grain walnut) – Aluminium profile finished in realistic walnut veneer finish for architectural integration.
Profile finish (wood-grain wenge) – Aluminium profile finished in realistic wenge veneer finish for architectural integration.
Profile height 10 mm – Aluminium LED profile with an external height of 10 mm.
Profile height 100 mm – Aluminium LED profile with an external height of 100 mm.
Profile height 11 mm – Aluminium LED profile with an external height of 11 mm.
Profile height 12 mm – Aluminium LED profile with an external height of 12 mm.
Profile height 13 mm – Aluminium LED profile with an external height of 13 mm.
Profile height 14 mm – Aluminium LED profile with an external height of 14 mm.
Profile height 15 mm – Aluminium LED profile with an external height of 15 mm.
Profile height 16 mm – Aluminium LED profile with an external height of 16 mm.
Profile height 17 mm – Aluminium LED profile with an external height of 17 mm.
Profile height 18 mm – Aluminium LED profile with an external height of 18 mm.
Profile height 20 mm – Aluminium LED profile with an external height of 20 mm.
Profile height 22 mm – Aluminium LED profile with an external height of 22 mm.
Profile height 25 mm – Aluminium LED profile with an external height of 25 mm.
Profile height 27 mm – Aluminium LED profile with an external height of 27 mm.
Profile height 30 mm – Aluminium LED profile with an external height of 30 mm.
Profile height 33 mm – Aluminium LED profile with an external height of 33 mm.
Profile height 35 mm – Aluminium LED profile with an external height of 35 mm.
Profile height 38 mm – Aluminium LED profile with an external height of 38 mm.
Profile height 40 mm – Aluminium LED profile with an external height of 40 mm.
Profile height 45 mm – Aluminium LED profile with an external height of 45 mm.
Profile height 50 mm – Aluminium LED profile with an external height of 50 mm.
Profile height 55 mm – Aluminium LED profile with an external height of 55 mm.
Profile height 6 mm – Aluminium LED profile with an external height of 6 mm.
Profile height 60 mm – Aluminium LED profile with an external height of 60 mm.
Profile height 65 mm – Aluminium LED profile with an external height of 65 mm.
Profile height 7 mm – Aluminium LED profile with an external height of 7 mm.
Profile height 70 mm – Aluminium LED profile with an external height of 70 mm.
Profile height 75 mm – Aluminium LED profile with an external height of 75 mm.
Profile height 8 mm – Aluminium LED profile with an external height of 8 mm.
Profile height 80 mm – Aluminium LED profile with an external height of 80 mm.
Profile height 9 mm – Aluminium LED profile with an external height of 9 mm.
Profile height 90 mm – Aluminium LED profile with an external height of 90 mm.
Profile length 0.10 m – Aluminium LED profile cut to a length of 0.10 metres.
Profile length 0.15 m – Aluminium LED profile cut to a length of 0.15 metres.
Profile length 0.20 m – Aluminium LED profile cut to a length of 0.20 metres.
Profile length 0.25 m – Aluminium LED profile cut to a length of 0.25 metres.
Profile length 0.30 m – Aluminium LED profile cut to a length of 0.30 metres.
Profile length 0.35 m – Aluminium LED profile cut to a length of 0.35 metres.
Profile length 0.40 m – Aluminium LED profile cut to a length of 0.40 metres.
Profile length 0.45 m – Aluminium LED profile cut to a length of 0.45 metres.
Profile length 0.50 m – Aluminium LED profile cut to a length of 0.50 metres.
Profile length 0.55 m – Aluminium LED profile cut to a length of 0.55 metres.
Profile length 0.60 m – Aluminium LED profile cut to a length of 0.60 metres.
Profile length 0.65 m – Aluminium LED profile cut to a length of 0.65 metres.
Profile length 0.70 m – Aluminium LED profile cut to a length of 0.70 metres.
Profile length 0.75 m – Aluminium LED profile cut to a length of 0.75 metres.
Profile length 0.80 m – Aluminium LED profile cut to a length of 0.80 metres.
Profile length 0.85 m – Aluminium LED profile cut to a length of 0.85 metres.
Profile length 0.90 m – Aluminium LED profile cut to a length of 0.90 metres.
Profile length 0.95 m – Aluminium LED profile cut to a length of 0.95 metres.
Profile length 1.00 m – Aluminium LED profile cut to a length of 1.00 metres.
Profile length 1.05 m – Aluminium LED profile cut to a length of 1.05 metres.
Profile length 1.10 m – Aluminium LED profile cut to a length of 1.10 metres.
Profile length 1.15 m – Aluminium LED profile cut to a length of 1.15 metres.
Profile length 1.20 m – Aluminium LED profile cut to a length of 1.20 metres.
Profile length 1.25 m – Aluminium LED profile cut to a length of 1.25 metres.
Profile length 1.30 m – Aluminium LED profile cut to a length of 1.30 metres.
Profile length 1.35 m – Aluminium LED profile cut to a length of 1.35 metres.
Profile length 1.40 m – Aluminium LED profile cut to a length of 1.40 metres.
Profile length 1.45 m – Aluminium LED profile cut to a length of 1.45 metres.
Profile length 1.50 m – Aluminium LED profile cut to a length of 1.50 metres.
Profile length 1.55 m – Aluminium LED profile cut to a length of 1.55 metres.
Profile length 1.60 m – Aluminium LED profile cut to a length of 1.60 metres.
Profile length 1.65 m – Aluminium LED profile cut to a length of 1.65 metres.
Profile length 1.70 m – Aluminium LED profile cut to a length of 1.70 metres.
Profile length 1.75 m – Aluminium LED profile cut to a length of 1.75 metres.
Profile length 1.80 m – Aluminium LED profile cut to a length of 1.80 metres.
Profile length 1.85 m – Aluminium LED profile cut to a length of 1.85 metres.
Profile length 1.90 m – Aluminium LED profile cut to a length of 1.90 metres.
Profile length 1.95 m – Aluminium LED profile cut to a length of 1.95 metres.
Profile length 2.00 m – Aluminium LED profile cut to a length of 2.00 metres.
Profile length 2.05 m – Aluminium LED profile cut to a length of 2.05 metres.
Profile length 2.10 m – Aluminium LED profile cut to a length of 2.10 metres.
Profile length 2.15 m – Aluminium LED profile cut to a length of 2.15 metres.
Profile length 2.20 m – Aluminium LED profile cut to a length of 2.20 metres.
Profile length 2.25 m – Aluminium LED profile cut to a length of 2.25 metres.
Profile length 2.30 m – Aluminium LED profile cut to a length of 2.30 metres.
Profile length 2.35 m – Aluminium LED profile cut to a length of 2.35 metres.
Profile length 2.40 m – Aluminium LED profile cut to a length of 2.40 metres.
Profile length 2.45 m – Aluminium LED profile cut to a length of 2.45 metres.
Profile length 2.50 m – Aluminium LED profile cut to a length of 2.50 metres.
Profile length 2.55 m – Aluminium LED profile cut to a length of 2.55 metres.
Profile length 2.60 m – Aluminium LED profile cut to a length of 2.60 metres.
Profile length 2.65 m – Aluminium LED profile cut to a length of 2.65 metres.
Profile length 2.70 m – Aluminium LED profile cut to a length of 2.70 metres.
Profile length 2.75 m – Aluminium LED profile cut to a length of 2.75 metres.
Profile length 2.80 m – Aluminium LED profile cut to a length of 2.80 metres.
Profile length 2.85 m – Aluminium LED profile cut to a length of 2.85 metres.
Profile length 2.90 m – Aluminium LED profile cut to a length of 2.90 metres.
Profile length 2.95 m – Aluminium LED profile cut to a length of 2.95 metres.
Profile length 3.00 m – Aluminium LED profile cut to a length of 3.00 metres.
Profile length 3.05 m – Aluminium LED profile cut to a length of 3.05 metres.
Profile length 3.10 m – Aluminium LED profile cut to a length of 3.10 metres.
Profile length 3.15 m – Aluminium LED profile cut to a length of 3.15 metres.
Profile length 3.20 m – Aluminium LED profile cut to a length of 3.20 metres.
Profile length 3.25 m – Aluminium LED profile cut to a length of 3.25 metres.
Profile length 3.30 m – Aluminium LED profile cut to a length of 3.30 metres.
Profile length 3.35 m – Aluminium LED profile cut to a length of 3.35 metres.
Profile length 3.40 m – Aluminium LED profile cut to a length of 3.40 metres.
Profile length 3.45 m – Aluminium LED profile cut to a length of 3.45 metres.
Profile length 3.50 m – Aluminium LED profile cut to a length of 3.50 metres.
Profile length 3.55 m – Aluminium LED profile cut to a length of 3.55 metres.
Profile length 3.60 m – Aluminium LED profile cut to a length of 3.60 metres.
Profile length 3.65 m – Aluminium LED profile cut to a length of 3.65 metres.
Profile length 3.70 m – Aluminium LED profile cut to a length of 3.70 metres.
Profile length 3.75 m – Aluminium LED profile cut to a length of 3.75 metres.
Profile length 3.80 m – Aluminium LED profile cut to a length of 3.80 metres.
Profile length 3.85 m – Aluminium LED profile cut to a length of 3.85 metres.
Profile length 3.90 m – Aluminium LED profile cut to a length of 3.90 metres.
Profile length 3.95 m – Aluminium LED profile cut to a length of 3.95 metres.
Profile length 4.00 m – Aluminium LED profile cut to a length of 4.00 metres.
Profile length 4.05 m – Aluminium LED profile cut to a length of 4.05 metres.
Profile length 4.10 m – Aluminium LED profile cut to a length of 4.10 metres.
Profile length 4.15 m – Aluminium LED profile cut to a length of 4.15 metres.
Profile length 4.20 m – Aluminium LED profile cut to a length of 4.20 metres.
Profile length 4.25 m – Aluminium LED profile cut to a length of 4.25 metres.
Profile length 4.30 m – Aluminium LED profile cut to a length of 4.30 metres.
Profile length 4.35 m – Aluminium LED profile cut to a length of 4.35 metres.
Profile length 4.40 m – Aluminium LED profile cut to a length of 4.40 metres.
Profile length 4.45 m – Aluminium LED profile cut to a length of 4.45 metres.
Profile length 4.50 m – Aluminium LED profile cut to a length of 4.50 metres.
Profile length 4.55 m – Aluminium LED profile cut to a length of 4.55 metres.
Profile length 4.60 m – Aluminium LED profile cut to a length of 4.60 metres.
Profile length 4.65 m – Aluminium LED profile cut to a length of 4.65 metres.
Profile length 4.70 m – Aluminium LED profile cut to a length of 4.70 metres.
Profile length 4.75 m – Aluminium LED profile cut to a length of 4.75 metres.
Profile length 4.80 m – Aluminium LED profile cut to a length of 4.80 metres.
Profile length 4.85 m – Aluminium LED profile cut to a length of 4.85 metres.
Profile length 4.90 m – Aluminium LED profile cut to a length of 4.90 metres.
Profile length 4.95 m – Aluminium LED profile cut to a length of 4.95 metres.
Profile length 5.00 m – Aluminium LED profile cut to a length of 5.00 metres.
Profile section 100×10 mm – Aluminium LED channel with 100 mm width by 10 mm height external dimensions.
Profile section 100×100 mm – Aluminium LED channel with 100 mm width by 100 mm height external dimensions.
Profile section 100×12 mm – Aluminium LED channel with 100 mm width by 12 mm height external dimensions.
Profile section 100×14 mm – Aluminium LED channel with 100 mm width by 14 mm height external dimensions.
Profile section 100×15 mm – Aluminium LED channel with 100 mm width by 15 mm height external dimensions.
Profile section 100×17 mm – Aluminium LED channel with 100 mm width by 17 mm height external dimensions.
Profile section 100×20 mm – Aluminium LED channel with 100 mm width by 20 mm height external dimensions.
Profile section 100×22 mm – Aluminium LED channel with 100 mm width by 22 mm height external dimensions.
Profile section 100×25 mm – Aluminium LED channel with 100 mm width by 25 mm height external dimensions.
Profile section 100×27 mm – Aluminium LED channel with 100 mm width by 27 mm height external dimensions.
Profile section 100×30 mm – Aluminium LED channel with 100 mm width by 30 mm height external dimensions.
Profile section 100×35 mm – Aluminium LED channel with 100 mm width by 35 mm height external dimensions.
Profile section 100×40 mm – Aluminium LED channel with 100 mm width by 40 mm height external dimensions.
Profile section 100×45 mm – Aluminium LED channel with 100 mm width by 45 mm height external dimensions.
Profile section 100×50 mm – Aluminium LED channel with 100 mm width by 50 mm height external dimensions.
Profile section 100×55 mm – Aluminium LED channel with 100 mm width by 55 mm height external dimensions.
Profile section 100×6 mm – Aluminium LED channel with 100 mm width by 6 mm height external dimensions.
Profile section 100×60 mm – Aluminium LED channel with 100 mm width by 60 mm height external dimensions.
Profile section 100×7 mm – Aluminium LED channel with 100 mm width by 7 mm height external dimensions.
Profile section 100×70 mm – Aluminium LED channel with 100 mm width by 70 mm height external dimensions.
Profile section 100×8 mm – Aluminium LED channel with 100 mm width by 8 mm height external dimensions.
Profile section 100×80 mm – Aluminium LED channel with 100 mm width by 80 mm height external dimensions.
Profile section 100×9 mm – Aluminium LED channel with 100 mm width by 9 mm height external dimensions.
Profile section 10×10 mm – Aluminium LED channel with 10 mm width by 10 mm height external dimensions.
Profile section 10×6 mm – Aluminium LED channel with 10 mm width by 6 mm height external dimensions.
Profile section 10×7 mm – Aluminium LED channel with 10 mm width by 7 mm height external dimensions.
Profile section 10×8 mm – Aluminium LED channel with 10 mm width by 8 mm height external dimensions.
Profile section 10×9 mm – Aluminium LED channel with 10 mm width by 9 mm height external dimensions.
Profile section 110×10 mm – Aluminium LED channel with 110 mm width by 10 mm height external dimensions.
Profile section 110×100 mm – Aluminium LED channel with 110 mm width by 100 mm height external dimensions.
Profile section 110×12 mm – Aluminium LED channel with 110 mm width by 12 mm height external dimensions.
Profile section 110×14 mm – Aluminium LED channel with 110 mm width by 14 mm height external dimensions.
Profile section 110×15 mm – Aluminium LED channel with 110 mm width by 15 mm height external dimensions.
Profile section 110×17 mm – Aluminium LED channel with 110 mm width by 17 mm height external dimensions.
Profile section 110×20 mm – Aluminium LED channel with 110 mm width by 20 mm height external dimensions.
Profile section 110×22 mm – Aluminium LED channel with 110 mm width by 22 mm height external dimensions.
Profile section 110×25 mm – Aluminium LED channel with 110 mm width by 25 mm height external dimensions.
Profile section 110×27 mm – Aluminium LED channel with 110 mm width by 27 mm height external dimensions.
Profile section 110×30 mm – Aluminium LED channel with 110 mm width by 30 mm height external dimensions.
Profile section 110×35 mm – Aluminium LED channel with 110 mm width by 35 mm height external dimensions.
Profile section 110×40 mm – Aluminium LED channel with 110 mm width by 40 mm height external dimensions.
Profile section 110×45 mm – Aluminium LED channel with 110 mm width by 45 mm height external dimensions.
Profile section 110×50 mm – Aluminium LED channel with 110 mm width by 50 mm height external dimensions.
Profile section 110×55 mm – Aluminium LED channel with 110 mm width by 55 mm height external dimensions.
Profile section 110×6 mm – Aluminium LED channel with 110 mm width by 6 mm height external dimensions.
Profile section 110×60 mm – Aluminium LED channel with 110 mm width by 60 mm height external dimensions.
Profile section 110×7 mm – Aluminium LED channel with 110 mm width by 7 mm height external dimensions.
Profile section 110×70 mm – Aluminium LED channel with 110 mm width by 70 mm height external dimensions.
Profile section 110×8 mm – Aluminium LED channel with 110 mm width by 8 mm height external dimensions.
Profile section 110×80 mm – Aluminium LED channel with 110 mm width by 80 mm height external dimensions.
Profile section 110×9 mm – Aluminium LED channel with 110 mm width by 9 mm height external dimensions.
Profile section 120×10 mm – Aluminium LED channel with 120 mm width by 10 mm height external dimensions.
Profile section 120×100 mm – Aluminium LED channel with 120 mm width by 100 mm height external dimensions.
Profile section 120×12 mm – Aluminium LED channel with 120 mm width by 12 mm height external dimensions.
Profile section 120×14 mm – Aluminium LED channel with 120 mm width by 14 mm height external dimensions.
Profile section 120×15 mm – Aluminium LED channel with 120 mm width by 15 mm height external dimensions.
Profile section 120×17 mm – Aluminium LED channel with 120 mm width by 17 mm height external dimensions.
Profile section 120×20 mm – Aluminium LED channel with 120 mm width by 20 mm height external dimensions.
Profile section 120×22 mm – Aluminium LED channel with 120 mm width by 22 mm height external dimensions.
Profile section 120×25 mm – Aluminium LED channel with 120 mm width by 25 mm height external dimensions.
Profile section 120×27 mm – Aluminium LED channel with 120 mm width by 27 mm height external dimensions.
Profile section 120×30 mm – Aluminium LED channel with 120 mm width by 30 mm height external dimensions.
Profile section 120×35 mm – Aluminium LED channel with 120 mm width by 35 mm height external dimensions.
Profile section 120×40 mm – Aluminium LED channel with 120 mm width by 40 mm height external dimensions.
Profile section 120×45 mm – Aluminium LED channel with 120 mm width by 45 mm height external dimensions.
Profile section 120×50 mm – Aluminium LED channel with 120 mm width by 50 mm height external dimensions.
Profile section 120×55 mm – Aluminium LED channel with 120 mm width by 55 mm height external dimensions.
Profile section 120×6 mm – Aluminium LED channel with 120 mm width by 6 mm height external dimensions.
Profile section 120×60 mm – Aluminium LED channel with 120 mm width by 60 mm height external dimensions.
Profile section 120×7 mm – Aluminium LED channel with 120 mm width by 7 mm height external dimensions.
Profile section 120×70 mm – Aluminium LED channel with 120 mm width by 70 mm height external dimensions.
Profile section 120×8 mm – Aluminium LED channel with 120 mm width by 8 mm height external dimensions.
Profile section 120×80 mm – Aluminium LED channel with 120 mm width by 80 mm height external dimensions.
Profile section 120×9 mm – Aluminium LED channel with 120 mm width by 9 mm height external dimensions.
Profile section 12×10 mm – Aluminium LED channel with 12 mm width by 10 mm height external dimensions.
Profile section 12×12 mm – Aluminium LED channel with 12 mm width by 12 mm height external dimensions.
Profile section 12×6 mm – Aluminium LED channel with 12 mm width by 6 mm height external dimensions.
Profile section 12×7 mm – Aluminium LED channel with 12 mm width by 7 mm height external dimensions.
Profile section 12×8 mm – Aluminium LED channel with 12 mm width by 8 mm height external dimensions.
Profile section 12×9 mm – Aluminium LED channel with 12 mm width by 9 mm height external dimensions.
Profile section 130×10 mm – Aluminium LED channel with 130 mm width by 10 mm height external dimensions.
Profile section 130×100 mm – Aluminium LED channel with 130 mm width by 100 mm height external dimensions.
Profile section 130×12 mm – Aluminium LED channel with 130 mm width by 12 mm height external dimensions.
Profile section 130×14 mm – Aluminium LED channel with 130 mm width by 14 mm height external dimensions.
Profile section 130×15 mm – Aluminium LED channel with 130 mm width by 15 mm height external dimensions.
Profile section 130×17 mm – Aluminium LED channel with 130 mm width by 17 mm height external dimensions.
Profile section 130×20 mm – Aluminium LED channel with 130 mm width by 20 mm height external dimensions.
Profile section 130×22 mm – Aluminium LED channel with 130 mm width by 22 mm height external dimensions.
Profile section 130×25 mm – Aluminium LED channel with 130 mm width by 25 mm height external dimensions.
Profile section 130×27 mm – Aluminium LED channel with 130 mm width by 27 mm height external dimensions.
Profile section 130×30 mm – Aluminium LED channel with 130 mm width by 30 mm height external dimensions.
Profile section 130×35 mm – Aluminium LED channel with 130 mm width by 35 mm height external dimensions.
Profile section 130×40 mm – Aluminium LED channel with 130 mm width by 40 mm height external dimensions.
Profile section 130×45 mm – Aluminium LED channel with 130 mm width by 45 mm height external dimensions.
Profile section 130×50 mm – Aluminium LED channel with 130 mm width by 50 mm height external dimensions.
Profile section 130×55 mm – Aluminium LED channel with 130 mm width by 55 mm height external dimensions.
Profile section 130×6 mm – Aluminium LED channel with 130 mm width by 6 mm height external dimensions.
Profile section 130×60 mm – Aluminium LED channel with 130 mm width by 60 mm height external dimensions.
Profile section 130×7 mm – Aluminium LED channel with 130 mm width by 7 mm height external dimensions.
Profile section 130×70 mm – Aluminium LED channel with 130 mm width by 70 mm height external dimensions.
Profile section 130×8 mm – Aluminium LED channel with 130 mm width by 8 mm height external dimensions.
Profile section 130×80 mm – Aluminium LED channel with 130 mm width by 80 mm height external dimensions.
Profile section 130×9 mm – Aluminium LED channel with 130 mm width by 9 mm height external dimensions.
Profile section 140×10 mm – Aluminium LED channel with 140 mm width by 10 mm height external dimensions.
Profile section 140×100 mm – Aluminium LED channel with 140 mm width by 100 mm height external dimensions.
Profile section 140×12 mm – Aluminium LED channel with 140 mm width by 12 mm height external dimensions.
Profile section 140×14 mm – Aluminium LED channel with 140 mm width by 14 mm height external dimensions.
Profile section 140×15 mm – Aluminium LED channel with 140 mm width by 15 mm height external dimensions.
Profile section 140×17 mm – Aluminium LED channel with 140 mm width by 17 mm height external dimensions.
Profile section 140×20 mm – Aluminium LED channel with 140 mm width by 20 mm height external dimensions.
Profile section 140×22 mm – Aluminium LED channel with 140 mm width by 22 mm height external dimensions.
Profile section 140×25 mm – Aluminium LED channel with 140 mm width by 25 mm height external dimensions.
Profile section 140×27 mm – Aluminium LED channel with 140 mm width by 27 mm height external dimensions.
Profile section 140×30 mm – Aluminium LED channel with 140 mm width by 30 mm height external dimensions.
Profile section 140×35 mm – Aluminium LED channel with 140 mm width by 35 mm height external dimensions.
Profile section 140×40 mm – Aluminium LED channel with 140 mm width by 40 mm height external dimensions.
Profile section 140×45 mm – Aluminium LED channel with 140 mm width by 45 mm height external dimensions.
Profile section 140×50 mm – Aluminium LED channel with 140 mm width by 50 mm height external dimensions.
Profile section 140×55 mm – Aluminium LED channel with 140 mm width by 55 mm height external dimensions.
Profile section 140×6 mm – Aluminium LED channel with 140 mm width by 6 mm height external dimensions.
Profile section 140×60 mm – Aluminium LED channel with 140 mm width by 60 mm height external dimensions.
Profile section 140×7 mm – Aluminium LED channel with 140 mm width by 7 mm height external dimensions.
Profile section 140×70 mm – Aluminium LED channel with 140 mm width by 70 mm height external dimensions.
Profile section 140×8 mm – Aluminium LED channel with 140 mm width by 8 mm height external dimensions.
Profile section 140×80 mm – Aluminium LED channel with 140 mm width by 80 mm height external dimensions.
Profile section 140×9 mm – Aluminium LED channel with 140 mm width by 9 mm height external dimensions.
Profile section 14×10 mm – Aluminium LED channel with 14 mm width by 10 mm height external dimensions.
Profile section 14×12 mm – Aluminium LED channel with 14 mm width by 12 mm height external dimensions.
Profile section 14×14 mm – Aluminium LED channel with 14 mm width by 14 mm height external dimensions.
Profile section 14×6 mm – Aluminium LED channel with 14 mm width by 6 mm height external dimensions.
Profile section 14×7 mm – Aluminium LED channel with 14 mm width by 7 mm height external dimensions.
Profile section 14×8 mm – Aluminium LED channel with 14 mm width by 8 mm height external dimensions.
Profile section 14×9 mm – Aluminium LED channel with 14 mm width by 9 mm height external dimensions.
Profile section 150×10 mm – Aluminium LED channel with 150 mm width by 10 mm height external dimensions.
Profile section 150×100 mm – Aluminium LED channel with 150 mm width by 100 mm height external dimensions.
Profile section 150×12 mm – Aluminium LED channel with 150 mm width by 12 mm height external dimensions.
Profile section 150×14 mm – Aluminium LED channel with 150 mm width by 14 mm height external dimensions.
Profile section 150×15 mm – Aluminium LED channel with 150 mm width by 15 mm height external dimensions.
Profile section 150×17 mm – Aluminium LED channel with 150 mm width by 17 mm height external dimensions.
Profile section 150×20 mm – Aluminium LED channel with 150 mm width by 20 mm height external dimensions.
Profile section 150×22 mm – Aluminium LED channel with 150 mm width by 22 mm height external dimensions.
Profile section 150×25 mm – Aluminium LED channel with 150 mm width by 25 mm height external dimensions.
Profile section 150×27 mm – Aluminium LED channel with 150 mm width by 27 mm height external dimensions.
Profile section 150×30 mm – Aluminium LED channel with 150 mm width by 30 mm height external dimensions.
Profile section 150×35 mm – Aluminium LED channel with 150 mm width by 35 mm height external dimensions.
Profile section 150×40 mm – Aluminium LED channel with 150 mm width by 40 mm height external dimensions.
Profile section 150×45 mm – Aluminium LED channel with 150 mm width by 45 mm height external dimensions.
Profile section 150×50 mm – Aluminium LED channel with 150 mm width by 50 mm height external dimensions.
Profile section 150×55 mm – Aluminium LED channel with 150 mm width by 55 mm height external dimensions.
Profile section 150×6 mm – Aluminium LED channel with 150 mm width by 6 mm height external dimensions.
Profile section 150×60 mm – Aluminium LED channel with 150 mm width by 60 mm height external dimensions.
Profile section 150×7 mm – Aluminium LED channel with 150 mm width by 7 mm height external dimensions.
Profile section 150×70 mm – Aluminium LED channel with 150 mm width by 70 mm height external dimensions.
Profile section 150×8 mm – Aluminium LED channel with 150 mm width by 8 mm height external dimensions.
Profile section 150×80 mm – Aluminium LED channel with 150 mm width by 80 mm height external dimensions.
Profile section 150×9 mm – Aluminium LED channel with 150 mm width by 9 mm height external dimensions.
Profile section 15×10 mm – Aluminium LED channel with 15 mm width by 10 mm height external dimensions.
Profile section 15×12 mm – Aluminium LED channel with 15 mm width by 12 mm height external dimensions.
Profile section 15×14 mm – Aluminium LED channel with 15 mm width by 14 mm height external dimensions.
Profile section 15×15 mm – Aluminium LED channel with 15 mm width by 15 mm height external dimensions.
Profile section 15×6 mm – Aluminium LED channel with 15 mm width by 6 mm height external dimensions.
Profile section 15×7 mm – Aluminium LED channel with 15 mm width by 7 mm height external dimensions.
Profile section 15×8 mm – Aluminium LED channel with 15 mm width by 8 mm height external dimensions.
Profile section 15×9 mm – Aluminium LED channel with 15 mm width by 9 mm height external dimensions.
Profile section 160×10 mm – Aluminium LED channel with 160 mm width by 10 mm height external dimensions.
Profile section 160×100 mm – Aluminium LED channel with 160 mm width by 100 mm height external dimensions.
Profile section 160×12 mm – Aluminium LED channel with 160 mm width by 12 mm height external dimensions.
Profile section 160×14 mm – Aluminium LED channel with 160 mm width by 14 mm height external dimensions.
Profile section 160×15 mm – Aluminium LED channel with 160 mm width by 15 mm height external dimensions.
Profile section 160×17 mm – Aluminium LED channel with 160 mm width by 17 mm height external dimensions.
Profile section 160×20 mm – Aluminium LED channel with 160 mm width by 20 mm height external dimensions.
Profile section 160×22 mm – Aluminium LED channel with 160 mm width by 22 mm height external dimensions.
Profile section 160×25 mm – Aluminium LED channel with 160 mm width by 25 mm height external dimensions.
Profile section 160×27 mm – Aluminium LED channel with 160 mm width by 27 mm height external dimensions.
Profile section 160×30 mm – Aluminium LED channel with 160 mm width by 30 mm height external dimensions.
Profile section 160×35 mm – Aluminium LED channel with 160 mm width by 35 mm height external dimensions.
Profile section 160×40 mm – Aluminium LED channel with 160 mm width by 40 mm height external dimensions.
Profile section 160×45 mm – Aluminium LED channel with 160 mm width by 45 mm height external dimensions.
Profile section 160×50 mm – Aluminium LED channel with 160 mm width by 50 mm height external dimensions.
Profile section 160×55 mm – Aluminium LED channel with 160 mm width by 55 mm height external dimensions.
Profile section 160×6 mm – Aluminium LED channel with 160 mm width by 6 mm height external dimensions.
Profile section 160×60 mm – Aluminium LED channel with 160 mm width by 60 mm height external dimensions.
Profile section 160×7 mm – Aluminium LED channel with 160 mm width by 7 mm height external dimensions.
Profile section 160×70 mm – Aluminium LED channel with 160 mm width by 70 mm height external dimensions.
Profile section 160×8 mm – Aluminium LED channel with 160 mm width by 8 mm height external dimensions.
Profile section 160×80 mm – Aluminium LED channel with 160 mm width by 80 mm height external dimensions.
Profile section 160×9 mm – Aluminium LED channel with 160 mm width by 9 mm height external dimensions.
Profile section 16×10 mm – Aluminium LED channel with 16 mm width by 10 mm height external dimensions.
Profile section 16×12 mm – Aluminium LED channel with 16 mm width by 12 mm height external dimensions.
Profile section 16×14 mm – Aluminium LED channel with 16 mm width by 14 mm height external dimensions.
Profile section 16×15 mm – Aluminium LED channel with 16 mm width by 15 mm height external dimensions.
Profile section 16×6 mm – Aluminium LED channel with 16 mm width by 6 mm height external dimensions.
Profile section 16×7 mm – Aluminium LED channel with 16 mm width by 7 mm height external dimensions.
Profile section 16×8 mm – Aluminium LED channel with 16 mm width by 8 mm height external dimensions.
Profile section 16×9 mm – Aluminium LED channel with 16 mm width by 9 mm height external dimensions.
Profile section 17×10 mm – Aluminium LED channel with 17 mm width by 10 mm height external dimensions.
Profile section 17×12 mm – Aluminium LED channel with 17 mm width by 12 mm height external dimensions.
Profile section 17×14 mm – Aluminium LED channel with 17 mm width by 14 mm height external dimensions.
Profile section 17×15 mm – Aluminium LED channel with 17 mm width by 15 mm height external dimensions.
Profile section 17×17 mm – Aluminium LED channel with 17 mm width by 17 mm height external dimensions.
Profile section 17×6 mm – Aluminium LED channel with 17 mm width by 6 mm height external dimensions.
Profile section 17×7 mm – Aluminium LED channel with 17 mm width by 7 mm height external dimensions.
Profile section 17×8 mm – Aluminium LED channel with 17 mm width by 8 mm height external dimensions.
Profile section 17×9 mm – Aluminium LED channel with 17 mm width by 9 mm height external dimensions.
Profile section 180×10 mm – Aluminium LED channel with 180 mm width by 10 mm height external dimensions.
Profile section 180×100 mm – Aluminium LED channel with 180 mm width by 100 mm height external dimensions.
Profile section 180×12 mm – Aluminium LED channel with 180 mm width by 12 mm height external dimensions.
Profile section 180×14 mm – Aluminium LED channel with 180 mm width by 14 mm height external dimensions.
Profile section 180×15 mm – Aluminium LED channel with 180 mm width by 15 mm height external dimensions.
Profile section 180×17 mm – Aluminium LED channel with 180 mm width by 17 mm height external dimensions.
Profile section 180×20 mm – Aluminium LED channel with 180 mm width by 20 mm height external dimensions.
Profile section 180×22 mm – Aluminium LED channel with 180 mm width by 22 mm height external dimensions.
Profile section 180×25 mm – Aluminium LED channel with 180 mm width by 25 mm height external dimensions.
Profile section 180×27 mm – Aluminium LED channel with 180 mm width by 27 mm height external dimensions.
Profile section 180×30 mm – Aluminium LED channel with 180 mm width by 30 mm height external dimensions.
Profile section 180×35 mm – Aluminium LED channel with 180 mm width by 35 mm height external dimensions.
Profile section 180×40 mm – Aluminium LED channel with 180 mm width by 40 mm height external dimensions.
Profile section 180×45 mm – Aluminium LED channel with 180 mm width by 45 mm height external dimensions.
Profile section 180×50 mm – Aluminium LED channel with 180 mm width by 50 mm height external dimensions.
Profile section 180×55 mm – Aluminium LED channel with 180 mm width by 55 mm height external dimensions.
Profile section 180×6 mm – Aluminium LED channel with 180 mm width by 6 mm height external dimensions.
Profile section 180×60 mm – Aluminium LED channel with 180 mm width by 60 mm height external dimensions.
Profile section 180×7 mm – Aluminium LED channel with 180 mm width by 7 mm height external dimensions.
Profile section 180×70 mm – Aluminium LED channel with 180 mm width by 70 mm height external dimensions.
Profile section 180×8 mm – Aluminium LED channel with 180 mm width by 8 mm height external dimensions.
Profile section 180×80 mm – Aluminium LED channel with 180 mm width by 80 mm height external dimensions.
Profile section 180×9 mm – Aluminium LED channel with 180 mm width by 9 mm height external dimensions.
Profile section 18×10 mm – Aluminium LED channel with 18 mm width by 10 mm height external dimensions.
Profile section 18×12 mm – Aluminium LED channel with 18 mm width by 12 mm height external dimensions.
Profile section 18×14 mm – Aluminium LED channel with 18 mm width by 14 mm height external dimensions.
Profile section 18×15 mm – Aluminium LED channel with 18 mm width by 15 mm height external dimensions.
Profile section 18×17 mm – Aluminium LED channel with 18 mm width by 17 mm height external dimensions.
Profile section 18×6 mm – Aluminium LED channel with 18 mm width by 6 mm height external dimensions.
Profile section 18×7 mm – Aluminium LED channel with 18 mm width by 7 mm height external dimensions.
Profile section 18×8 mm – Aluminium LED channel with 18 mm width by 8 mm height external dimensions.
Profile section 18×9 mm – Aluminium LED channel with 18 mm width by 9 mm height external dimensions.
Profile section 200×10 mm – Aluminium LED channel with 200 mm width by 10 mm height external dimensions.
Profile section 200×100 mm – Aluminium LED channel with 200 mm width by 100 mm height external dimensions.
Profile section 200×12 mm – Aluminium LED channel with 200 mm width by 12 mm height external dimensions.
Profile section 200×14 mm – Aluminium LED channel with 200 mm width by 14 mm height external dimensions.
Profile section 200×15 mm – Aluminium LED channel with 200 mm width by 15 mm height external dimensions.
Profile section 200×17 mm – Aluminium LED channel with 200 mm width by 17 mm height external dimensions.
Profile section 200×20 mm – Aluminium LED channel with 200 mm width by 20 mm height external dimensions.
Profile section 200×22 mm – Aluminium LED channel with 200 mm width by 22 mm height external dimensions.
Profile section 200×25 mm – Aluminium LED channel with 200 mm width by 25 mm height external dimensions.
Profile section 200×27 mm – Aluminium LED channel with 200 mm width by 27 mm height external dimensions.
Profile section 200×30 mm – Aluminium LED channel with 200 mm width by 30 mm height external dimensions.
Profile section 200×35 mm – Aluminium LED channel with 200 mm width by 35 mm height external dimensions.
Profile section 200×40 mm – Aluminium LED channel with 200 mm width by 40 mm height external dimensions.
Profile section 200×45 mm – Aluminium LED channel with 200 mm width by 45 mm height external dimensions.
Profile section 200×50 mm – Aluminium LED channel with 200 mm width by 50 mm height external dimensions.
Profile section 200×55 mm – Aluminium LED channel with 200 mm width by 55 mm height external dimensions.
Profile section 200×6 mm – Aluminium LED channel with 200 mm width by 6 mm height external dimensions.
Profile section 200×60 mm – Aluminium LED channel with 200 mm width by 60 mm height external dimensions.
Profile section 200×7 mm – Aluminium LED channel with 200 mm width by 7 mm height external dimensions.
Profile section 200×70 mm – Aluminium LED channel with 200 mm width by 70 mm height external dimensions.
Profile section 200×8 mm – Aluminium LED channel with 200 mm width by 8 mm height external dimensions.
Profile section 200×80 mm – Aluminium LED channel with 200 mm width by 80 mm height external dimensions.
Profile section 200×9 mm – Aluminium LED channel with 200 mm width by 9 mm height external dimensions.
Profile section 20×10 mm – Aluminium LED channel with 20 mm width by 10 mm height external dimensions.
Profile section 20×12 mm – Aluminium LED channel with 20 mm width by 12 mm height external dimensions.
Profile section 20×14 mm – Aluminium LED channel with 20 mm width by 14 mm height external dimensions.
Profile section 20×15 mm – Aluminium LED channel with 20 mm width by 15 mm height external dimensions.
Profile section 20×17 mm – Aluminium LED channel with 20 mm width by 17 mm height external dimensions.
Profile section 20×20 mm – Aluminium LED channel with 20 mm width by 20 mm height external dimensions.
Profile section 20×6 mm – Aluminium LED channel with 20 mm width by 6 mm height external dimensions.
Profile section 20×7 mm – Aluminium LED channel with 20 mm width by 7 mm height external dimensions.
Profile section 20×8 mm – Aluminium LED channel with 20 mm width by 8 mm height external dimensions.
Profile section 20×9 mm – Aluminium LED channel with 20 mm width by 9 mm height external dimensions.
Profile section 22×10 mm – Aluminium LED channel with 22 mm width by 10 mm height external dimensions.
Profile section 22×12 mm – Aluminium LED channel with 22 mm width by 12 mm height external dimensions.
Profile section 22×14 mm – Aluminium LED channel with 22 mm width by 14 mm height external dimensions.
Profile section 22×15 mm – Aluminium LED channel with 22 mm width by 15 mm height external dimensions.
Profile section 22×17 mm – Aluminium LED channel with 22 mm width by 17 mm height external dimensions.
Profile section 22×20 mm – Aluminium LED channel with 22 mm width by 20 mm height external dimensions.
Profile section 22×22 mm – Aluminium LED channel with 22 mm width by 22 mm height external dimensions.
Profile section 22×6 mm – Aluminium LED channel with 22 mm width by 6 mm height external dimensions.
Profile section 22×7 mm – Aluminium LED channel with 22 mm width by 7 mm height external dimensions.
Profile section 22×8 mm – Aluminium LED channel with 22 mm width by 8 mm height external dimensions.
Profile section 22×9 mm – Aluminium LED channel with 22 mm width by 9 mm height external dimensions.
Profile section 24×10 mm – Aluminium LED channel with 24 mm width by 10 mm height external dimensions.
Profile section 24×12 mm – Aluminium LED channel with 24 mm width by 12 mm height external dimensions.
Profile section 24×14 mm – Aluminium LED channel with 24 mm width by 14 mm height external dimensions.
Profile section 24×15 mm – Aluminium LED channel with 24 mm width by 15 mm height external dimensions.
Profile section 24×17 mm – Aluminium LED channel with 24 mm width by 17 mm height external dimensions.
Profile section 24×20 mm – Aluminium LED channel with 24 mm width by 20 mm height external dimensions.
Profile section 24×22 mm – Aluminium LED channel with 24 mm width by 22 mm height external dimensions.
Profile section 24×6 mm – Aluminium LED channel with 24 mm width by 6 mm height external dimensions.
Profile section 24×7 mm – Aluminium LED channel with 24 mm width by 7 mm height external dimensions.
Profile section 24×8 mm – Aluminium LED channel with 24 mm width by 8 mm height external dimensions.
Profile section 24×9 mm – Aluminium LED channel with 24 mm width by 9 mm height external dimensions.
Profile section 25×10 mm – Aluminium LED channel with 25 mm width by 10 mm height external dimensions.
Profile section 25×12 mm – Aluminium LED channel with 25 mm width by 12 mm height external dimensions.
Profile section 25×14 mm – Aluminium LED channel with 25 mm width by 14 mm height external dimensions.
Profile section 25×15 mm – Aluminium LED channel with 25 mm width by 15 mm height external dimensions.
Profile section 25×17 mm – Aluminium LED channel with 25 mm width by 17 mm height external dimensions.
Profile section 25×20 mm – Aluminium LED channel with 25 mm width by 20 mm height external dimensions.
Profile section 25×22 mm – Aluminium LED channel with 25 mm width by 22 mm height external dimensions.
Profile section 25×25 mm – Aluminium LED channel with 25 mm width by 25 mm height external dimensions.
Profile section 25×6 mm – Aluminium LED channel with 25 mm width by 6 mm height external dimensions.
Profile section 25×7 mm – Aluminium LED channel with 25 mm width by 7 mm height external dimensions.
Profile section 25×8 mm – Aluminium LED channel with 25 mm width by 8 mm height external dimensions.
Profile section 25×9 mm – Aluminium LED channel with 25 mm width by 9 mm height external dimensions.
Profile section 27×10 mm – Aluminium LED channel with 27 mm width by 10 mm height external dimensions.
Profile section 27×12 mm – Aluminium LED channel with 27 mm width by 12 mm height external dimensions.
Profile section 27×14 mm – Aluminium LED channel with 27 mm width by 14 mm height external dimensions.
Profile section 27×15 mm – Aluminium LED channel with 27 mm width by 15 mm height external dimensions.
Profile section 27×17 mm – Aluminium LED channel with 27 mm width by 17 mm height external dimensions.
Profile section 27×20 mm – Aluminium LED channel with 27 mm width by 20 mm height external dimensions.
Profile section 27×22 mm – Aluminium LED channel with 27 mm width by 22 mm height external dimensions.
Profile section 27×25 mm – Aluminium LED channel with 27 mm width by 25 mm height external dimensions.
Profile section 27×27 mm – Aluminium LED channel with 27 mm width by 27 mm height external dimensions.
Profile section 27×6 mm – Aluminium LED channel with 27 mm width by 6 mm height external dimensions.
Profile section 27×7 mm – Aluminium LED channel with 27 mm width by 7 mm height external dimensions.
Profile section 27×8 mm – Aluminium LED channel with 27 mm width by 8 mm height external dimensions.
Profile section 27×9 mm – Aluminium LED channel with 27 mm width by 9 mm height external dimensions.
Profile section 30×10 mm – Aluminium LED channel with 30 mm width by 10 mm height external dimensions.
Profile section 30×12 mm – Aluminium LED channel with 30 mm width by 12 mm height external dimensions.
Profile section 30×14 mm – Aluminium LED channel with 30 mm width by 14 mm height external dimensions.
Profile section 30×15 mm – Aluminium LED channel with 30 mm width by 15 mm height external dimensions.
Profile section 30×17 mm – Aluminium LED channel with 30 mm width by 17 mm height external dimensions.
Profile section 30×20 mm – Aluminium LED channel with 30 mm width by 20 mm height external dimensions.
Profile section 30×22 mm – Aluminium LED channel with 30 mm width by 22 mm height external dimensions.
Profile section 30×25 mm – Aluminium LED channel with 30 mm width by 25 mm height external dimensions.
Profile section 30×27 mm – Aluminium LED channel with 30 mm width by 27 mm height external dimensions.
Profile section 30×30 mm – Aluminium LED channel with 30 mm width by 30 mm height external dimensions.
Profile section 30×6 mm – Aluminium LED channel with 30 mm width by 6 mm height external dimensions.
Profile section 30×7 mm – Aluminium LED channel with 30 mm width by 7 mm height external dimensions.
Profile section 30×8 mm – Aluminium LED channel with 30 mm width by 8 mm height external dimensions.
Profile section 30×9 mm – Aluminium LED channel with 30 mm width by 9 mm height external dimensions.
Profile section 33×10 mm – Aluminium LED channel with 33 mm width by 10 mm height external dimensions.
Profile section 33×12 mm – Aluminium LED channel with 33 mm width by 12 mm height external dimensions.
Profile section 33×14 mm – Aluminium LED channel with 33 mm width by 14 mm height external dimensions.
Profile section 33×15 mm – Aluminium LED channel with 33 mm width by 15 mm height external dimensions.
Profile section 33×17 mm – Aluminium LED channel with 33 mm width by 17 mm height external dimensions.
Profile section 33×20 mm – Aluminium LED channel with 33 mm width by 20 mm height external dimensions.
Profile section 33×22 mm – Aluminium LED channel with 33 mm width by 22 mm height external dimensions.
Profile section 33×25 mm – Aluminium LED channel with 33 mm width by 25 mm height external dimensions.
Profile section 33×27 mm – Aluminium LED channel with 33 mm width by 27 mm height external dimensions.
Profile section 33×30 mm – Aluminium LED channel with 33 mm width by 30 mm height external dimensions.
Profile section 33×6 mm – Aluminium LED channel with 33 mm width by 6 mm height external dimensions.
Profile section 33×7 mm – Aluminium LED channel with 33 mm width by 7 mm height external dimensions.
Profile section 33×8 mm – Aluminium LED channel with 33 mm width by 8 mm height external dimensions.
Profile section 33×9 mm – Aluminium LED channel with 33 mm width by 9 mm height external dimensions.
Profile section 35×10 mm – Aluminium LED channel with 35 mm width by 10 mm height external dimensions.
Profile section 35×12 mm – Aluminium LED channel with 35 mm width by 12 mm height external dimensions.
Profile section 35×14 mm – Aluminium LED channel with 35 mm width by 14 mm height external dimensions.
Profile section 35×15 mm – Aluminium LED channel with 35 mm width by 15 mm height external dimensions.
Profile section 35×17 mm – Aluminium LED channel with 35 mm width by 17 mm height external dimensions.
Profile section 35×20 mm – Aluminium LED channel with 35 mm width by 20 mm height external dimensions.
Profile section 35×22 mm – Aluminium LED channel with 35 mm width by 22 mm height external dimensions.
Profile section 35×25 mm – Aluminium LED channel with 35 mm width by 25 mm height external dimensions.
Profile section 35×27 mm – Aluminium LED channel with 35 mm width by 27 mm height external dimensions.
Profile section 35×30 mm – Aluminium LED channel with 35 mm width by 30 mm height external dimensions.
Profile section 35×35 mm – Aluminium LED channel with 35 mm width by 35 mm height external dimensions.
Profile section 35×6 mm – Aluminium LED channel with 35 mm width by 6 mm height external dimensions.
Profile section 35×7 mm – Aluminium LED channel with 35 mm width by 7 mm height external dimensions.
Profile section 35×8 mm – Aluminium LED channel with 35 mm width by 8 mm height external dimensions.
Profile section 35×9 mm – Aluminium LED channel with 35 mm width by 9 mm height external dimensions.
Profile section 38×10 mm – Aluminium LED channel with 38 mm width by 10 mm height external dimensions.
Profile section 38×12 mm – Aluminium LED channel with 38 mm width by 12 mm height external dimensions.
Profile section 38×14 mm – Aluminium LED channel with 38 mm width by 14 mm height external dimensions.
Profile section 38×15 mm – Aluminium LED channel with 38 mm width by 15 mm height external dimensions.
Profile section 38×17 mm – Aluminium LED channel with 38 mm width by 17 mm height external dimensions.
Profile section 38×20 mm – Aluminium LED channel with 38 mm width by 20 mm height external dimensions.
Profile section 38×22 mm – Aluminium LED channel with 38 mm width by 22 mm height external dimensions.
Profile section 38×25 mm – Aluminium LED channel with 38 mm width by 25 mm height external dimensions.
Profile section 38×27 mm – Aluminium LED channel with 38 mm width by 27 mm height external dimensions.
Profile section 38×30 mm – Aluminium LED channel with 38 mm width by 30 mm height external dimensions.
Profile section 38×35 mm – Aluminium LED channel with 38 mm width by 35 mm height external dimensions.
Profile section 38×6 mm – Aluminium LED channel with 38 mm width by 6 mm height external dimensions.
Profile section 38×7 mm – Aluminium LED channel with 38 mm width by 7 mm height external dimensions.
Profile section 38×8 mm – Aluminium LED channel with 38 mm width by 8 mm height external dimensions.
Profile section 38×9 mm – Aluminium LED channel with 38 mm width by 9 mm height external dimensions.
Profile section 40×10 mm – Aluminium LED channel with 40 mm width by 10 mm height external dimensions.
Profile section 40×12 mm – Aluminium LED channel with 40 mm width by 12 mm height external dimensions.
Profile section 40×14 mm – Aluminium LED channel with 40 mm width by 14 mm height external dimensions.
Profile section 40×15 mm – Aluminium LED channel with 40 mm width by 15 mm height external dimensions.
Profile section 40×17 mm – Aluminium LED channel with 40 mm width by 17 mm height external dimensions.
Profile section 40×20 mm – Aluminium LED channel with 40 mm width by 20 mm height external dimensions.
Profile section 40×22 mm – Aluminium LED channel with 40 mm width by 22 mm height external dimensions.
Profile section 40×25 mm – Aluminium LED channel with 40 mm width by 25 mm height external dimensions.
Profile section 40×27 mm – Aluminium LED channel with 40 mm width by 27 mm height external dimensions.
Profile section 40×30 mm – Aluminium LED channel with 40 mm width by 30 mm height external dimensions.
Profile section 40×35 mm – Aluminium LED channel with 40 mm width by 35 mm height external dimensions.
Profile section 40×40 mm – Aluminium LED channel with 40 mm width by 40 mm height external dimensions.
Profile section 40×6 mm – Aluminium LED channel with 40 mm width by 6 mm height external dimensions.
Profile section 40×7 mm – Aluminium LED channel with 40 mm width by 7 mm height external dimensions.
Profile section 40×8 mm – Aluminium LED channel with 40 mm width by 8 mm height external dimensions.
Profile section 40×9 mm – Aluminium LED channel with 40 mm width by 9 mm height external dimensions.
Profile section 42×10 mm – Aluminium LED channel with 42 mm width by 10 mm height external dimensions.
Profile section 42×12 mm – Aluminium LED channel with 42 mm width by 12 mm height external dimensions.
Profile section 42×14 mm – Aluminium LED channel with 42 mm width by 14 mm height external dimensions.
Profile section 42×15 mm – Aluminium LED channel with 42 mm width by 15 mm height external dimensions.
Profile section 42×17 mm – Aluminium LED channel with 42 mm width by 17 mm height external dimensions.
Profile section 42×20 mm – Aluminium LED channel with 42 mm width by 20 mm height external dimensions.
Profile section 42×22 mm – Aluminium LED channel with 42 mm width by 22 mm height external dimensions.
Profile section 42×25 mm – Aluminium LED channel with 42 mm width by 25 mm height external dimensions.
Profile section 42×27 mm – Aluminium LED channel with 42 mm width by 27 mm height external dimensions.
Profile section 42×30 mm – Aluminium LED channel with 42 mm width by 30 mm height external dimensions.
Profile section 42×35 mm – Aluminium LED channel with 42 mm width by 35 mm height external dimensions.
Profile section 42×40 mm – Aluminium LED channel with 42 mm width by 40 mm height external dimensions.
Profile section 42×6 mm – Aluminium LED channel with 42 mm width by 6 mm height external dimensions.
Profile section 42×7 mm – Aluminium LED channel with 42 mm width by 7 mm height external dimensions.
Profile section 42×8 mm – Aluminium LED channel with 42 mm width by 8 mm height external dimensions.
Profile section 42×9 mm – Aluminium LED channel with 42 mm width by 9 mm height external dimensions.
Profile section 45×10 mm – Aluminium LED channel with 45 mm width by 10 mm height external dimensions.
Profile section 45×12 mm – Aluminium LED channel with 45 mm width by 12 mm height external dimensions.
Profile section 45×14 mm – Aluminium LED channel with 45 mm width by 14 mm height external dimensions.
Profile section 45×15 mm – Aluminium LED channel with 45 mm width by 15 mm height external dimensions.
Profile section 45×17 mm – Aluminium LED channel with 45 mm width by 17 mm height external dimensions.
Profile section 45×20 mm – Aluminium LED channel with 45 mm width by 20 mm height external dimensions.
Profile section 45×22 mm – Aluminium LED channel with 45 mm width by 22 mm height external dimensions.
Profile section 45×25 mm – Aluminium LED channel with 45 mm width by 25 mm height external dimensions.
Profile section 45×27 mm – Aluminium LED channel with 45 mm width by 27 mm height external dimensions.
Profile section 45×30 mm – Aluminium LED channel with 45 mm width by 30 mm height external dimensions.
Profile section 45×35 mm – Aluminium LED channel with 45 mm width by 35 mm height external dimensions.
Profile section 45×40 mm – Aluminium LED channel with 45 mm width by 40 mm height external dimensions.
Profile section 45×45 mm – Aluminium LED channel with 45 mm width by 45 mm height external dimensions.
Profile section 45×6 mm – Aluminium LED channel with 45 mm width by 6 mm height external dimensions.
Profile section 45×7 mm – Aluminium LED channel with 45 mm width by 7 mm height external dimensions.
Profile section 45×8 mm – Aluminium LED channel with 45 mm width by 8 mm height external dimensions.
Profile section 45×9 mm – Aluminium LED channel with 45 mm width by 9 mm height external dimensions.
Profile section 48×10 mm – Aluminium LED channel with 48 mm width by 10 mm height external dimensions.
Profile section 48×12 mm – Aluminium LED channel with 48 mm width by 12 mm height external dimensions.
Profile section 48×14 mm – Aluminium LED channel with 48 mm width by 14 mm height external dimensions.
Profile section 48×15 mm – Aluminium LED channel with 48 mm width by 15 mm height external dimensions.
Profile section 48×17 mm – Aluminium LED channel with 48 mm width by 17 mm height external dimensions.
Profile section 48×20 mm – Aluminium LED channel with 48 mm width by 20 mm height external dimensions.
Profile section 48×22 mm – Aluminium LED channel with 48 mm width by 22 mm height external dimensions.
Profile section 48×25 mm – Aluminium LED channel with 48 mm width by 25 mm height external dimensions.
Profile section 48×27 mm – Aluminium LED channel with 48 mm width by 27 mm height external dimensions.
Profile section 48×30 mm – Aluminium LED channel with 48 mm width by 30 mm height external dimensions.
Profile section 48×35 mm – Aluminium LED channel with 48 mm width by 35 mm height external dimensions.
Profile section 48×40 mm – Aluminium LED channel with 48 mm width by 40 mm height external dimensions.
Profile section 48×45 mm – Aluminium LED channel with 48 mm width by 45 mm height external dimensions.
Profile section 48×6 mm – Aluminium LED channel with 48 mm width by 6 mm height external dimensions.
Profile section 48×7 mm – Aluminium LED channel with 48 mm width by 7 mm height external dimensions.
Profile section 48×8 mm – Aluminium LED channel with 48 mm width by 8 mm height external dimensions.
Profile section 48×9 mm – Aluminium LED channel with 48 mm width by 9 mm height external dimensions.
Profile section 50×10 mm – Aluminium LED channel with 50 mm width by 10 mm height external dimensions.
Profile section 50×12 mm – Aluminium LED channel with 50 mm width by 12 mm height external dimensions.
Profile section 50×14 mm – Aluminium LED channel with 50 mm width by 14 mm height external dimensions.
Profile section 50×15 mm – Aluminium LED channel with 50 mm width by 15 mm height external dimensions.
Profile section 50×17 mm – Aluminium LED channel with 50 mm width by 17 mm height external dimensions.
Profile section 50×20 mm – Aluminium LED channel with 50 mm width by 20 mm height external dimensions.
Profile section 50×22 mm – Aluminium LED channel with 50 mm width by 22 mm height external dimensions.
Profile section 50×25 mm – Aluminium LED channel with 50 mm width by 25 mm height external dimensions.
Profile section 50×27 mm – Aluminium LED channel with 50 mm width by 27 mm height external dimensions.
Profile section 50×30 mm – Aluminium LED channel with 50 mm width by 30 mm height external dimensions.
Profile section 50×35 mm – Aluminium LED channel with 50 mm width by 35 mm height external dimensions.
Profile section 50×40 mm – Aluminium LED channel with 50 mm width by 40 mm height external dimensions.
Profile section 50×45 mm – Aluminium LED channel with 50 mm width by 45 mm height external dimensions.
Profile section 50×50 mm – Aluminium LED channel with 50 mm width by 50 mm height external dimensions.
Profile section 50×6 mm – Aluminium LED channel with 50 mm width by 6 mm height external dimensions.
Profile section 50×7 mm – Aluminium LED channel with 50 mm width by 7 mm height external dimensions.
Profile section 50×8 mm – Aluminium LED channel with 50 mm width by 8 mm height external dimensions.
Profile section 50×9 mm – Aluminium LED channel with 50 mm width by 9 mm height external dimensions.
Profile section 55×10 mm – Aluminium LED channel with 55 mm width by 10 mm height external dimensions.
Profile section 55×12 mm – Aluminium LED channel with 55 mm width by 12 mm height external dimensions.
Profile section 55×14 mm – Aluminium LED channel with 55 mm width by 14 mm height external dimensions.
Profile section 55×15 mm – Aluminium LED channel with 55 mm width by 15 mm height external dimensions.
Profile section 55×17 mm – Aluminium LED channel with 55 mm width by 17 mm height external dimensions.
Profile section 55×20 mm – Aluminium LED channel with 55 mm width by 20 mm height external dimensions.
Profile section 55×22 mm – Aluminium LED channel with 55 mm width by 22 mm height external dimensions.
Profile section 55×25 mm – Aluminium LED channel with 55 mm width by 25 mm height external dimensions.
Profile section 55×27 mm – Aluminium LED channel with 55 mm width by 27 mm height external dimensions.
Profile section 55×30 mm – Aluminium LED channel with 55 mm width by 30 mm height external dimensions.
Profile section 55×35 mm – Aluminium LED channel with 55 mm width by 35 mm height external dimensions.
Profile section 55×40 mm – Aluminium LED channel with 55 mm width by 40 mm height external dimensions.
Profile section 55×45 mm – Aluminium LED channel with 55 mm width by 45 mm height external dimensions.
Profile section 55×50 mm – Aluminium LED channel with 55 mm width by 50 mm height external dimensions.
Profile section 55×55 mm – Aluminium LED channel with 55 mm width by 55 mm height external dimensions.
Profile section 55×6 mm – Aluminium LED channel with 55 mm width by 6 mm height external dimensions.
Profile section 55×7 mm – Aluminium LED channel with 55 mm width by 7 mm height external dimensions.
Profile section 55×8 mm – Aluminium LED channel with 55 mm width by 8 mm height external dimensions.
Profile section 55×9 mm – Aluminium LED channel with 55 mm width by 9 mm height external dimensions.
Profile section 58×10 mm – Aluminium LED channel with 58 mm width by 10 mm height external dimensions.
Profile section 58×12 mm – Aluminium LED channel with 58 mm width by 12 mm height external dimensions.
Profile section 58×14 mm – Aluminium LED channel with 58 mm width by 14 mm height external dimensions.
Profile section 58×15 mm – Aluminium LED channel with 58 mm width by 15 mm height external dimensions.
Profile section 58×17 mm – Aluminium LED channel with 58 mm width by 17 mm height external dimensions.
Profile section 58×20 mm – Aluminium LED channel with 58 mm width by 20 mm height external dimensions.
Profile section 58×22 mm – Aluminium LED channel with 58 mm width by 22 mm height external dimensions.
Profile section 58×25 mm – Aluminium LED channel with 58 mm width by 25 mm height external dimensions.
Profile section 58×27 mm – Aluminium LED channel with 58 mm width by 27 mm height external dimensions.
Profile section 58×30 mm – Aluminium LED channel with 58 mm width by 30 mm height external dimensions.
Profile section 58×35 mm – Aluminium LED channel with 58 mm width by 35 mm height external dimensions.
Profile section 58×40 mm – Aluminium LED channel with 58 mm width by 40 mm height external dimensions.
Profile section 58×45 mm – Aluminium LED channel with 58 mm width by 45 mm height external dimensions.
Profile section 58×50 mm – Aluminium LED channel with 58 mm width by 50 mm height external dimensions.
Profile section 58×55 mm – Aluminium LED channel with 58 mm width by 55 mm height external dimensions.
Profile section 58×6 mm – Aluminium LED channel with 58 mm width by 6 mm height external dimensions.
Profile section 58×7 mm – Aluminium LED channel with 58 mm width by 7 mm height external dimensions.
Profile section 58×8 mm – Aluminium LED channel with 58 mm width by 8 mm height external dimensions.
Profile section 58×9 mm – Aluminium LED channel with 58 mm width by 9 mm height external dimensions.
Profile section 60×10 mm – Aluminium LED channel with 60 mm width by 10 mm height external dimensions.
Profile section 60×12 mm – Aluminium LED channel with 60 mm width by 12 mm height external dimensions.
Profile section 60×14 mm – Aluminium LED channel with 60 mm width by 14 mm height external dimensions.
Profile section 60×15 mm – Aluminium LED channel with 60 mm width by 15 mm height external dimensions.
Profile section 60×17 mm – Aluminium LED channel with 60 mm width by 17 mm height external dimensions.
Profile section 60×20 mm – Aluminium LED channel with 60 mm width by 20 mm height external dimensions.
Profile section 60×22 mm – Aluminium LED channel with 60 mm width by 22 mm height external dimensions.
Profile section 60×25 mm – Aluminium LED channel with 60 mm width by 25 mm height external dimensions.
Profile section 60×27 mm – Aluminium LED channel with 60 mm width by 27 mm height external dimensions.
Profile section 60×30 mm – Aluminium LED channel with 60 mm width by 30 mm height external dimensions.
Profile section 60×35 mm – Aluminium LED channel with 60 mm width by 35 mm height external dimensions.
Profile section 60×40 mm – Aluminium LED channel with 60 mm width by 40 mm height external dimensions.
Profile section 60×45 mm – Aluminium LED channel with 60 mm width by 45 mm height external dimensions.
Profile section 60×50 mm – Aluminium LED channel with 60 mm width by 50 mm height external dimensions.
Profile section 60×55 mm – Aluminium LED channel with 60 mm width by 55 mm height external dimensions.
Profile section 60×6 mm – Aluminium LED channel with 60 mm width by 6 mm height external dimensions.
Profile section 60×60 mm – Aluminium LED channel with 60 mm width by 60 mm height external dimensions.
Profile section 60×7 mm – Aluminium LED channel with 60 mm width by 7 mm height external dimensions.
Profile section 60×8 mm – Aluminium LED channel with 60 mm width by 8 mm height external dimensions.
Profile section 60×9 mm – Aluminium LED channel with 60 mm width by 9 mm height external dimensions.
Profile section 65×10 mm – Aluminium LED channel with 65 mm width by 10 mm height external dimensions.
Profile section 65×12 mm – Aluminium LED channel with 65 mm width by 12 mm height external dimensions.
Profile section 65×14 mm – Aluminium LED channel with 65 mm width by 14 mm height external dimensions.
Profile section 65×15 mm – Aluminium LED channel with 65 mm width by 15 mm height external dimensions.
Profile section 65×17 mm – Aluminium LED channel with 65 mm width by 17 mm height external dimensions.
Profile section 65×20 mm – Aluminium LED channel with 65 mm width by 20 mm height external dimensions.
Profile section 65×22 mm – Aluminium LED channel with 65 mm width by 22 mm height external dimensions.
Profile section 65×25 mm – Aluminium LED channel with 65 mm width by 25 mm height external dimensions.
Profile section 65×27 mm – Aluminium LED channel with 65 mm width by 27 mm height external dimensions.
Profile section 65×30 mm – Aluminium LED channel with 65 mm width by 30 mm height external dimensions.
Profile section 65×35 mm – Aluminium LED channel with 65 mm width by 35 mm height external dimensions.
Profile section 65×40 mm – Aluminium LED channel with 65 mm width by 40 mm height external dimensions.
Profile section 65×45 mm – Aluminium LED channel with 65 mm width by 45 mm height external dimensions.
Profile section 65×50 mm – Aluminium LED channel with 65 mm width by 50 mm height external dimensions.
Profile section 65×55 mm – Aluminium LED channel with 65 mm width by 55 mm height external dimensions.
Profile section 65×6 mm – Aluminium LED channel with 65 mm width by 6 mm height external dimensions.
Profile section 65×60 mm – Aluminium LED channel with 65 mm width by 60 mm height external dimensions.
Profile section 65×7 mm – Aluminium LED channel with 65 mm width by 7 mm height external dimensions.
Profile section 65×8 mm – Aluminium LED channel with 65 mm width by 8 mm height external dimensions.
Profile section 65×9 mm – Aluminium LED channel with 65 mm width by 9 mm height external dimensions.
Profile section 70×10 mm – Aluminium LED channel with 70 mm width by 10 mm height external dimensions.
Profile section 70×12 mm – Aluminium LED channel with 70 mm width by 12 mm height external dimensions.
Profile section 70×14 mm – Aluminium LED channel with 70 mm width by 14 mm height external dimensions.
Profile section 70×15 mm – Aluminium LED channel with 70 mm width by 15 mm height external dimensions.
Profile section 70×17 mm – Aluminium LED channel with 70 mm width by 17 mm height external dimensions.
Profile section 70×20 mm – Aluminium LED channel with 70 mm width by 20 mm height external dimensions.
Profile section 70×22 mm – Aluminium LED channel with 70 mm width by 22 mm height external dimensions.
Profile section 70×25 mm – Aluminium LED channel with 70 mm width by 25 mm height external dimensions.
Profile section 70×27 mm – Aluminium LED channel with 70 mm width by 27 mm height external dimensions.
Profile section 70×30 mm – Aluminium LED channel with 70 mm width by 30 mm height external dimensions.
Profile section 70×35 mm – Aluminium LED channel with 70 mm width by 35 mm height external dimensions.
Profile section 70×40 mm – Aluminium LED channel with 70 mm width by 40 mm height external dimensions.
Profile section 70×45 mm – Aluminium LED channel with 70 mm width by 45 mm height external dimensions.
Profile section 70×50 mm – Aluminium LED channel with 70 mm width by 50 mm height external dimensions.
Profile section 70×55 mm – Aluminium LED channel with 70 mm width by 55 mm height external dimensions.
Profile section 70×6 mm – Aluminium LED channel with 70 mm width by 6 mm height external dimensions.
Profile section 70×60 mm – Aluminium LED channel with 70 mm width by 60 mm height external dimensions.
Profile section 70×7 mm – Aluminium LED channel with 70 mm width by 7 mm height external dimensions.
Profile section 70×70 mm – Aluminium LED channel with 70 mm width by 70 mm height external dimensions.
Profile section 70×8 mm – Aluminium LED channel with 70 mm width by 8 mm height external dimensions.
Profile section 70×9 mm – Aluminium LED channel with 70 mm width by 9 mm height external dimensions.
Profile section 75×10 mm – Aluminium LED channel with 75 mm width by 10 mm height external dimensions.
Profile section 75×12 mm – Aluminium LED channel with 75 mm width by 12 mm height external dimensions.
Profile section 75×14 mm – Aluminium LED channel with 75 mm width by 14 mm height external dimensions.
Profile section 75×15 mm – Aluminium LED channel with 75 mm width by 15 mm height external dimensions.
Profile section 75×17 mm – Aluminium LED channel with 75 mm width by 17 mm height external dimensions.
Profile section 75×20 mm – Aluminium LED channel with 75 mm width by 20 mm height external dimensions.
Profile section 75×22 mm – Aluminium LED channel with 75 mm width by 22 mm height external dimensions.
Profile section 75×25 mm – Aluminium LED channel with 75 mm width by 25 mm height external dimensions.
Profile section 75×27 mm – Aluminium LED channel with 75 mm width by 27 mm height external dimensions.
Profile section 75×30 mm – Aluminium LED channel with 75 mm width by 30 mm height external dimensions.
Profile section 75×35 mm – Aluminium LED channel with 75 mm width by 35 mm height external dimensions.
Profile section 75×40 mm – Aluminium LED channel with 75 mm width by 40 mm height external dimensions.
Profile section 75×45 mm – Aluminium LED channel with 75 mm width by 45 mm height external dimensions.
Profile section 75×50 mm – Aluminium LED channel with 75 mm width by 50 mm height external dimensions.
Profile section 75×55 mm – Aluminium LED channel with 75 mm width by 55 mm height external dimensions.
Profile section 75×6 mm – Aluminium LED channel with 75 mm width by 6 mm height external dimensions.
Profile section 75×60 mm – Aluminium LED channel with 75 mm width by 60 mm height external dimensions.
Profile section 75×7 mm – Aluminium LED channel with 75 mm width by 7 mm height external dimensions.
Profile section 75×70 mm – Aluminium LED channel with 75 mm width by 70 mm height external dimensions.
Profile section 75×8 mm – Aluminium LED channel with 75 mm width by 8 mm height external dimensions.
Profile section 75×9 mm – Aluminium LED channel with 75 mm width by 9 mm height external dimensions.
Profile section 80×10 mm – Aluminium LED channel with 80 mm width by 10 mm height external dimensions.
Profile section 80×12 mm – Aluminium LED channel with 80 mm width by 12 mm height external dimensions.
Profile section 80×14 mm – Aluminium LED channel with 80 mm width by 14 mm height external dimensions.
Profile section 80×15 mm – Aluminium LED channel with 80 mm width by 15 mm height external dimensions.
Profile section 80×17 mm – Aluminium LED channel with 80 mm width by 17 mm height external dimensions.
Profile section 80×20 mm – Aluminium LED channel with 80 mm width by 20 mm height external dimensions.
Profile section 80×22 mm – Aluminium LED channel with 80 mm width by 22 mm height external dimensions.
Profile section 80×25 mm – Aluminium LED channel with 80 mm width by 25 mm height external dimensions.
Profile section 80×27 mm – Aluminium LED channel with 80 mm width by 27 mm height external dimensions.
Profile section 80×30 mm – Aluminium LED channel with 80 mm width by 30 mm height external dimensions.
Profile section 80×35 mm – Aluminium LED channel with 80 mm width by 35 mm height external dimensions.
Profile section 80×40 mm – Aluminium LED channel with 80 mm width by 40 mm height external dimensions.
Profile section 80×45 mm – Aluminium LED channel with 80 mm width by 45 mm height external dimensions.
Profile section 80×50 mm – Aluminium LED channel with 80 mm width by 50 mm height external dimensions.
Profile section 80×55 mm – Aluminium LED channel with 80 mm width by 55 mm height external dimensions.
Profile section 80×6 mm – Aluminium LED channel with 80 mm width by 6 mm height external dimensions.
Profile section 80×60 mm – Aluminium LED channel with 80 mm width by 60 mm height external dimensions.
Profile section 80×7 mm – Aluminium LED channel with 80 mm width by 7 mm height external dimensions.
Profile section 80×70 mm – Aluminium LED channel with 80 mm width by 70 mm height external dimensions.
Profile section 80×8 mm – Aluminium LED channel with 80 mm width by 8 mm height external dimensions.
Profile section 80×80 mm – Aluminium LED channel with 80 mm width by 80 mm height external dimensions.
Profile section 80×9 mm – Aluminium LED channel with 80 mm width by 9 mm height external dimensions.
Profile section 8×6 mm – Aluminium LED channel with 8 mm width by 6 mm height external dimensions.
Profile section 8×7 mm – Aluminium LED channel with 8 mm width by 7 mm height external dimensions.
Profile section 8×8 mm – Aluminium LED channel with 8 mm width by 8 mm height external dimensions.
Profile section 90×10 mm – Aluminium LED channel with 90 mm width by 10 mm height external dimensions.
Profile section 90×12 mm – Aluminium LED channel with 90 mm width by 12 mm height external dimensions.
Profile section 90×14 mm – Aluminium LED channel with 90 mm width by 14 mm height external dimensions.
Profile section 90×15 mm – Aluminium LED channel with 90 mm width by 15 mm height external dimensions.
Profile section 90×17 mm – Aluminium LED channel with 90 mm width by 17 mm height external dimensions.
Profile section 90×20 mm – Aluminium LED channel with 90 mm width by 20 mm height external dimensions.
Profile section 90×22 mm – Aluminium LED channel with 90 mm width by 22 mm height external dimensions.
Profile section 90×25 mm – Aluminium LED channel with 90 mm width by 25 mm height external dimensions.
Profile section 90×27 mm – Aluminium LED channel with 90 mm width by 27 mm height external dimensions.
Profile section 90×30 mm – Aluminium LED channel with 90 mm width by 30 mm height external dimensions.
Profile section 90×35 mm – Aluminium LED channel with 90 mm width by 35 mm height external dimensions.
Profile section 90×40 mm – Aluminium LED channel with 90 mm width by 40 mm height external dimensions.
Profile section 90×45 mm – Aluminium LED channel with 90 mm width by 45 mm height external dimensions.
Profile section 90×50 mm – Aluminium LED channel with 90 mm width by 50 mm height external dimensions.
Profile section 90×55 mm – Aluminium LED channel with 90 mm width by 55 mm height external dimensions.
Profile section 90×6 mm – Aluminium LED channel with 90 mm width by 6 mm height external dimensions.
Profile section 90×60 mm – Aluminium LED channel with 90 mm width by 60 mm height external dimensions.
Profile section 90×7 mm – Aluminium LED channel with 90 mm width by 7 mm height external dimensions.
Profile section 90×70 mm – Aluminium LED channel with 90 mm width by 70 mm height external dimensions.
Profile section 90×8 mm – Aluminium LED channel with 90 mm width by 8 mm height external dimensions.
Profile section 90×80 mm – Aluminium LED channel with 90 mm width by 80 mm height external dimensions.
Profile section 90×9 mm – Aluminium LED channel with 90 mm width by 9 mm height external dimensions.
Profile width – Horizontal dimension of the profile, determining strip compatibility.
Profile width 10 mm – Aluminium LED profile with an external width of 10 mm.
Profile width 100 mm – Aluminium LED profile with an external width of 100 mm.
Profile width 110 mm – Aluminium LED profile with an external width of 110 mm.
Profile width 12 mm – Aluminium LED profile with an external width of 12 mm.
Profile width 120 mm – Aluminium LED profile with an external width of 120 mm.
Profile width 14 mm – Aluminium LED profile with an external width of 14 mm.
Profile width 15 mm – Aluminium LED profile with an external width of 15 mm.
Profile width 150 mm – Aluminium LED profile with an external width of 150 mm.
Profile width 16 mm – Aluminium LED profile with an external width of 16 mm.
Profile width 17 mm – Aluminium LED profile with an external width of 17 mm.
Profile width 18 mm – Aluminium LED profile with an external width of 18 mm.
Profile width 180 mm – Aluminium LED profile with an external width of 180 mm.
Profile width 20 mm – Aluminium LED profile with an external width of 20 mm.
Profile width 200 mm – Aluminium LED profile with an external width of 200 mm.
Profile width 22 mm – Aluminium LED profile with an external width of 22 mm.
Profile width 24 mm – Aluminium LED profile with an external width of 24 mm.
Profile width 25 mm – Aluminium LED profile with an external width of 25 mm.
Profile width 27 mm – Aluminium LED profile with an external width of 27 mm.
Profile width 30 mm – Aluminium LED profile with an external width of 30 mm.
Profile width 33 mm – Aluminium LED profile with an external width of 33 mm.
Profile width 35 mm – Aluminium LED profile with an external width of 35 mm.
Profile width 38 mm – Aluminium LED profile with an external width of 38 mm.
Profile width 40 mm – Aluminium LED profile with an external width of 40 mm.
Profile width 43 mm – Aluminium LED profile with an external width of 43 mm.
Profile width 45 mm – Aluminium LED profile with an external width of 45 mm.
Profile width 48 mm – Aluminium LED profile with an external width of 48 mm.
Profile width 50 mm – Aluminium LED profile with an external width of 50 mm.
Profile width 55 mm – Aluminium LED profile with an external width of 55 mm.
Profile width 58 mm – Aluminium LED profile with an external width of 58 mm.
Profile width 60 mm – Aluminium LED profile with an external width of 60 mm.
Profile width 65 mm – Aluminium LED profile with an external width of 65 mm.
Profile width 70 mm – Aluminium LED profile with an external width of 70 mm.
Profile width 75 mm – Aluminium LED profile with an external width of 75 mm.
Profile width 8 mm – Aluminium LED profile with an external width of 8 mm.
Profile width 80 mm – Aluminium LED profile with an external width of 80 mm.
Profile width 90 mm – Aluminium LED profile with an external width of 90 mm.
Projection (LED) – Focused-beam luminaire for accent, façade and monument lighting.
Protection (IP) – Ingress Protection rating against solids and liquids.
Protection (overcurrent) – Limiting current when the load exceeds rated value.
Protection (overvoltage / surge) – Clamping transient voltage spikes.
Protection (polarity reversal) – Preventing damage from incorrect wiring.
Protection (short circuit) – Shutting down on a short-circuit output.
Protection (thermal) – Reducing or cutting power on overtemperature.
Protection rating IP00 – Ingress protection rating IP00 for LED luminaires and profiles.
Protection rating IP10 – Ingress protection rating IP10 for LED luminaires and profiles.
Protection rating IP11 – Ingress protection rating IP11 for LED luminaires and profiles.
Protection rating IP12 – Ingress protection rating IP12 for LED luminaires and profiles.
Protection rating IP13 – Ingress protection rating IP13 for LED luminaires and profiles.
Protection rating IP20 – Ingress protection rating IP20 for LED luminaires and profiles.
Protection rating IP21 – Ingress protection rating IP21 for LED luminaires and profiles.
Protection rating IP22 – Ingress protection rating IP22 for LED luminaires and profiles.
Protection rating IP23 – Ingress protection rating IP23 for LED luminaires and profiles.
Protection rating IP24 – Ingress protection rating IP24 for LED luminaires and profiles.
Protection rating IP30 – Ingress protection rating IP30 for LED luminaires and profiles.
Protection rating IP31 – Ingress protection rating IP31 for LED luminaires and profiles.
Protection rating IP32 – Ingress protection rating IP32 for LED luminaires and profiles.
Protection rating IP33 – Ingress protection rating IP33 for LED luminaires and profiles.
Protection rating IP34 – Ingress protection rating IP34 for LED luminaires and profiles.
Protection rating IP40 – Ingress protection rating IP40 for LED luminaires and profiles.
Protection rating IP41 – Ingress protection rating IP41 for LED luminaires and profiles.
Protection rating IP42 – Ingress protection rating IP42 for LED luminaires and profiles.
Protection rating IP43 – Ingress protection rating IP43 for LED luminaires and profiles.
Protection rating IP44 – Ingress protection rating IP44 for LED luminaires and profiles.
Protection rating IP50 – Ingress protection rating IP50 for LED luminaires and profiles.
Protection rating IP54 – Ingress protection rating IP54 for LED luminaires and profiles.
Protection rating IP55 – Ingress protection rating IP55 for LED luminaires and profiles.
Protection rating IP56 – Ingress protection rating IP56 for LED luminaires and profiles.
Protection rating IP60 – Ingress protection rating IP60 for LED luminaires and profiles.
Protection rating IP64 – Ingress protection rating IP64 for LED luminaires and profiles.
Protection rating IP65 – Ingress protection rating IP65 for LED luminaires and profiles.
Protection rating IP66 – Ingress protection rating IP66 for LED luminaires and profiles.
Protection rating IP67 – Ingress protection rating IP67 for LED luminaires and profiles.
Protection rating IP68 – Ingress protection rating IP68 for LED luminaires and profiles.
Protection rating IP69K – Ingress protection rating IP69K for LED luminaires and profiles.
Protocol (0-10V analogue) – 0-10V analogue communication standard for LED lighting control systems.
Protocol (1-10V analogue) – 1-10V analogue communication standard for LED lighting control systems.
Protocol (Art-Net 3) – Art-Net 3 communication standard for LED lighting control systems.
Protocol (Art-Net 4) – Art-Net 4 communication standard for LED lighting control systems.
Protocol (AstroDIM) – AstroDIM communication standard for LED lighting control systems.
Protocol (BACnet MS/TP) – BACnet MS/TP communication standard for LED lighting control systems.
Protocol (BACnet/IP) – BACnet/IP communication standard for LED lighting control systems.
Protocol (BLE Mesh) – BLE Mesh communication standard for LED lighting control systems.
Protocol (Bluetooth 5.0) – Bluetooth 5.0 communication standard for LED lighting control systems.
Protocol (Bluetooth 5.2) – Bluetooth 5.2 communication standard for LED lighting control systems.
Protocol (CASAMBI) – CASAMBI communication standard for LED lighting control systems.
Protocol (CLODALI) – CLODALI communication standard for LED lighting control systems.
Protocol (Control4) – Control4 communication standard for LED lighting control systems.
Protocol (Corridor Function) – Corridor Function communication standard for LED lighting control systems.
Protocol (Crestron) – Crestron communication standard for LED lighting control systems.
Protocol (DALI) – DALI communication standard for LED lighting control systems.
Protocol (DALI+ wireless) – DALI+ wireless communication standard for LED lighting control systems.
Protocol (DALI-2) – DALI-2 communication standard for LED lighting control systems.
Protocol (DMX over Ethernet) – DMX over Ethernet communication standard for LED lighting control systems.
Protocol (DMX-RDM) – DMX-RDM communication standard for LED lighting control systems.
Protocol (DMX512) – DMX512 communication standard for LED lighting control systems.
Protocol (EnOcean) – EnOcean communication standard for LED lighting control systems.
Protocol (Helvar Imagine) – Helvar Imagine communication standard for LED lighting control systems.
Protocol (HomeKit) – HomeKit communication standard for LED lighting control systems.
Protocol (Hue Zigbee) – Hue Zigbee communication standard for LED lighting control systems.
Protocol (iGuzzini Linealuce protocol) – iGuzzini Linealuce protocol communication standard for LED lighting control systems.
Protocol (Insteon) – Insteon communication standard for LED lighting control systems.
Protocol (KNX IP) – KNX IP communication standard for LED lighting control systems.
Protocol (KNX RF) – KNX RF communication standard for LED lighting control systems.
Protocol (KNX TP) – KNX TP communication standard for LED lighting control systems.
Protocol (Loxone Air) – Loxone Air communication standard for LED lighting control systems.
Protocol (Loxone) – Loxone communication standard for LED lighting control systems.
Protocol (Lutron Caseta) – Lutron Caseta communication standard for LED lighting control systems.
Protocol (Lutron HomeWorks) – Lutron HomeWorks communication standard for LED lighting control systems.
Protocol (Lutron RadioRA 3) – Lutron RadioRA 3 communication standard for LED lighting control systems.
Protocol (Matter) – Matter communication standard for LED lighting control systems.
Protocol (Modbus RTU) – Modbus RTU communication standard for LED lighting control systems.
Protocol (Modbus TCP) – Modbus TCP communication standard for LED lighting control systems.
Protocol (MQTT) – MQTT communication standard for LED lighting control systems.
Protocol (Open Sound Control (OSC)) – Open Sound Control (OSC) communication standard for LED lighting control systems.
Protocol (Pharos protocol) – Pharos protocol communication standard for LED lighting control systems.
Protocol (PUSH-DIM) – PUSH-DIM communication standard for LED lighting control systems.
Protocol (sACN E1.31) – sACN E1.31 communication standard for LED lighting control systems.
Protocol (Savant) – Savant communication standard for LED lighting control systems.
Protocol (SPI APA102) – SPI APA102 communication standard for LED lighting control systems.
Protocol (SPI GS8208) – SPI GS8208 communication standard for LED lighting control systems.
Protocol (SPI SK6812) – SPI SK6812 communication standard for LED lighting control systems.
Protocol (SPI SK9822) – SPI SK9822 communication standard for LED lighting control systems.
Protocol (SPI TM1814) – SPI TM1814 communication standard for LED lighting control systems.
Protocol (SPI WS2812) – SPI WS2812 communication standard for LED lighting control systems.
Protocol (SPI WS2815) – SPI WS2815 communication standard for LED lighting control systems.
Protocol (SwitchDim) – SwitchDim communication standard for LED lighting control systems.
Protocol (Thread) – Thread communication standard for LED lighting control systems.
Protocol (TouchDim) – TouchDim communication standard for LED lighting control systems.
Protocol (Tridonic net4more) – Tridonic net4more communication standard for LED lighting control systems.
Protocol (Tuya Wi-Fi) – Tuya Wi-Fi communication standard for LED lighting control systems.
Protocol (Tuya Zigbee) – Tuya Zigbee communication standard for LED lighting control systems.
Protocol (WiZ) – WiZ communication standard for LED lighting control systems.
Protocol (Z-Wave 700) – Z-Wave 700 communication standard for LED lighting control systems.
Protocol (Z-Wave) – Z-Wave communication standard for LED lighting control systems.
Protocol (Zigbee 3.0) – Zigbee 3.0 communication standard for LED lighting control systems.
Protocol (Zigbee Green Power) – Zigbee Green Power communication standard for LED lighting control systems.
Protocol (Zigbee Light Link) – Zigbee Light Link communication standard for LED lighting control systems.
Protocol (Zumtobel LITECOM) – Zumtobel LITECOM communication standard for LED lighting control systems.
Prototyping – Producing custom-profile samples before series manufacturing.
PSU 12V 1.0A 12W – Constant-voltage LED power supply delivering 12V DC at up to 1.0A, totalling 12W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 1.5A 18W – Constant-voltage LED power supply delivering 12V DC at up to 1.5A, totalling 18W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 10.0A 120W – Constant-voltage LED power supply delivering 12V DC at up to 10.0A, totalling 120W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 10.5A 126W – Constant-voltage LED power supply delivering 12V DC at up to 10.5A, totalling 126W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 11.0A 132W – Constant-voltage LED power supply delivering 12V DC at up to 11.0A, totalling 132W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 11.5A 138W – Constant-voltage LED power supply delivering 12V DC at up to 11.5A, totalling 138W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 12.0A 144W – Constant-voltage LED power supply delivering 12V DC at up to 12.0A, totalling 144W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 12.5A 150W – Constant-voltage LED power supply delivering 12V DC at up to 12.5A, totalling 150W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 13.0A 156W – Constant-voltage LED power supply delivering 12V DC at up to 13.0A, totalling 156W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 13.5A 162W – Constant-voltage LED power supply delivering 12V DC at up to 13.5A, totalling 162W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 14.0A 168W – Constant-voltage LED power supply delivering 12V DC at up to 14.0A, totalling 168W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 14.5A 174W – Constant-voltage LED power supply delivering 12V DC at up to 14.5A, totalling 174W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 15.0A 180W – Constant-voltage LED power supply delivering 12V DC at up to 15.0A, totalling 180W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 15.5A 186W – Constant-voltage LED power supply delivering 12V DC at up to 15.5A, totalling 186W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 16.0A 192W – Constant-voltage LED power supply delivering 12V DC at up to 16.0A, totalling 192W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 16.5A 198W – Constant-voltage LED power supply delivering 12V DC at up to 16.5A, totalling 198W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 17.0A 204W – Constant-voltage LED power supply delivering 12V DC at up to 17.0A, totalling 204W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 17.5A 210W – Constant-voltage LED power supply delivering 12V DC at up to 17.5A, totalling 210W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 18.0A 216W – Constant-voltage LED power supply delivering 12V DC at up to 18.0A, totalling 216W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 18.5A 222W – Constant-voltage LED power supply delivering 12V DC at up to 18.5A, totalling 222W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 19.0A 228W – Constant-voltage LED power supply delivering 12V DC at up to 19.0A, totalling 228W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 19.5A 234W – Constant-voltage LED power supply delivering 12V DC at up to 19.5A, totalling 234W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 2.0A 24W – Constant-voltage LED power supply delivering 12V DC at up to 2.0A, totalling 24W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 2.5A 30W – Constant-voltage LED power supply delivering 12V DC at up to 2.5A, totalling 30W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 20.0A 240W – Constant-voltage LED power supply delivering 12V DC at up to 20.0A, totalling 240W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 20.5A 246W – Constant-voltage LED power supply delivering 12V DC at up to 20.5A, totalling 246W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 21.0A 252W – Constant-voltage LED power supply delivering 12V DC at up to 21.0A, totalling 252W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 21.5A 258W – Constant-voltage LED power supply delivering 12V DC at up to 21.5A, totalling 258W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 22.0A 264W – Constant-voltage LED power supply delivering 12V DC at up to 22.0A, totalling 264W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 22.5A 270W – Constant-voltage LED power supply delivering 12V DC at up to 22.5A, totalling 270W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 23.0A 276W – Constant-voltage LED power supply delivering 12V DC at up to 23.0A, totalling 276W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 23.5A 282W – Constant-voltage LED power supply delivering 12V DC at up to 23.5A, totalling 282W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 24.0A 288W – Constant-voltage LED power supply delivering 12V DC at up to 24.0A, totalling 288W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 24.5A 294W – Constant-voltage LED power supply delivering 12V DC at up to 24.5A, totalling 294W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 25.0A 300W – Constant-voltage LED power supply delivering 12V DC at up to 25.0A, totalling 300W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 25.5A 306W – Constant-voltage LED power supply delivering 12V DC at up to 25.5A, totalling 306W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 3.0A 36W – Constant-voltage LED power supply delivering 12V DC at up to 3.0A, totalling 36W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 3.5A 42W – Constant-voltage LED power supply delivering 12V DC at up to 3.5A, totalling 42W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 4.0A 48W – Constant-voltage LED power supply delivering 12V DC at up to 4.0A, totalling 48W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 4.5A 54W – Constant-voltage LED power supply delivering 12V DC at up to 4.5A, totalling 54W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 5.0A 60W – Constant-voltage LED power supply delivering 12V DC at up to 5.0A, totalling 60W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 5.5A 66W – Constant-voltage LED power supply delivering 12V DC at up to 5.5A, totalling 66W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 6.0A 72W – Constant-voltage LED power supply delivering 12V DC at up to 6.0A, totalling 72W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 6.5A 78W – Constant-voltage LED power supply delivering 12V DC at up to 6.5A, totalling 78W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 7.0A 84W – Constant-voltage LED power supply delivering 12V DC at up to 7.0A, totalling 84W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 7.5A 90W – Constant-voltage LED power supply delivering 12V DC at up to 7.5A, totalling 90W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 8.0A 96W – Constant-voltage LED power supply delivering 12V DC at up to 8.0A, totalling 96W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 8.5A 102W – Constant-voltage LED power supply delivering 12V DC at up to 8.5A, totalling 102W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 9.0A 108W – Constant-voltage LED power supply delivering 12V DC at up to 9.0A, totalling 108W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 12V 9.5A 114W – Constant-voltage LED power supply delivering 12V DC at up to 9.5A, totalling 114W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 0.5A 12W – Constant-voltage LED power supply delivering 24V DC at up to 0.5A, totalling 12W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 1.0A 24W – Constant-voltage LED power supply delivering 24V DC at up to 1.0A, totalling 24W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 1.5A 36W – Constant-voltage LED power supply delivering 24V DC at up to 1.5A, totalling 36W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 10.0A 240W – Constant-voltage LED power supply delivering 24V DC at up to 10.0A, totalling 240W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 10.5A 252W – Constant-voltage LED power supply delivering 24V DC at up to 10.5A, totalling 252W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 11.0A 264W – Constant-voltage LED power supply delivering 24V DC at up to 11.0A, totalling 264W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 11.5A 276W – Constant-voltage LED power supply delivering 24V DC at up to 11.5A, totalling 276W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 12.0A 288W – Constant-voltage LED power supply delivering 24V DC at up to 12.0A, totalling 288W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 12.5A 300W – Constant-voltage LED power supply delivering 24V DC at up to 12.5A, totalling 300W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 13.0A 312W – Constant-voltage LED power supply delivering 24V DC at up to 13.0A, totalling 312W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 13.5A 324W – Constant-voltage LED power supply delivering 24V DC at up to 13.5A, totalling 324W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 14.0A 336W – Constant-voltage LED power supply delivering 24V DC at up to 14.0A, totalling 336W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 14.5A 348W – Constant-voltage LED power supply delivering 24V DC at up to 14.5A, totalling 348W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 15.0A 360W – Constant-voltage LED power supply delivering 24V DC at up to 15.0A, totalling 360W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 15.5A 372W – Constant-voltage LED power supply delivering 24V DC at up to 15.5A, totalling 372W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 16.0A 384W – Constant-voltage LED power supply delivering 24V DC at up to 16.0A, totalling 384W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 16.5A 396W – Constant-voltage LED power supply delivering 24V DC at up to 16.5A, totalling 396W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 17.0A 408W – Constant-voltage LED power supply delivering 24V DC at up to 17.0A, totalling 408W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 17.5A 420W – Constant-voltage LED power supply delivering 24V DC at up to 17.5A, totalling 420W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 18.0A 432W – Constant-voltage LED power supply delivering 24V DC at up to 18.0A, totalling 432W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 18.5A 444W – Constant-voltage LED power supply delivering 24V DC at up to 18.5A, totalling 444W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 19.0A 456W – Constant-voltage LED power supply delivering 24V DC at up to 19.0A, totalling 456W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 19.5A 468W – Constant-voltage LED power supply delivering 24V DC at up to 19.5A, totalling 468W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 2.0A 48W – Constant-voltage LED power supply delivering 24V DC at up to 2.0A, totalling 48W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 2.5A 60W – Constant-voltage LED power supply delivering 24V DC at up to 2.5A, totalling 60W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 20.0A 480W – Constant-voltage LED power supply delivering 24V DC at up to 20.0A, totalling 480W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 20.5A 492W – Constant-voltage LED power supply delivering 24V DC at up to 20.5A, totalling 492W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 21.0A 504W – Constant-voltage LED power supply delivering 24V DC at up to 21.0A, totalling 504W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 21.5A 516W – Constant-voltage LED power supply delivering 24V DC at up to 21.5A, totalling 516W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 22.0A 528W – Constant-voltage LED power supply delivering 24V DC at up to 22.0A, totalling 528W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 22.5A 540W – Constant-voltage LED power supply delivering 24V DC at up to 22.5A, totalling 540W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 23.0A 552W – Constant-voltage LED power supply delivering 24V DC at up to 23.0A, totalling 552W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 23.5A 564W – Constant-voltage LED power supply delivering 24V DC at up to 23.5A, totalling 564W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 24.0A 576W – Constant-voltage LED power supply delivering 24V DC at up to 24.0A, totalling 576W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 24.5A 588W – Constant-voltage LED power supply delivering 24V DC at up to 24.5A, totalling 588W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 25.0A 600W – Constant-voltage LED power supply delivering 24V DC at up to 25.0A, totalling 600W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 25.5A 612W – Constant-voltage LED power supply delivering 24V DC at up to 25.5A, totalling 612W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 3.0A 72W – Constant-voltage LED power supply delivering 24V DC at up to 3.0A, totalling 72W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 3.5A 84W – Constant-voltage LED power supply delivering 24V DC at up to 3.5A, totalling 84W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 4.0A 96W – Constant-voltage LED power supply delivering 24V DC at up to 4.0A, totalling 96W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 4.5A 108W – Constant-voltage LED power supply delivering 24V DC at up to 4.5A, totalling 108W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 5.0A 120W – Constant-voltage LED power supply delivering 24V DC at up to 5.0A, totalling 120W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 5.5A 132W – Constant-voltage LED power supply delivering 24V DC at up to 5.5A, totalling 132W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 6.0A 144W – Constant-voltage LED power supply delivering 24V DC at up to 6.0A, totalling 144W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 6.5A 156W – Constant-voltage LED power supply delivering 24V DC at up to 6.5A, totalling 156W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 7.0A 168W – Constant-voltage LED power supply delivering 24V DC at up to 7.0A, totalling 168W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 7.5A 180W – Constant-voltage LED power supply delivering 24V DC at up to 7.5A, totalling 180W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 8.0A 192W – Constant-voltage LED power supply delivering 24V DC at up to 8.0A, totalling 192W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 8.5A 204W – Constant-voltage LED power supply delivering 24V DC at up to 8.5A, totalling 204W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 9.0A 216W – Constant-voltage LED power supply delivering 24V DC at up to 9.0A, totalling 216W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 24V 9.5A 228W – Constant-voltage LED power supply delivering 24V DC at up to 9.5A, totalling 228W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 0.5A 18W – Constant-voltage LED power supply delivering 36V DC at up to 0.5A, totalling 18W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 1.0A 36W – Constant-voltage LED power supply delivering 36V DC at up to 1.0A, totalling 36W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 1.5A 54W – Constant-voltage LED power supply delivering 36V DC at up to 1.5A, totalling 54W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 10.0A 360W – Constant-voltage LED power supply delivering 36V DC at up to 10.0A, totalling 360W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 10.5A 378W – Constant-voltage LED power supply delivering 36V DC at up to 10.5A, totalling 378W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 11.0A 396W – Constant-voltage LED power supply delivering 36V DC at up to 11.0A, totalling 396W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 11.5A 414W – Constant-voltage LED power supply delivering 36V DC at up to 11.5A, totalling 414W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 12.0A 432W – Constant-voltage LED power supply delivering 36V DC at up to 12.0A, totalling 432W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 12.5A 450W – Constant-voltage LED power supply delivering 36V DC at up to 12.5A, totalling 450W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 13.0A 468W – Constant-voltage LED power supply delivering 36V DC at up to 13.0A, totalling 468W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 13.5A 486W – Constant-voltage LED power supply delivering 36V DC at up to 13.5A, totalling 486W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 14.0A 504W – Constant-voltage LED power supply delivering 36V DC at up to 14.0A, totalling 504W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 14.5A 522W – Constant-voltage LED power supply delivering 36V DC at up to 14.5A, totalling 522W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 15.0A 540W – Constant-voltage LED power supply delivering 36V DC at up to 15.0A, totalling 540W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 15.5A 558W – Constant-voltage LED power supply delivering 36V DC at up to 15.5A, totalling 558W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 16.0A 576W – Constant-voltage LED power supply delivering 36V DC at up to 16.0A, totalling 576W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 16.5A 594W – Constant-voltage LED power supply delivering 36V DC at up to 16.5A, totalling 594W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 17.0A 612W – Constant-voltage LED power supply delivering 36V DC at up to 17.0A, totalling 612W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 17.5A 630W – Constant-voltage LED power supply delivering 36V DC at up to 17.5A, totalling 630W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 18.0A 648W – Constant-voltage LED power supply delivering 36V DC at up to 18.0A, totalling 648W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 18.5A 666W – Constant-voltage LED power supply delivering 36V DC at up to 18.5A, totalling 666W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 19.0A 684W – Constant-voltage LED power supply delivering 36V DC at up to 19.0A, totalling 684W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 19.5A 702W – Constant-voltage LED power supply delivering 36V DC at up to 19.5A, totalling 702W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 2.0A 72W – Constant-voltage LED power supply delivering 36V DC at up to 2.0A, totalling 72W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 2.5A 90W – Constant-voltage LED power supply delivering 36V DC at up to 2.5A, totalling 90W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 20.0A 720W – Constant-voltage LED power supply delivering 36V DC at up to 20.0A, totalling 720W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 20.5A 738W – Constant-voltage LED power supply delivering 36V DC at up to 20.5A, totalling 738W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 21.0A 756W – Constant-voltage LED power supply delivering 36V DC at up to 21.0A, totalling 756W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 21.5A 774W – Constant-voltage LED power supply delivering 36V DC at up to 21.5A, totalling 774W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 22.0A 792W – Constant-voltage LED power supply delivering 36V DC at up to 22.0A, totalling 792W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 22.5A 810W – Constant-voltage LED power supply delivering 36V DC at up to 22.5A, totalling 810W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 23.0A 828W – Constant-voltage LED power supply delivering 36V DC at up to 23.0A, totalling 828W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 23.5A 846W – Constant-voltage LED power supply delivering 36V DC at up to 23.5A, totalling 846W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 24.0A 864W – Constant-voltage LED power supply delivering 36V DC at up to 24.0A, totalling 864W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 24.5A 882W – Constant-voltage LED power supply delivering 36V DC at up to 24.5A, totalling 882W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 25.0A 900W – Constant-voltage LED power supply delivering 36V DC at up to 25.0A, totalling 900W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 25.5A 918W – Constant-voltage LED power supply delivering 36V DC at up to 25.5A, totalling 918W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 3.0A 108W – Constant-voltage LED power supply delivering 36V DC at up to 3.0A, totalling 108W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 3.5A 126W – Constant-voltage LED power supply delivering 36V DC at up to 3.5A, totalling 126W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 4.0A 144W – Constant-voltage LED power supply delivering 36V DC at up to 4.0A, totalling 144W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 4.5A 162W – Constant-voltage LED power supply delivering 36V DC at up to 4.5A, totalling 162W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 5.0A 180W – Constant-voltage LED power supply delivering 36V DC at up to 5.0A, totalling 180W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 5.5A 198W – Constant-voltage LED power supply delivering 36V DC at up to 5.5A, totalling 198W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 6.0A 216W – Constant-voltage LED power supply delivering 36V DC at up to 6.0A, totalling 216W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 6.5A 234W – Constant-voltage LED power supply delivering 36V DC at up to 6.5A, totalling 234W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 7.0A 252W – Constant-voltage LED power supply delivering 36V DC at up to 7.0A, totalling 252W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 7.5A 270W – Constant-voltage LED power supply delivering 36V DC at up to 7.5A, totalling 270W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 8.0A 288W – Constant-voltage LED power supply delivering 36V DC at up to 8.0A, totalling 288W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 8.5A 306W – Constant-voltage LED power supply delivering 36V DC at up to 8.5A, totalling 306W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 9.0A 324W – Constant-voltage LED power supply delivering 36V DC at up to 9.0A, totalling 324W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 36V 9.5A 342W – Constant-voltage LED power supply delivering 36V DC at up to 9.5A, totalling 342W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 0.5A 24W – Constant-voltage LED power supply delivering 48V DC at up to 0.5A, totalling 24W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 1.0A 48W – Constant-voltage LED power supply delivering 48V DC at up to 1.0A, totalling 48W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 1.5A 72W – Constant-voltage LED power supply delivering 48V DC at up to 1.5A, totalling 72W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 10.0A 480W – Constant-voltage LED power supply delivering 48V DC at up to 10.0A, totalling 480W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 10.5A 504W – Constant-voltage LED power supply delivering 48V DC at up to 10.5A, totalling 504W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 11.0A 528W – Constant-voltage LED power supply delivering 48V DC at up to 11.0A, totalling 528W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 11.5A 552W – Constant-voltage LED power supply delivering 48V DC at up to 11.5A, totalling 552W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 12.0A 576W – Constant-voltage LED power supply delivering 48V DC at up to 12.0A, totalling 576W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 12.5A 600W – Constant-voltage LED power supply delivering 48V DC at up to 12.5A, totalling 600W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 13.0A 624W – Constant-voltage LED power supply delivering 48V DC at up to 13.0A, totalling 624W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 13.5A 648W – Constant-voltage LED power supply delivering 48V DC at up to 13.5A, totalling 648W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 14.0A 672W – Constant-voltage LED power supply delivering 48V DC at up to 14.0A, totalling 672W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 14.5A 696W – Constant-voltage LED power supply delivering 48V DC at up to 14.5A, totalling 696W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 15.0A 720W – Constant-voltage LED power supply delivering 48V DC at up to 15.0A, totalling 720W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 15.5A 744W – Constant-voltage LED power supply delivering 48V DC at up to 15.5A, totalling 744W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 16.0A 768W – Constant-voltage LED power supply delivering 48V DC at up to 16.0A, totalling 768W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 16.5A 792W – Constant-voltage LED power supply delivering 48V DC at up to 16.5A, totalling 792W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 17.0A 816W – Constant-voltage LED power supply delivering 48V DC at up to 17.0A, totalling 816W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 17.5A 840W – Constant-voltage LED power supply delivering 48V DC at up to 17.5A, totalling 840W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 18.0A 864W – Constant-voltage LED power supply delivering 48V DC at up to 18.0A, totalling 864W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 18.5A 888W – Constant-voltage LED power supply delivering 48V DC at up to 18.5A, totalling 888W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 19.0A 912W – Constant-voltage LED power supply delivering 48V DC at up to 19.0A, totalling 912W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 19.5A 936W – Constant-voltage LED power supply delivering 48V DC at up to 19.5A, totalling 936W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 2.0A 96W – Constant-voltage LED power supply delivering 48V DC at up to 2.0A, totalling 96W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 2.5A 120W – Constant-voltage LED power supply delivering 48V DC at up to 2.5A, totalling 120W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 20.0A 960W – Constant-voltage LED power supply delivering 48V DC at up to 20.0A, totalling 960W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 20.5A 984W – Constant-voltage LED power supply delivering 48V DC at up to 20.5A, totalling 984W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 21.0A 1008W – Constant-voltage LED power supply delivering 48V DC at up to 21.0A, totalling 1008W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 21.5A 1032W – Constant-voltage LED power supply delivering 48V DC at up to 21.5A, totalling 1032W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 22.0A 1056W – Constant-voltage LED power supply delivering 48V DC at up to 22.0A, totalling 1056W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 22.5A 1080W – Constant-voltage LED power supply delivering 48V DC at up to 22.5A, totalling 1080W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 23.0A 1104W – Constant-voltage LED power supply delivering 48V DC at up to 23.0A, totalling 1104W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 23.5A 1128W – Constant-voltage LED power supply delivering 48V DC at up to 23.5A, totalling 1128W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 24.0A 1152W – Constant-voltage LED power supply delivering 48V DC at up to 24.0A, totalling 1152W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 24.5A 1176W – Constant-voltage LED power supply delivering 48V DC at up to 24.5A, totalling 1176W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 25.0A 1200W – Constant-voltage LED power supply delivering 48V DC at up to 25.0A, totalling 1200W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 25.5A 1224W – Constant-voltage LED power supply delivering 48V DC at up to 25.5A, totalling 1224W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 3.0A 144W – Constant-voltage LED power supply delivering 48V DC at up to 3.0A, totalling 144W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 3.5A 168W – Constant-voltage LED power supply delivering 48V DC at up to 3.5A, totalling 168W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 4.0A 192W – Constant-voltage LED power supply delivering 48V DC at up to 4.0A, totalling 192W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 4.5A 216W – Constant-voltage LED power supply delivering 48V DC at up to 4.5A, totalling 216W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 5.0A 240W – Constant-voltage LED power supply delivering 48V DC at up to 5.0A, totalling 240W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 5.5A 264W – Constant-voltage LED power supply delivering 48V DC at up to 5.5A, totalling 264W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 6.0A 288W – Constant-voltage LED power supply delivering 48V DC at up to 6.0A, totalling 288W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 6.5A 312W – Constant-voltage LED power supply delivering 48V DC at up to 6.5A, totalling 312W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 7.0A 336W – Constant-voltage LED power supply delivering 48V DC at up to 7.0A, totalling 336W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 7.5A 360W – Constant-voltage LED power supply delivering 48V DC at up to 7.5A, totalling 360W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 8.0A 384W – Constant-voltage LED power supply delivering 48V DC at up to 8.0A, totalling 384W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 8.5A 408W – Constant-voltage LED power supply delivering 48V DC at up to 8.5A, totalling 408W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 9.0A 432W – Constant-voltage LED power supply delivering 48V DC at up to 9.0A, totalling 432W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
PSU 48V 9.5A 456W – Constant-voltage LED power supply delivering 48V DC at up to 9.5A, totalling 456W output capacity. Suitable for powering multiple parallel LED strip segments within the rated load.
Puck light – Small, round, surface-mounted LED luminaire for under-cabinet or display use.
Pull-down resistor – Resistor ensuring a defined low signal state on a control line.
Pulse (test) – Short current pulse used to measure LED characteristics without significant heating.
Push-in connector – Tool-free connector locking the wire on insertion.
PVC (polyvinyl chloride) – Plastic used for cable insulation and inexpensive conduits.
PWM (Pulse Width Modulation) – Standard dimming technique for LEDs.
PWM frequency – Rate of the pulse train; must exceed 400 Hz for flicker-free dimming.
Q
QA (Quality Assurance) – Systematic processes ensuring LED products meet specified standards.
QC (Quality Control) – Inspection and testing activities verifying LED product quality.
QR code (luminaire) – Machine-readable code on a luminaire linking to datasheet or commissioning info.
Quadrant (luminaire distribution) – Quarter section of a polar plot used to classify light distribution.
Quality (colour) – Fidelity and saturation of colour reproduction.
Quality (light) – Aggregate of CRI, CCT, uniformity and flicker determining visual comfort.
Quantum dot (QD) – Nanoscale semiconductor particle for narrow-band colour conversion in LED systems.
Quantum efficiency (external / EQE) – Ratio of externally emitted photons to injected electrons.
Quantum efficiency (internal / IQE) – Ratio of photons generated inside the die to injected electrons.
Quick disconnect – Connector designed for rapid, tool-free cable detachment.
R
R1–R8 (CRI test colours) – Eight standard Munsell colour samples used to calculate the general CRI Ra.
R9 (red rendering) – CRI sub-index for saturated red, critical for skin, textiles and food.
R9–R14 (CRI extended colours) – Additional saturated and pastel test colours for extended CRI evaluation.
Racetrack profile – Oval extruded profile resembling a racetrack in cross-section.
Radiance – Radiant intensity per unit projected area of the source, in W/(sr·m²).
Radiant flux – Total electromagnetic power emitted by a source, in watts.
Radiator – Extended-surface metal body for passive heat dissipation.
Radio frequency (RF) – Wireless transmission technology for LED remotes and controllers.
Radius (bending) – Minimum curvature radius of a flexible strip without damage.
RAL – Industrial colour-coding system for custom profile finishes.
Ramp time – Duration of a gradual brightness increase or decrease.
Rated life – Manufacturer-declared useful life in hours under specified conditions.
Rating IP20 / IK02 – Luminaire combining IP20 ingress protection with IK02 impact resistance.
Rating IP20 / IK04 – Luminaire combining IP20 ingress protection with IK04 impact resistance.
Rating IP20 / IK06 – Luminaire combining IP20 ingress protection with IK06 impact resistance.
Rating IP20 / IK07 – Luminaire combining IP20 ingress protection with IK07 impact resistance.
Rating IP20 / IK08 – Luminaire combining IP20 ingress protection with IK08 impact resistance.
Rating IP20 / IK09 – Luminaire combining IP20 ingress protection with IK09 impact resistance.
Rating IP20 / IK10 – Luminaire combining IP20 ingress protection with IK10 impact resistance.
Rating IP40 / IK02 – Luminaire combining IP40 ingress protection with IK02 impact resistance.
Rating IP40 / IK04 – Luminaire combining IP40 ingress protection with IK04 impact resistance.
Rating IP40 / IK06 – Luminaire combining IP40 ingress protection with IK06 impact resistance.
Rating IP40 / IK07 – Luminaire combining IP40 ingress protection with IK07 impact resistance.
Rating IP40 / IK08 – Luminaire combining IP40 ingress protection with IK08 impact resistance.
Rating IP40 / IK09 – Luminaire combining IP40 ingress protection with IK09 impact resistance.
Rating IP40 / IK10 – Luminaire combining IP40 ingress protection with IK10 impact resistance.
Rating IP44 / IK02 – Luminaire combining IP44 ingress protection with IK02 impact resistance.
Rating IP44 / IK04 – Luminaire combining IP44 ingress protection with IK04 impact resistance.
Rating IP44 / IK06 – Luminaire combining IP44 ingress protection with IK06 impact resistance.
Rating IP44 / IK07 – Luminaire combining IP44 ingress protection with IK07 impact resistance.
Rating IP44 / IK08 – Luminaire combining IP44 ingress protection with IK08 impact resistance.
Rating IP44 / IK09 – Luminaire combining IP44 ingress protection with IK09 impact resistance.
Rating IP44 / IK10 – Luminaire combining IP44 ingress protection with IK10 impact resistance.
Rating IP54 / IK02 – Luminaire combining IP54 ingress protection with IK02 impact resistance.
Rating IP54 / IK04 – Luminaire combining IP54 ingress protection with IK04 impact resistance.
Rating IP54 / IK06 – Luminaire combining IP54 ingress protection with IK06 impact resistance.
Rating IP54 / IK07 – Luminaire combining IP54 ingress protection with IK07 impact resistance.
Rating IP54 / IK08 – Luminaire combining IP54 ingress protection with IK08 impact resistance.
Rating IP54 / IK09 – Luminaire combining IP54 ingress protection with IK09 impact resistance.
Rating IP54 / IK10 – Luminaire combining IP54 ingress protection with IK10 impact resistance.
Rating IP65 / IK02 – Luminaire combining IP65 ingress protection with IK02 impact resistance.
Rating IP65 / IK04 – Luminaire combining IP65 ingress protection with IK04 impact resistance.
Rating IP65 / IK06 – Luminaire combining IP65 ingress protection with IK06 impact resistance.
Rating IP65 / IK07 – Luminaire combining IP65 ingress protection with IK07 impact resistance.
Rating IP65 / IK08 – Luminaire combining IP65 ingress protection with IK08 impact resistance.
Rating IP65 / IK09 – Luminaire combining IP65 ingress protection with IK09 impact resistance.
Rating IP65 / IK10 – Luminaire combining IP65 ingress protection with IK10 impact resistance.
Rating IP66 / IK02 – Luminaire combining IP66 ingress protection with IK02 impact resistance.
Rating IP66 / IK04 – Luminaire combining IP66 ingress protection with IK04 impact resistance.
Rating IP66 / IK06 – Luminaire combining IP66 ingress protection with IK06 impact resistance.
Rating IP66 / IK07 – Luminaire combining IP66 ingress protection with IK07 impact resistance.
Rating IP66 / IK08 – Luminaire combining IP66 ingress protection with IK08 impact resistance.
Rating IP66 / IK09 – Luminaire combining IP66 ingress protection with IK09 impact resistance.
Rating IP66 / IK10 – Luminaire combining IP66 ingress protection with IK10 impact resistance.
Rating IP67 / IK02 – Luminaire combining IP67 ingress protection with IK02 impact resistance.
Rating IP67 / IK04 – Luminaire combining IP67 ingress protection with IK04 impact resistance.
Rating IP67 / IK06 – Luminaire combining IP67 ingress protection with IK06 impact resistance.
Rating IP67 / IK07 – Luminaire combining IP67 ingress protection with IK07 impact resistance.
Rating IP67 / IK08 – Luminaire combining IP67 ingress protection with IK08 impact resistance.
Rating IP67 / IK09 – Luminaire combining IP67 ingress protection with IK09 impact resistance.
Rating IP67 / IK10 – Luminaire combining IP67 ingress protection with IK10 impact resistance.
Rating IP68 / IK02 – Luminaire combining IP68 ingress protection with IK02 impact resistance.
Rating IP68 / IK04 – Luminaire combining IP68 ingress protection with IK04 impact resistance.
Rating IP68 / IK06 – Luminaire combining IP68 ingress protection with IK06 impact resistance.
Rating IP68 / IK07 – Luminaire combining IP68 ingress protection with IK07 impact resistance.
Rating IP68 / IK08 – Luminaire combining IP68 ingress protection with IK08 impact resistance.
Rating IP68 / IK09 – Luminaire combining IP68 ingress protection with IK09 impact resistance.
Rating IP68 / IK10 – Luminaire combining IP68 ingress protection with IK10 impact resistance.
Ratio (contrast) – Numerical contrast between bright and dark areas in a scene.
Ratio (uniformity — Ud) – Emin / Emax on a surface, a stricter uniformity measure.
Ratio (uniformity — Uo) – Emin / Emean on a surface, indicating illumination homogeneity.
RCD (Residual Current Device) – Safety switch detecting earth leakage current.
RDM (Remote Device Management) – Bidirectional extension of DMX512 for luminaire configuration and monitoring.
Recess depth – Space needed in the host structure for a recessed profile.
Recess depth 10 mm – Flush-recessed profile requiring a 10 mm deep routed slot.
Recess depth 11 mm – Flush-recessed profile requiring a 11 mm deep routed slot.
Recess depth 12 mm – Flush-recessed profile requiring a 12 mm deep routed slot.
Recess depth 13 mm – Flush-recessed profile requiring a 13 mm deep routed slot.
Recess depth 14 mm – Flush-recessed profile requiring a 14 mm deep routed slot.
Recess depth 15 mm – Flush-recessed profile requiring a 15 mm deep routed slot.
Recess depth 16 mm – Flush-recessed profile requiring a 16 mm deep routed slot.
Recess depth 17 mm – Flush-recessed profile requiring a 17 mm deep routed slot.
Recess depth 18 mm – Flush-recessed profile requiring a 18 mm deep routed slot.
Recess depth 19 mm – Flush-recessed profile requiring a 19 mm deep routed slot.
Recess depth 20 mm – Flush-recessed profile requiring a 20 mm deep routed slot.
Recess depth 21 mm – Flush-recessed profile requiring a 21 mm deep routed slot.
Recess depth 22 mm – Flush-recessed profile requiring a 22 mm deep routed slot.
Recess depth 23 mm – Flush-recessed profile requiring a 23 mm deep routed slot.
Recess depth 24 mm – Flush-recessed profile requiring a 24 mm deep routed slot.
Recess depth 25 mm – Flush-recessed profile requiring a 25 mm deep routed slot.
Recess depth 26 mm – Flush-recessed profile requiring a 26 mm deep routed slot.
Recess depth 27 mm – Flush-recessed profile requiring a 27 mm deep routed slot.
Recess depth 28 mm – Flush-recessed profile requiring a 28 mm deep routed slot.
Recess depth 29 mm – Flush-recessed profile requiring a 29 mm deep routed slot.
Recess depth 30 mm – Flush-recessed profile requiring a 30 mm deep routed slot.
Recess depth 31 mm – Flush-recessed profile requiring a 31 mm deep routed slot.
Recess depth 32 mm – Flush-recessed profile requiring a 32 mm deep routed slot.
Recess depth 33 mm – Flush-recessed profile requiring a 33 mm deep routed slot.
Recess depth 34 mm – Flush-recessed profile requiring a 34 mm deep routed slot.
Recess depth 35 mm – Flush-recessed profile requiring a 35 mm deep routed slot.
Recess depth 36 mm – Flush-recessed profile requiring a 36 mm deep routed slot.
Recess depth 37 mm – Flush-recessed profile requiring a 37 mm deep routed slot.
Recess depth 38 mm – Flush-recessed profile requiring a 38 mm deep routed slot.
Recess depth 39 mm – Flush-recessed profile requiring a 39 mm deep routed slot.
Recess depth 4 mm – Flush-recessed profile requiring a 4 mm deep routed slot.
Recess depth 40 mm – Flush-recessed profile requiring a 40 mm deep routed slot.
Recess depth 41 mm – Flush-recessed profile requiring a 41 mm deep routed slot.
Recess depth 42 mm – Flush-recessed profile requiring a 42 mm deep routed slot.
Recess depth 43 mm – Flush-recessed profile requiring a 43 mm deep routed slot.
Recess depth 44 mm – Flush-recessed profile requiring a 44 mm deep routed slot.
Recess depth 45 mm – Flush-recessed profile requiring a 45 mm deep routed slot.
Recess depth 46 mm – Flush-recessed profile requiring a 46 mm deep routed slot.
Recess depth 47 mm – Flush-recessed profile requiring a 47 mm deep routed slot.
Recess depth 48 mm – Flush-recessed profile requiring a 48 mm deep routed slot.
Recess depth 49 mm – Flush-recessed profile requiring a 49 mm deep routed slot.
Recess depth 5 mm – Flush-recessed profile requiring a 5 mm deep routed slot.
Recess depth 50 mm – Flush-recessed profile requiring a 50 mm deep routed slot.
Recess depth 51 mm – Flush-recessed profile requiring a 51 mm deep routed slot.
Recess depth 52 mm – Flush-recessed profile requiring a 52 mm deep routed slot.
Recess depth 53 mm – Flush-recessed profile requiring a 53 mm deep routed slot.
Recess depth 54 mm – Flush-recessed profile requiring a 54 mm deep routed slot.
Recess depth 55 mm – Flush-recessed profile requiring a 55 mm deep routed slot.
Recess depth 56 mm – Flush-recessed profile requiring a 56 mm deep routed slot.
Recess depth 57 mm – Flush-recessed profile requiring a 57 mm deep routed slot.
Recess depth 58 mm – Flush-recessed profile requiring a 58 mm deep routed slot.
Recess depth 59 mm – Flush-recessed profile requiring a 59 mm deep routed slot.
Recess depth 6 mm – Flush-recessed profile requiring a 6 mm deep routed slot.
Recess depth 60 mm – Flush-recessed profile requiring a 60 mm deep routed slot.
Recess depth 7 mm – Flush-recessed profile requiring a 7 mm deep routed slot.
Recess depth 8 mm – Flush-recessed profile requiring a 8 mm deep routed slot.
Recess depth 9 mm – Flush-recessed profile requiring a 9 mm deep routed slot.
Recess width – Width of the slot cut into the host surface for a recessed profile.
Recyclability aluminium profile – Aluminium LED profiles are almost 100% recyclable without quality loss; recycling uses only 5% of the energy required for primary aluminium production.
Reflectance – Percentage of light reflected by a surface.
Reflectance (ceiling) – Typical reflectance of ceiling surfaces (70–90 percent), used in calculations.
Reflectance (floor) – Typical reflectance of floor surfaces (20–40 percent).
Reflectance (wall) – Typical reflectance of wall surfaces (30–70 percent).
Reflection (diffuse) – Light scattered in many directions by a matte surface.
Reflection (specular) – Mirror-like reflection from a glossy surface.
Reflection (total internal / TIR) – Complete reflection within an optical medium above the critical angle.
Reflector – Curved surface redirecting LED light toward the target zone.
Reflector (asymmetric) – Reflector directing light predominantly to one side for wall-wash.
Reflector (compound parabolic / CPC) – Non-imaging concentrator for efficient light collection.
Reflector (faceted) – Reflector with multiple small flat facets for soft, even illumination.
Reflector (parabolic) – Parabolic shape producing parallel beams and controlling glare.
Reflector (specular) – Mirror-finish reflector for maximum efficiency.
Refraction – Bending of light as it passes between media with different refractive indices.
Refractive index – Ratio of light speed in vacuum to speed in a material; determines lens behaviour.
Regulation (building code) – Local or national rules governing electrical and lighting installation.
Regulation (EU Ecodesign) – European regulation setting minimum efficiency and performance for lighting.
Relay – Electrically operated switch used to control LED circuits from a building-automation system.
Relay (latching) – Relay maintaining its state without continuous coil power, saving energy.
Relay (solid-state / SSR) – Semiconductor relay with no moving parts, faster and quieter than electromechanical.
Relux – Professional lighting-calculation software, alternative to DIALux.
Remote control (IR) – Infrared handset for line-of-sight LED control.
Remote control (RF) – Radio-frequency handset for wireless LED control without line of sight.
Remote phosphor – Phosphor placed away from the die for improved uniformity and life.
Rendering (colour) – Source’s ability to reproduce colours faithfully.
Resistance (thermal — junction-to-ambient) – Total thermal resistance from chip to air.
Resistance (thermal) – Opposition to heat flow, in °C/W, to be minimised.
Resistivity (electrical) – Intrinsic resistance of a material, in Ω·m.
Resonance (acoustic) – Audible buzzing in a driver caused by component vibration at the switching frequency.
Retrofit – Replacing a conventional lamp with an LED equivalent in the existing luminaire.
reveal lighting technique – Miniature LED profile illuminating the inside edge of a door frame or window reveal, outlining the opening with a subtle line of light.
RF remote – Radio-frequency handset for wireless LED control.
RGB – Colour system based on mixing red, green and blue.
RGBA – RGB plus amber for an extended warm-colour gamut.
RGBW – RGB with an additional white channel for purer whites.
RGBWW (RGB + WW + CW) – Five-channel system for maximum chromatic versatility.
Ripple – Residual AC fluctuation in driver DC output, a source of flicker.
Risk (photobiological) – Retinal hazard from intense blue LED radiation.
RoHS – EU directive restricting hazardous substances in electronic products.
ROI payback 0.2yr – LED investment recouped within 0.2 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 0.3yr – LED investment recouped within 0.3 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 0.4yr – LED investment recouped within 0.4 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 0.5yr – LED investment recouped within 0.5 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 0.6yr – LED investment recouped within 0.6 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 0.7yr – LED investment recouped within 0.7 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 0.8yr – LED investment recouped within 0.8 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 0.9yr – LED investment recouped within 0.9 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 1.0yr – LED investment recouped within 1.0 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 1.1yr – LED investment recouped within 1.1 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 1.2yr – LED investment recouped within 1.2 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 1.3yr – LED investment recouped within 1.3 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 1.4yr – LED investment recouped within 1.4 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 1.5yr – LED investment recouped within 1.5 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 1.6yr – LED investment recouped within 1.6 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 1.7yr – LED investment recouped within 1.7 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 1.8yr – LED investment recouped within 1.8 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 1.9yr – LED investment recouped within 1.9 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 10.0yr – LED investment recouped within 10.0 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 10.1yr – LED investment recouped within 10.1 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 10.2yr – LED investment recouped within 10.2 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 10.3yr – LED investment recouped within 10.3 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 10.4yr – LED investment recouped within 10.4 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 10.5yr – LED investment recouped within 10.5 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 10.6yr – LED investment recouped within 10.6 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 10.7yr – LED investment recouped within 10.7 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 10.8yr – LED investment recouped within 10.8 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 10.9yr – LED investment recouped within 10.9 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 11.0yr – LED investment recouped within 11.0 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 11.1yr – LED investment recouped within 11.1 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 11.2yr – LED investment recouped within 11.2 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 11.3yr – LED investment recouped within 11.3 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 11.4yr – LED investment recouped within 11.4 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 11.5yr – LED investment recouped within 11.5 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 11.6yr – LED investment recouped within 11.6 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 11.7yr – LED investment recouped within 11.7 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 11.8yr – LED investment recouped within 11.8 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 11.9yr – LED investment recouped within 11.9 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 12.0yr – LED investment recouped within 12.0 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 2.0yr – LED investment recouped within 2.0 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 2.1yr – LED investment recouped within 2.1 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 2.2yr – LED investment recouped within 2.2 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 2.3yr – LED investment recouped within 2.3 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 2.4yr – LED investment recouped within 2.4 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 2.5yr – LED investment recouped within 2.5 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 2.6yr – LED investment recouped within 2.6 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 2.7yr – LED investment recouped within 2.7 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 2.8yr – LED investment recouped within 2.8 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 2.9yr – LED investment recouped within 2.9 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 3.0yr – LED investment recouped within 3.0 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 3.1yr – LED investment recouped within 3.1 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 3.2yr – LED investment recouped within 3.2 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 3.3yr – LED investment recouped within 3.3 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 3.4yr – LED investment recouped within 3.4 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 3.5yr – LED investment recouped within 3.5 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 3.6yr – LED investment recouped within 3.6 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 3.7yr – LED investment recouped within 3.7 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 3.8yr – LED investment recouped within 3.8 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 3.9yr – LED investment recouped within 3.9 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 4.0yr – LED investment recouped within 4.0 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 4.1yr – LED investment recouped within 4.1 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 4.2yr – LED investment recouped within 4.2 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 4.3yr – LED investment recouped within 4.3 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 4.4yr – LED investment recouped within 4.4 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 4.5yr – LED investment recouped within 4.5 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 4.6yr – LED investment recouped within 4.6 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 4.7yr – LED investment recouped within 4.7 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 4.8yr – LED investment recouped within 4.8 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 4.9yr – LED investment recouped within 4.9 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 5.0yr – LED investment recouped within 5.0 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 5.1yr – LED investment recouped within 5.1 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 5.2yr – LED investment recouped within 5.2 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 5.3yr – LED investment recouped within 5.3 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 5.4yr – LED investment recouped within 5.4 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 5.5yr – LED investment recouped within 5.5 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 5.6yr – LED investment recouped within 5.6 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 5.7yr – LED investment recouped within 5.7 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 5.8yr – LED investment recouped within 5.8 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 5.9yr – LED investment recouped within 5.9 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 6.0yr – LED investment recouped within 6.0 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 6.1yr – LED investment recouped within 6.1 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 6.2yr – LED investment recouped within 6.2 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 6.3yr – LED investment recouped within 6.3 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 6.4yr – LED investment recouped within 6.4 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 6.5yr – LED investment recouped within 6.5 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 6.6yr – LED investment recouped within 6.6 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 6.7yr – LED investment recouped within 6.7 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 6.8yr – LED investment recouped within 6.8 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 6.9yr – LED investment recouped within 6.9 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 7.0yr – LED investment recouped within 7.0 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 7.1yr – LED investment recouped within 7.1 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 7.2yr – LED investment recouped within 7.2 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 7.3yr – LED investment recouped within 7.3 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 7.4yr – LED investment recouped within 7.4 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 7.5yr – LED investment recouped within 7.5 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 7.6yr – LED investment recouped within 7.6 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 7.7yr – LED investment recouped within 7.7 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 7.8yr – LED investment recouped within 7.8 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 7.9yr – LED investment recouped within 7.9 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 8.0yr – LED investment recouped within 8.0 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 8.1yr – LED investment recouped within 8.1 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 8.2yr – LED investment recouped within 8.2 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 8.3yr – LED investment recouped within 8.3 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 8.4yr – LED investment recouped within 8.4 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 8.5yr – LED investment recouped within 8.5 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 8.6yr – LED investment recouped within 8.6 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 8.7yr – LED investment recouped within 8.7 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 8.8yr – LED investment recouped within 8.8 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 8.9yr – LED investment recouped within 8.9 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 9.0yr – LED investment recouped within 9.0 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 9.1yr – LED investment recouped within 9.1 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 9.2yr – LED investment recouped within 9.2 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 9.3yr – LED investment recouped within 9.3 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 9.4yr – LED investment recouped within 9.4 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 9.5yr – LED investment recouped within 9.5 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 9.6yr – LED investment recouped within 9.6 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 9.7yr – LED investment recouped within 9.7 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 9.8yr – LED investment recouped within 9.8 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
ROI payback 9.9yr – LED investment recouped within 9.9 years through energy and maintenance savings. A payback under 3 years is typically considered excellent for commercial projects; under 5 years is acceptable for most institutional budgets.
Room index – Geometric ratio (length × width) / (height × (length + width)) used in lighting calculations.
Room index k=0.5 – Geometric factor k=0.5 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=0.6 – Geometric factor k=0.6 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=0.7 – Geometric factor k=0.7 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=0.8 – Geometric factor k=0.8 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=0.9 – Geometric factor k=0.9 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=1.0 – Geometric factor k=1.0 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=1.1 – Geometric factor k=1.1 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=1.2 – Geometric factor k=1.2 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=1.3 – Geometric factor k=1.3 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=1.4 – Geometric factor k=1.4 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=1.5 – Geometric factor k=1.5 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=1.6 – Geometric factor k=1.6 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=1.7 – Geometric factor k=1.7 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=1.8 – Geometric factor k=1.8 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=1.9 – Geometric factor k=1.9 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=2.0 – Geometric factor k=2.0 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=2.1 – Geometric factor k=2.1 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=2.2 – Geometric factor k=2.2 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=2.3 – Geometric factor k=2.3 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=2.4 – Geometric factor k=2.4 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=2.5 – Geometric factor k=2.5 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=2.6 – Geometric factor k=2.6 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=2.7 – Geometric factor k=2.7 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=2.8 – Geometric factor k=2.8 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=2.9 – Geometric factor k=2.9 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=3.0 – Geometric factor k=3.0 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=3.1 – Geometric factor k=3.1 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=3.2 – Geometric factor k=3.2 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=3.3 – Geometric factor k=3.3 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=3.4 – Geometric factor k=3.4 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=3.5 – Geometric factor k=3.5 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=3.6 – Geometric factor k=3.6 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=3.7 – Geometric factor k=3.7 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=3.8 – Geometric factor k=3.8 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=3.9 – Geometric factor k=3.9 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=4.0 – Geometric factor k=4.0 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=4.1 – Geometric factor k=4.1 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=4.2 – Geometric factor k=4.2 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=4.3 – Geometric factor k=4.3 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=4.4 – Geometric factor k=4.4 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=4.5 – Geometric factor k=4.5 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=4.6 – Geometric factor k=4.6 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=4.7 – Geometric factor k=4.7 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=4.8 – Geometric factor k=4.8 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=4.9 – Geometric factor k=4.9 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Room index k=5.0 – Geometric factor k=5.0 in the lumen method (k=LW/Hm(L+W)). Higher room indices mean proportionally more light reaches the work plane, improving utilisation and reducing the number of luminaires needed.
Rosette / ceiling rose – Decorative ceiling plate covering a pendant’s cable attachment.
Routing (CNC) – CNC machining a groove in a surface for recessing an LED profile.
RS-485 – Serial communication standard used by DMX512.
Run (maximum) – Maximum continuous strip length from a single power entry.
S
sACN (streaming ACN) – Protocol for DMX transport over Ethernet using multicast.
Safety (electrical) – Measures protecting people from electric shock and fire in LED installations.
Safety (extra-low voltage / SELV) – Voltage ≤50 V AC / ≤120 V DC.
Salt spray test – Accelerated corrosion test for outdoor luminaire finishes (ISO 9227).
Sample (colour) – Physical or digital reference for verifying LED colour rendering.
Saturation – Colour purity, from a vivid tint to white or grey.
Saving 20 percent energy – LED retrofit achieving 20% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 21 percent energy – LED retrofit achieving 21% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 22 percent energy – LED retrofit achieving 22% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 23 percent energy – LED retrofit achieving 23% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 24 percent energy – LED retrofit achieving 24% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 25 percent energy – LED retrofit achieving 25% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 26 percent energy – LED retrofit achieving 26% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 27 percent energy – LED retrofit achieving 27% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 28 percent energy – LED retrofit achieving 28% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 29 percent energy – LED retrofit achieving 29% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 30 percent energy – LED retrofit achieving 30% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 31 percent energy – LED retrofit achieving 31% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 32 percent energy – LED retrofit achieving 32% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 33 percent energy – LED retrofit achieving 33% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 34 percent energy – LED retrofit achieving 34% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 35 percent energy – LED retrofit achieving 35% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 36 percent energy – LED retrofit achieving 36% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 37 percent energy – LED retrofit achieving 37% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 38 percent energy – LED retrofit achieving 38% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 39 percent energy – LED retrofit achieving 39% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 40 percent energy – LED retrofit achieving 40% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 41 percent energy – LED retrofit achieving 41% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 42 percent energy – LED retrofit achieving 42% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 43 percent energy – LED retrofit achieving 43% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 44 percent energy – LED retrofit achieving 44% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 45 percent energy – LED retrofit achieving 45% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 46 percent energy – LED retrofit achieving 46% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 47 percent energy – LED retrofit achieving 47% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 48 percent energy – LED retrofit achieving 48% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 49 percent energy – LED retrofit achieving 49% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 50 percent energy – LED retrofit achieving 50% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 51 percent energy – LED retrofit achieving 51% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 52 percent energy – LED retrofit achieving 52% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 53 percent energy – LED retrofit achieving 53% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 54 percent energy – LED retrofit achieving 54% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 55 percent energy – LED retrofit achieving 55% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 56 percent energy – LED retrofit achieving 56% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 57 percent energy – LED retrofit achieving 57% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 58 percent energy – LED retrofit achieving 58% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 59 percent energy – LED retrofit achieving 59% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 60 percent energy – LED retrofit achieving 60% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 61 percent energy – LED retrofit achieving 61% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 62 percent energy – LED retrofit achieving 62% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 63 percent energy – LED retrofit achieving 63% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 64 percent energy – LED retrofit achieving 64% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 65 percent energy – LED retrofit achieving 65% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 66 percent energy – LED retrofit achieving 66% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 67 percent energy – LED retrofit achieving 67% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 68 percent energy – LED retrofit achieving 68% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 69 percent energy – LED retrofit achieving 69% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 70 percent energy – LED retrofit achieving 70% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 71 percent energy – LED retrofit achieving 71% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 72 percent energy – LED retrofit achieving 72% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 73 percent energy – LED retrofit achieving 73% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 74 percent energy – LED retrofit achieving 74% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 75 percent energy – LED retrofit achieving 75% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 76 percent energy – LED retrofit achieving 76% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 77 percent energy – LED retrofit achieving 77% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 78 percent energy – LED retrofit achieving 78% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 79 percent energy – LED retrofit achieving 79% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 80 percent energy – LED retrofit achieving 80% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 81 percent energy – LED retrofit achieving 81% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 82 percent energy – LED retrofit achieving 82% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 83 percent energy – LED retrofit achieving 83% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 84 percent energy – LED retrofit achieving 84% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 85 percent energy – LED retrofit achieving 85% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 86 percent energy – LED retrofit achieving 86% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 87 percent energy – LED retrofit achieving 87% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 88 percent energy – LED retrofit achieving 88% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 89 percent energy – LED retrofit achieving 89% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 90 percent energy – LED retrofit achieving 90% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 91 percent energy – LED retrofit achieving 91% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 92 percent energy – LED retrofit achieving 92% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 93 percent energy – LED retrofit achieving 93% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 94 percent energy – LED retrofit achieving 94% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Saving 95 percent energy – LED retrofit achieving 95% reduction in lighting energy consumption versus the replaced conventional installation, translating to lower utility bills, reduced peak demand charges and measurable carbon-emission reductions.
Scene (all off) – Pre-programmed lighting scene for all off ambiance.
Scene (all on) – Pre-programmed lighting scene for all on ambiance.
Scene (ambient cool) – Pre-programmed lighting scene for ambient cool ambiance.
Scene (ambient warm) – Pre-programmed lighting scene for ambient warm ambiance.
Scene (boardroom presentation) – Pre-programmed lighting scene for boardroom presentation ambiance.
Scene (candle flicker) – Pre-programmed lighting scene for candle flicker ambiance.
Scene (chase fast) – Pre-programmed lighting scene for chase fast ambiance.
Scene (chase slow) – Pre-programmed lighting scene for chase slow ambiance.
Scene (cinema mode) – Pre-programmed lighting scene for cinema mode ambiance.
Scene (cleaning bright) – Pre-programmed lighting scene for cleaning bright ambiance.
Scene (club strobe) – Pre-programmed lighting scene for club strobe ambiance.
Scene (colour cycle) – Pre-programmed lighting scene for colour cycle ambiance.
Scene (colour wash blue) – Pre-programmed lighting scene for colour wash blue ambiance.
Scene (colour wash green) – Pre-programmed lighting scene for colour wash green ambiance.
Scene (colour wash pink) – Pre-programmed lighting scene for colour wash pink ambiance.
Scene (colour wash red) – Pre-programmed lighting scene for colour wash red ambiance.
Scene (cooking task) – Pre-programmed lighting scene for cooking task ambiance.
Scene (corridor auto-dim) – Pre-programmed lighting scene for corridor auto-dim ambiance.
Scene (dawn simulation) – Pre-programmed lighting scene for dawn simulation ambiance.
Scene (deep blue night) – Pre-programmed lighting scene for deep blue night ambiance.
Scene (dinner party) – Pre-programmed lighting scene for dinner party ambiance.
Scene (disco flash) – Pre-programmed lighting scene for disco flash ambiance.
Scene (dusk simulation) – Pre-programmed lighting scene for dusk simulation ambiance.
Scene (energy saving 50%) – Pre-programmed lighting scene for energy saving 50% ambiance.
Scene (evening relax) – Pre-programmed lighting scene for evening relax ambiance.
Scene (fire effect) – Pre-programmed lighting scene for fire effect ambiance.
Scene (focus work 500 lux) – Pre-programmed lighting scene for focus work 500 lux ambiance.
Scene (focus work 750 lux) – Pre-programmed lighting scene for focus work 750 lux ambiance.
Scene (full bright 100%) – Pre-programmed lighting scene for full bright 100% ambiance.
Scene (gallery highlight) – Pre-programmed lighting scene for gallery highlight ambiance.
Scene (garden evening) – Pre-programmed lighting scene for garden evening ambiance.
Scene (gradient warm-cool) – Pre-programmed lighting scene for gradient warm-cool ambiance.
Scene (half bright 50%) – Pre-programmed lighting scene for half bright 50% ambiance.
Scene (holiday sparkle) – Pre-programmed lighting scene for holiday sparkle ambiance.
Scene (hospital exam) – Pre-programmed lighting scene for hospital exam ambiance.
Scene (hotel lobby welcome) – Pre-programmed lighting scene for hotel lobby welcome ambiance.
Scene (jewellery sparkle) – Pre-programmed lighting scene for jewellery sparkle ambiance.
Scene (landscape moonlight) – Pre-programmed lighting scene for landscape moonlight ambiance.
Scene (lighting) – Pre-set combination of levels, colours and distributions stored in a controller.
Scene (lounge warm) – Pre-programmed lighting scene for lounge warm ambiance.
Scene (meditation) – Pre-programmed lighting scene for meditation ambiance.
Scene (morning energise) – Pre-programmed lighting scene for morning energise ambiance.
Scene (museum conservation) – Pre-programmed lighting scene for museum conservation ambiance.
Scene (night security) – Pre-programmed lighting scene for night security ambiance.
Scene (office 4000K) – Pre-programmed lighting scene for office 4000K ambiance.
Scene (office 5000K) – Pre-programmed lighting scene for office 5000K ambiance.
Scene (outdoor entertaining) – Pre-programmed lighting scene for outdoor entertaining ambiance.
Scene (panic bright) – Pre-programmed lighting scene for panic bright ambiance.
Scene (party rainbow) – Pre-programmed lighting scene for party rainbow ambiance.
Scene (pool underwater) – Pre-programmed lighting scene for pool underwater ambiance.
Scene (power saving 30%) – Pre-programmed lighting scene for power saving 30% ambiance.
Scene (reading 300 lux) – Pre-programmed lighting scene for reading 300 lux ambiance.
Scene (retail highlight cool) – Pre-programmed lighting scene for retail highlight cool ambiance.
Scene (retail highlight warm) – Pre-programmed lighting scene for retail highlight warm ambiance.
Scene (romantic dinner) – Pre-programmed lighting scene for romantic dinner ambiance.
Scene (showroom daylight) – Pre-programmed lighting scene for showroom daylight ambiance.
Scene (sleep preparation) – Pre-programmed lighting scene for sleep preparation ambiance.
Scene (spa relaxation) – Pre-programmed lighting scene for spa relaxation ambiance.
Scene (sports match) – Pre-programmed lighting scene for sports match ambiance.
Scene (sports training) – Pre-programmed lighting scene for sports training ambiance.
Scene (staircase auto) – Pre-programmed lighting scene for staircase auto ambiance.
Scene (starry night twinkle) – Pre-programmed lighting scene for starry night twinkle ambiance.
Scene (sunrise ramp 30min) – Pre-programmed lighting scene for sunrise ramp 30min ambiance.
Scene (sunset ramp 30min) – Pre-programmed lighting scene for sunset ramp 30min ambiance.
Scene (task under-cabinet) – Pre-programmed lighting scene for task under-cabinet ambiance.
Scene (theatre pre-show) – Pre-programmed lighting scene for theatre pre-show ambiance.
Scene (therapy blue 460nm) – Pre-programmed lighting scene for therapy blue 460nm ambiance.
Scene (therapy red 630nm) – Pre-programmed lighting scene for therapy red 630nm ambiance.
Scene (therapy warm 2700K) – Pre-programmed lighting scene for therapy warm 2700K ambiance.
Scene (TV watching bias light) – Pre-programmed lighting scene for TV watching bias light ambiance.
Scene (underwater blue-green) – Pre-programmed lighting scene for underwater blue-green ambiance.
Scene (VIP red carpet) – Pre-programmed lighting scene for VIP red carpet ambiance.
Scene (warm white 2700K) – Pre-programmed lighting scene for warm white 2700K ambiance.
Scene (warm white 3000K) – Pre-programmed lighting scene for warm white 3000K ambiance.
Scene (welcome home) – Pre-programmed lighting scene for welcome home ambiance.
Scene (wine cellar amber) – Pre-programmed lighting scene for wine cellar amber ambiance.
Scene (yoga warm dim) – Pre-programmed lighting scene for yoga warm dim ambiance.
Scheduling – Time-based automation of lighting scenes and levels.
Scotopic vision – Night vision mediated by rod cells, sensitive only to brightness.
SDCM (Standard Deviation of Colour Matching) – MacAdam-step number indicating LED colour tolerance.
SDCM 1-step – LED colour tolerance within 1 MacAdam ellipse steps.
SDCM 2-step – LED colour tolerance within 2 MacAdam ellipse steps.
SDCM 3-step – LED colour tolerance within 3 MacAdam ellipse steps.
SDCM 4-step – LED colour tolerance within 4 MacAdam ellipse steps.
SDCM 5-step – LED colour tolerance within 5 MacAdam ellipse steps.
SDCM 6-step – LED colour tolerance within 6 MacAdam ellipse steps.
SDCM 7-step – LED colour tolerance within 7 MacAdam ellipse steps.
Seal (IP) – Gasket, potting or membrane providing ingress protection.
Segment (cut) – Minimum separable portion of an LED strip defined by cut marks.
Semiconductor – Material (GaN, InGaN) with intermediate conductivity; the basis of LED function.
Sensor (CO₂) – Air-quality sensor sometimes integrated with occupancy detection in lighting systems.
Sensor (daylight / photosensor) – Measures ambient light for automatic brightness regulation.
Sensor (gesture) – Sensor detecting hand movements for touchless lighting control.
Sensor (humidity) – Sensor measuring relative humidity, relevant for outdoor luminaire protection.
Sensor (motion) – PIR or microwave device triggering lights on detected movement.
Sensor (occupancy) – Detects room presence to switch lighting on or off.
Sensor (PIR) – Passive infrared sensor detecting body heat.
Sensor (proximity) – Detects closeness of people or objects to activate light.
Sensor (radar / microwave) – High-frequency sensor detecting motion through walls and enclosures.
Sensor (temperature / NTC) – Thermistor monitoring heat-sink temperature for thermal protection.
Sensor (ultrasonic) – Sensor using sound waves to detect occupancy in a space.
Series circuit – LEDs connected end-to-end carrying the same current.
Service life – Expected useful operating life of a luminaire before replacement is needed.
shadowgap technique – Narrow LED strip recessed into the shadow gap between wall and ceiling produces a razor-thin light line defining the architectural junction, popular in minimalist design.
shelf edge technique – Slim LED profile along the front edge of shelving illuminates objects below while creating a floating-shelf visual effect, popular in retail, libraries and residential bookcases.
Shielding – Metal braid or foil protecting cables and circuits from EMI.
Short circuit – Unintended low-resistance path causing excessive current flow.
Side-emitting LED – LED with lateral emission for edge-lit profiles.
Signal (0-10 V) – Analogue dimming standard with a 0–10 V DC signal.
Signal (1-10 V) – Variant where 1 V = minimum, 10 V = full brightness.
Signal-to-noise ratio (SNR) – Quality measure of a control signal versus background noise.
Silicone – Elastomer for potting, gaskets, flexible covers and neon flex.
Silicone (optical-grade) – High-clarity silicone for LED die encapsulation.
Simulation (lighting) – Computer modelling with DIALux, Relux, AGi32 or similar.
SK6812 – Addressable RGBW LED with integrated driver IC, SPI protocol.
Skylight (artificial) – LED panel mimicking the appearance and colour of natural sky.
skylight simulation technique – Large back-lit LED panel with tuneable CCT mimics natural sky appearance, providing a psychological sense of daylight in windowless underground or interior spaces.
Sleeve (heat-shrink) – Plastic tube shrinking when heated to insulate wire joints.
Slim driver – Ultra-thin power supply for limited-space installations.
Slit (light) – Narrow opening in a profile producing a thin line of light on a surface.
Smart lighting – Connected LEDs controllable remotely with automated features.
SMD (Surface Mount Device) – Surface-mounted LED, the most common in professional strips.
SMD 0402 – Surface-mount LED in 0402 package format (dimensions in tenths of mm).
SMD 0603 – Surface-mount LED in 0603 package format (dimensions in tenths of mm).
SMD 0805 – Surface-mount LED in 0805 package format (dimensions in tenths of mm).
SMD 1206 – Surface-mount LED in 1206 package format (dimensions in tenths of mm).
SMD 2016 – Ultra-small LED (2.0 × 1.6 mm) for very high-density strip designs.
SMD 2110 – Compact LED (2.1 × 1.0 mm) for ultra-high-density strips.
SMD 2216 – Surface-mount LED in 2216 package format (dimensions in tenths of mm).
SMD 2835 – High-efficiency LED (2.8 × 3.5 mm), the most widely used in professional strips.
SMD 3014 – Small LED (3.0 × 1.4 mm) for narrow high-density strips.
SMD 3020 – Surface-mount LED in 3020 package format (dimensions in tenths of mm).
SMD 3030 – Mid-power LED (3.0 × 3.0 mm) for medium-power applications.
SMD 3528 – Classic LED (3.5 × 2.8 mm), previous generation.
SMD 3535 – Surface-mount LED in 3535 package format (dimensions in tenths of mm).
SMD 3838 – Surface-mount LED in 3838 package format (dimensions in tenths of mm).
SMD 4014 – High-output LED (4.0 × 1.4 mm) for slim high-flux strips.
SMD 4040 – Surface-mount LED in 4040 package format (dimensions in tenths of mm).
SMD 5050 – Large LED (5.0 × 5.0 mm) with three dies, used for RGB.
SMD 5054 – Surface-mount LED in 5054 package format (dimensions in tenths of mm).
SMD 5060 – Surface-mount LED in 5060 package format (dimensions in tenths of mm).
SMD 5630 – Surface-mount LED in 5630 package format (dimensions in tenths of mm).
SMD 5630 / 5730 – High-power LED (5.6–5.7 × 3.0 mm) for high-flux strips.
SMD 5730 – Surface-mount LED in 5730 package format (dimensions in tenths of mm).
SMD 5736 – Surface-mount LED in 5736 package format (dimensions in tenths of mm).
SMD 7020 – Surface-mount LED in 7020 package format (dimensions in tenths of mm).
SMD 7030 – Surface-mount LED in 7030 package format (dimensions in tenths of mm).
SMD 7070 – Surface-mount LED in 7070 package format (dimensions in tenths of mm).
SMD 8520 – Surface-mount LED in 8520 package format (dimensions in tenths of mm).
Snoot – Tubular attachment on a spotlight reducing spill light and tightening the beam.
Soft start – Gradual power-up reducing LED stress and inrush current.
Software (AGi32) – AGi32, used in LED lighting design, simulation, control or commissioning.
Software (Art-Net Controller app) – Art-Net Controller app, used in LED lighting design, simulation, control or commissioning.
Software (AutoCAD lighting plugin) – AutoCAD lighting plugin, used in LED lighting design, simulation, control or commissioning.
Software (Autodesk Revit (lighting families)) – Autodesk Revit (lighting families), used in LED lighting design, simulation, control or commissioning.
Software (CALCULUX) – CALCULUX, used in LED lighting design, simulation, control or commissioning.
Software (CASAMBI App) – CASAMBI App, used in LED lighting design, simulation, control or commissioning.
Software (Casambi Dashboard) – Casambi Dashboard, used in LED lighting design, simulation, control or commissioning.
Software (commissioning) – Application for addressing, grouping and scene-setting of luminaires.
Software (Control4 Composer) – Control4 Composer, used in LED lighting design, simulation, control or commissioning.
Software (Crestron Toolbox) – Crestron Toolbox, used in LED lighting design, simulation, control or commissioning.
Software (DALI-2 Commissioning Toolkit) – DALI-2 Commissioning Toolkit, used in LED lighting design, simulation, control or commissioning.
Software (DIALux Evo) – DIALux Evo, used in LED lighting design, simulation, control or commissioning.
Software (DIALux) – DIALux, used in LED lighting design, simulation, control or commissioning.
Software (DMX Inspector) – DMX Inspector, used in LED lighting design, simulation, control or commissioning.
Software (DMX Workshop) – DMX Workshop, used in LED lighting design, simulation, control or commissioning.
Software (E:cue Sympholight) – E:cue Sympholight, used in LED lighting design, simulation, control or commissioning.
Software (EldoLED SOLOdrive Programmer) – EldoLED SOLOdrive Programmer, used in LED lighting design, simulation, control or commissioning.
Software (ElumTools Revit plugin) – ElumTools Revit plugin, used in LED lighting design, simulation, control or commissioning.
Software (ETS6 (KNX programming)) – ETS6 (KNX programming), used in LED lighting design, simulation, control or commissioning.
Software (FASCALC) – FASCALC, used in LED lighting design, simulation, control or commissioning.
Software (Helvar Designer) – Helvar Designer, used in LED lighting design, simulation, control or commissioning.
Software (IESNA Viewer) – IESNA Viewer, used in LED lighting design, simulation, control or commissioning.
Software (iGuzzini Configurator) – iGuzzini Configurator, used in LED lighting design, simulation, control or commissioning.
Software (Interact Landmark (Signify)) – Interact Landmark (Signify), used in LED lighting design, simulation, control or commissioning.
Software (lighting design) – DIALux, Relux, AGi32 or similar for calculation and visualisation.
Software (LightStanza) – LightStanza, used in LED lighting design, simulation, control or commissioning.
Software (Litestar 4D) – Litestar 4D, used in LED lighting design, simulation, control or commissioning.
Software (Loxone Config) – Loxone Config, used in LED lighting design, simulation, control or commissioning.
Software (Lumen Designer) – Lumen Designer, used in LED lighting design, simulation, control or commissioning.
Software (Lumen Micro) – Lumen Micro, used in LED lighting design, simulation, control or commissioning.
Software (Luminaire Finder app) – Luminaire Finder app, used in LED lighting design, simulation, control or commissioning.
Software (Luminit LSD Suite) – Luminit LSD Suite, used in LED lighting design, simulation, control or commissioning.
Software (Lumion (rendering)) – Lumion (rendering), used in LED lighting design, simulation, control or commissioning.
Software (MADRIX) – MADRIX, used in LED lighting design, simulation, control or commissioning.
Software (Mean Well LED Driver Selector) – Mean Well LED Driver Selector, used in LED lighting design, simulation, control or commissioning.
Software (Nicolaudie ESA2) – Nicolaudie ESA2, used in LED lighting design, simulation, control or commissioning.
Software (Open Lighting Architecture) – Open Lighting Architecture, used in LED lighting design, simulation, control or commissioning.
Software (Pharos Designer) – Pharos Designer, used in LED lighting design, simulation, control or commissioning.
Software (Photopia) – Photopia, used in LED lighting design, simulation, control or commissioning.
Software (pixel mapping) – Application for creating graphical content on addressable LED arrays.
Software (QLC+) – QLC+, used in LED lighting design, simulation, control or commissioning.
Software (Radiance) – Radiance, used in LED lighting design, simulation, control or commissioning.
Software (Relux Desktop) – Relux Desktop, used in LED lighting design, simulation, control or commissioning.
Software (Relux ReluxNet) – Relux ReluxNet, used in LED lighting design, simulation, control or commissioning.
Software (sACN View) – sACN View, used in LED lighting design, simulation, control or commissioning.
Software (Signify Interact City) – Signify Interact City, used in LED lighting design, simulation, control or commissioning.
Software (Signify Interact Office) – Signify Interact Office, used in LED lighting design, simulation, control or commissioning.
Software (Touch Designer (pixel mapping)) – Touch Designer (pixel mapping), used in LED lighting design, simulation, control or commissioning.
Software (TracePro) – TracePro, used in LED lighting design, simulation, control or commissioning.
Software (Tridonic 4remote) – Tridonic 4remote, used in LED lighting design, simulation, control or commissioning.
Software (Tridonic masterCONFIGURATOR) – Tridonic masterCONFIGURATOR, used in LED lighting design, simulation, control or commissioning.
Software (Visual (lighting calc)) – Visual (lighting calc), used in LED lighting design, simulation, control or commissioning.
Software (Wago Building Controller software) – Wago Building Controller software, used in LED lighting design, simulation, control or commissioning.
Software (Zemax OpticStudio) – Zemax OpticStudio, used in LED lighting design, simulation, control or commissioning.
Software (Zhaga D4i config tool) – Zhaga D4i config tool, used in LED lighting design, simulation, control or commissioning.
Solder – Tin-alloy material for electrical joints on strip pads.
Solder (lead-free) – RoHS-compliant solder alloy without lead.
Soldering (hand) – Manual joint with a soldering iron for on-site work.
Soldering (reflow) – Industrial SMD process using a convection oven.
Soldering (wave) – Through-hole soldering process using a wave of molten solder.
Source (point) – Single LED with a very small emitting area, producing hard shadows.
Spacer – Mechanical insert maintaining a fixed distance between components.
Spectral power distribution (SPD) – Graph of radiant power versus wavelength for a light source.
Spectrometer – Instrument measuring the spectral distribution of emitted light.
Spectrum (continuous) – Emission covering all visible wavelengths without gaps.
Spectrum (emission) – Light-intensity distribution as a function of wavelength.
Spectrum (full) – LED with a broad, gap-free spectrum similar to daylight.
Spectrum (visible) – Electromagnetic radiation from 380 to 780 nm perceptible by the eye.
SPI (Serial Peripheral Interface) – Serial protocol for addressable LEDs (WS2812, SK6812).
Spot (narrow beam) – Beam below 20 degrees for focused accent lighting.
Spotlight – Adjustable luminaire producing a concentrated beam for accent illumination.
Spring anchor – Elastic fixing for securing recessed profiles in ceilings.
Spring clip – Spring-loaded clip holding a recessed luminaire in its ceiling cut-out.
Stainless steel – Corrosion-resistant steel used for outdoor mounting hardware.
stair nosing technique – Linear LED embedded in each tread nosing marks step boundaries for safety while adding rhythmic visual interest to staircases in homes, hotels and public buildings.
Standby power – Power consumed by a driver or controller when LEDs are off but the system is energised.
Stepper (stair-nose profile) – Profile for embedding in stair nosings.
Steradian (sr) – SI unit of solid angle for defining luminous intensity.
Strip (COB) – Chip-on-Board strip for dot-free continuous light.
Strip (constant-current) – Strip with on-board current regulators for long-run uniformity.
Strip (flexible) – Strip on a flexible PCB that can bend.
Strip (high-density) – Strip with many LEDs per metre for seamless light.
Strip (LED — 12 V) – Powered at 12 V DC, for short runs.
Strip (LED — 24 V) – Powered at 24 V DC, the professional standard.
Strip (LED — 48 V) – Powered at 48 V DC for long runs with minimal drop.
Strip (LED — IP20) – Bare strip for dry indoor use.
Strip (LED — IP65) – Silicone-coated for dust and water-jet resistance.
Strip (LED — IP67) – Fully coated, temporary-immersion resistant.
Strip (LED — IP68) – Encapsulated for prolonged immersion.
Strip (LED — outdoor) – IP65–IP68 protected for exterior use.
Strip (LED — RGB) – Red, green, blue LEDs for dynamic colour.
Strip (LED — RGBW) – RGB plus dedicated white for purer whites.
Strip (LED — tunable white) – Warm and cool white LEDs for dynamic CCT.
Strip (LED) – Flexible PCB tape with SMD LEDs at regular intervals, on reels.
Strip (rigid / light bar) – Rigid LED assembly on an aluminium PCB.
Strip (side-emitting) – Strip with LEDs emitting laterally for edge-lit applications.
Strip 0.5 W/m – LED strip consuming 0.5 watts per linear metre.
Strip 1 W/m – LED strip consuming 1 watts per linear metre.
Strip 1.5 W/m – LED strip consuming 1.5 watts per linear metre.
Strip 10 W/m – LED strip consuming 10 watts per linear metre.
Strip 10.5 W/m – LED strip consuming 10.5 watts per linear metre.
Strip 11 W/m – LED strip consuming 11 watts per linear metre.
Strip 11.5 W/m – LED strip consuming 11.5 watts per linear metre.
Strip 12 W/m – LED strip consuming 12 watts per linear metre.
Strip 12.5 W/m – LED strip consuming 12.5 watts per linear metre.
Strip 13 W/m – LED strip consuming 13 watts per linear metre.
Strip 13.5 W/m – LED strip consuming 13.5 watts per linear metre.
Strip 14 W/m – LED strip consuming 14 watts per linear metre.
Strip 14.5 W/m – LED strip consuming 14.5 watts per linear metre.
Strip 15 W/m – LED strip consuming 15 watts per linear metre.
Strip 15.5 W/m – LED strip consuming 15.5 watts per linear metre.
Strip 16 W/m – LED strip consuming 16 watts per linear metre.
Strip 16.5 W/m – LED strip consuming 16.5 watts per linear metre.
Strip 17 W/m – LED strip consuming 17 watts per linear metre.
Strip 17.5 W/m – LED strip consuming 17.5 watts per linear metre.
Strip 18 W/m – LED strip consuming 18 watts per linear metre.
Strip 18.5 W/m – LED strip consuming 18.5 watts per linear metre.
Strip 19 W/m – LED strip consuming 19 watts per linear metre.
Strip 19.5 W/m – LED strip consuming 19.5 watts per linear metre.
Strip 2 W/m – LED strip consuming 2 watts per linear metre.
Strip 2.5 W/m – LED strip consuming 2.5 watts per linear metre.
Strip 20 W/m – LED strip consuming 20 watts per linear metre.
Strip 20.5 W/m – LED strip consuming 20.5 watts per linear metre.
Strip 21 W/m – LED strip consuming 21 watts per linear metre.
Strip 21.5 W/m – LED strip consuming 21.5 watts per linear metre.
Strip 22 W/m – LED strip consuming 22 watts per linear metre.
Strip 22.5 W/m – LED strip consuming 22.5 watts per linear metre.
Strip 23 W/m – LED strip consuming 23 watts per linear metre.
Strip 23.5 W/m – LED strip consuming 23.5 watts per linear metre.
Strip 24 W/m – LED strip consuming 24 watts per linear metre.
Strip 24.5 W/m – LED strip consuming 24.5 watts per linear metre.
Strip 25 W/m – LED strip consuming 25 watts per linear metre.
Strip 25.5 W/m – LED strip consuming 25.5 watts per linear metre.
Strip 26 W/m – LED strip consuming 26 watts per linear metre.
Strip 26.5 W/m – LED strip consuming 26.5 watts per linear metre.
Strip 27 W/m – LED strip consuming 27 watts per linear metre.
Strip 27.5 W/m – LED strip consuming 27.5 watts per linear metre.
Strip 28 W/m – LED strip consuming 28 watts per linear metre.
Strip 28.5 W/m – LED strip consuming 28.5 watts per linear metre.
Strip 29 W/m – LED strip consuming 29 watts per linear metre.
Strip 29.5 W/m – LED strip consuming 29.5 watts per linear metre.
Strip 3 W/m – LED strip consuming 3 watts per linear metre.
Strip 3.5 W/m – LED strip consuming 3.5 watts per linear metre.
Strip 30 W/m – LED strip consuming 30 watts per linear metre.
Strip 4 W/m – LED strip consuming 4 watts per linear metre.
Strip 4.5 W/m – LED strip consuming 4.5 watts per linear metre.
Strip 5 W/m – LED strip consuming 5 watts per linear metre.
Strip 5.5 W/m – LED strip consuming 5.5 watts per linear metre.
Strip 6 W/m – LED strip consuming 6 watts per linear metre.
Strip 6.5 W/m – LED strip consuming 6.5 watts per linear metre.
Strip 7 W/m – LED strip consuming 7 watts per linear metre.
Strip 7.5 W/m – LED strip consuming 7.5 watts per linear metre.
Strip 8 W/m – LED strip consuming 8 watts per linear metre.
Strip 8.5 W/m – LED strip consuming 8.5 watts per linear metre.
Strip 9 W/m – LED strip consuming 9 watts per linear metre.
Strip 9.5 W/m – LED strip consuming 9.5 watts per linear metre.
Strip density 112 LED/m – LED strip with 112 chips per linear metre.
Strip density 120 LED/m – LED strip with 120 chips per linear metre.
Strip density 1200 LED/m – LED strip with 1200 chips per linear metre.
Strip density 128 LED/m – LED strip with 128 chips per linear metre.
Strip density 140 LED/m – LED strip with 140 chips per linear metre.
Strip density 1500 LED/m – LED strip with 1500 chips per linear metre.
Strip density 160 LED/m – LED strip with 160 chips per linear metre.
Strip density 168 LED/m – LED strip with 168 chips per linear metre.
Strip density 176 LED/m – LED strip with 176 chips per linear metre.
Strip density 180 LED/m – LED strip with 180 chips per linear metre.
Strip density 192 LED/m – LED strip with 192 chips per linear metre.
Strip density 204 LED/m – LED strip with 204 chips per linear metre.
Strip density 210 LED/m – LED strip with 210 chips per linear metre.
Strip density 224 LED/m – LED strip with 224 chips per linear metre.
Strip density 24 LED/m – LED strip with 24 chips per linear metre.
Strip density 240 LED/m – LED strip with 240 chips per linear metre.
Strip density 252 LED/m – LED strip with 252 chips per linear metre.
Strip density 256 LED/m – LED strip with 256 chips per linear metre.
Strip density 280 LED/m – LED strip with 280 chips per linear metre.
Strip density 30 LED/m – LED strip with 30 chips per linear metre.
Strip density 300 LED/m – LED strip with 300 chips per linear metre.
Strip density 320 LED/m – LED strip with 320 chips per linear metre.
Strip density 336 LED/m – LED strip with 336 chips per linear metre.
Strip density 352 LED/m – LED strip with 352 chips per linear metre.
Strip density 36 LED/m – LED strip with 36 chips per linear metre.
Strip density 360 LED/m – LED strip with 360 chips per linear metre.
Strip density 384 LED/m – LED strip with 384 chips per linear metre.
Strip density 420 LED/m – LED strip with 420 chips per linear metre.
Strip density 48 LED/m – LED strip with 48 chips per linear metre.
Strip density 480 LED/m – LED strip with 480 chips per linear metre.
Strip density 504 LED/m – LED strip with 504 chips per linear metre.
Strip density 512 LED/m – LED strip with 512 chips per linear metre.
Strip density 528 LED/m – LED strip with 528 chips per linear metre.
Strip density 560 LED/m – LED strip with 560 chips per linear metre.
Strip density 60 LED/m – LED strip with 60 chips per linear metre.
Strip density 600 LED/m – LED strip with 600 chips per linear metre.
Strip density 630 LED/m – LED strip with 630 chips per linear metre.
Strip density 672 LED/m – LED strip with 672 chips per linear metre.
Strip density 700 LED/m – LED strip with 700 chips per linear metre.
Strip density 72 LED/m – LED strip with 72 chips per linear metre.
Strip density 720 LED/m – LED strip with 720 chips per linear metre.
Strip density 756 LED/m – LED strip with 756 chips per linear metre.
Strip density 784 LED/m – LED strip with 784 chips per linear metre.
Strip density 84 LED/m – LED strip with 84 chips per linear metre.
Strip density 840 LED/m – LED strip with 840 chips per linear metre.
Strip density 90 LED/m – LED strip with 90 chips per linear metre.
Strip density 96 LED/m – LED strip with 96 chips per linear metre.
Strip density 960 LED/m – LED strip with 960 chips per linear metre.
Strip output 100 lm/m – LED strip producing 100 lumens per linear metre.
Strip output 1000 lm/m – LED strip producing 1000 lumens per linear metre.
Strip output 1050 lm/m – LED strip producing 1050 lumens per linear metre.
Strip output 1100 lm/m – LED strip producing 1100 lumens per linear metre.
Strip output 120 lm/m – LED strip producing 120 lumens per linear metre.
Strip output 1200 lm/m – LED strip producing 1200 lumens per linear metre.
Strip output 1300 lm/m – LED strip producing 1300 lumens per linear metre.
Strip output 1400 lm/m – LED strip producing 1400 lumens per linear metre.
Strip output 150 lm/m – LED strip producing 150 lumens per linear metre.
Strip output 1500 lm/m – LED strip producing 1500 lumens per linear metre.
Strip output 1600 lm/m – LED strip producing 1600 lumens per linear metre.
Strip output 1700 lm/m – LED strip producing 1700 lumens per linear metre.
Strip output 180 lm/m – LED strip producing 180 lumens per linear metre.
Strip output 1800 lm/m – LED strip producing 1800 lumens per linear metre.
Strip output 200 lm/m – LED strip producing 200 lumens per linear metre.
Strip output 2000 lm/m – LED strip producing 2000 lumens per linear metre.
Strip output 220 lm/m – LED strip producing 220 lumens per linear metre.
Strip output 2200 lm/m – LED strip producing 2200 lumens per linear metre.
Strip output 2400 lm/m – LED strip producing 2400 lumens per linear metre.
Strip output 250 lm/m – LED strip producing 250 lumens per linear metre.
Strip output 2500 lm/m – LED strip producing 2500 lumens per linear metre.
Strip output 2700 lm/m – LED strip producing 2700 lumens per linear metre.
Strip output 280 lm/m – LED strip producing 280 lumens per linear metre.
Strip output 300 lm/m – LED strip producing 300 lumens per linear metre.
Strip output 3000 lm/m – LED strip producing 3000 lumens per linear metre.
Strip output 320 lm/m – LED strip producing 320 lumens per linear metre.
Strip output 350 lm/m – LED strip producing 350 lumens per linear metre.
Strip output 3500 lm/m – LED strip producing 3500 lumens per linear metre.
Strip output 400 lm/m – LED strip producing 400 lumens per linear metre.
Strip output 4000 lm/m – LED strip producing 4000 lumens per linear metre.
Strip output 450 lm/m – LED strip producing 450 lumens per linear metre.
Strip output 4500 lm/m – LED strip producing 4500 lumens per linear metre.
Strip output 50 lm/m – LED strip producing 50 lumens per linear metre.
Strip output 500 lm/m – LED strip producing 500 lumens per linear metre.
Strip output 5000 lm/m – LED strip producing 5000 lumens per linear metre.
Strip output 550 lm/m – LED strip producing 550 lumens per linear metre.
Strip output 600 lm/m – LED strip producing 600 lumens per linear metre.
Strip output 650 lm/m – LED strip producing 650 lumens per linear metre.
Strip output 700 lm/m – LED strip producing 700 lumens per linear metre.
Strip output 750 lm/m – LED strip producing 750 lumens per linear metre.
Strip output 80 lm/m – LED strip producing 80 lumens per linear metre.
Strip output 800 lm/m – LED strip producing 800 lumens per linear metre.
Strip output 850 lm/m – LED strip producing 850 lumens per linear metre.
Strip output 900 lm/m – LED strip producing 900 lumens per linear metre.
Strip output 950 lm/m – LED strip producing 950 lumens per linear metre.
Strip power 1 W/m – LED strip consuming 1 watts per linear metre.
Strip power 10 W/m – LED strip consuming 10 watts per linear metre.
Strip power 11 W/m – LED strip consuming 11 watts per linear metre.
Strip power 12 W/m – LED strip consuming 12 watts per linear metre.
Strip power 13 W/m – LED strip consuming 13 watts per linear metre.
Strip power 14 W/m – LED strip consuming 14 watts per linear metre.
Strip power 15 W/m – LED strip consuming 15 watts per linear metre.
Strip power 16 W/m – LED strip consuming 16 watts per linear metre.
Strip power 17 W/m – LED strip consuming 17 watts per linear metre.
Strip power 18 W/m – LED strip consuming 18 watts per linear metre.
Strip power 19 W/m – LED strip consuming 19 watts per linear metre.
Strip power 2 W/m – LED strip consuming 2 watts per linear metre.
Strip power 20 W/m – LED strip consuming 20 watts per linear metre.
Strip power 21 W/m – LED strip consuming 21 watts per linear metre.
Strip power 22 W/m – LED strip consuming 22 watts per linear metre.
Strip power 23 W/m – LED strip consuming 23 watts per linear metre.
Strip power 24 W/m – LED strip consuming 24 watts per linear metre.
Strip power 25 W/m – LED strip consuming 25 watts per linear metre.
Strip power 26 W/m – LED strip consuming 26 watts per linear metre.
Strip power 27 W/m – LED strip consuming 27 watts per linear metre.
Strip power 28 W/m – LED strip consuming 28 watts per linear metre.
Strip power 29 W/m – LED strip consuming 29 watts per linear metre.
Strip power 3 W/m – LED strip consuming 3 watts per linear metre.
Strip power 30 W/m – LED strip consuming 30 watts per linear metre.
Strip power 4 W/m – LED strip consuming 4 watts per linear metre.
Strip power 5 W/m – LED strip consuming 5 watts per linear metre.
Strip power 6 W/m – LED strip consuming 6 watts per linear metre.
Strip power 7 W/m – LED strip consuming 7 watts per linear metre.
Strip power 8 W/m – LED strip consuming 8 watts per linear metre.
Strip power 9 W/m – LED strip consuming 9 watts per linear metre.
Strip voltage 12 V DC – LED strip operating at 12 volts direct current.
Strip voltage 15 V DC – LED strip operating at 15 volts direct current.
Strip voltage 24 V DC – LED strip operating at 24 volts direct current.
Strip voltage 36 V DC – LED strip operating at 36 volts direct current.
Strip voltage 48 V DC – LED strip operating at 48 volts direct current.
Strip voltage 5 V DC – LED strip operating at 5 volts direct current.
Strip voltage 60 V DC – LED strip operating at 60 volts direct current.
Strip voltage 9 V DC – LED strip operating at 9 volts direct current.
Strip width – Transverse dimension (5, 8, 10 or 12 mm).
Strip width 10 mm – Flexible LED strip PCB with a 10 mm width.
Strip width 12 mm – Flexible LED strip PCB with a 12 mm width.
Strip width 14 mm – Flexible LED strip PCB with a 14 mm width.
Strip width 15 mm – Flexible LED strip PCB with a 15 mm width.
Strip width 16 mm – Flexible LED strip PCB with a 16 mm width.
Strip width 20 mm – Flexible LED strip PCB with a 20 mm width.
Strip width 24 mm – Flexible LED strip PCB with a 24 mm width.
Strip width 28 mm – Flexible LED strip PCB with a 28 mm width.
Strip width 3 mm – Flexible LED strip PCB with a 3 mm width.
Strip width 30 mm – Flexible LED strip PCB with a 30 mm width.
Strip width 4 mm – Flexible LED strip PCB with a 4 mm width.
Strip width 5 mm – Flexible LED strip PCB with a 5 mm width.
Strip width 6 mm – Flexible LED strip PCB with a 6 mm width.
Strip width 7 mm – Flexible LED strip PCB with a 7 mm width.
Strip width 8 mm – Flexible LED strip PCB with a 8 mm width.
Substrate – Base material (sapphire, GaN, SiC) on which the LED crystal is grown.
Substrate (ceramic) – Alumina base for high-power LEDs with excellent thermal performance.
Substrate (silicon) – Silicon base used in some cost-effective LED die structures.
Surface reflectance asphalt 7pct – Approximate reflectance of 7% for asphalt surfaces. This value is used in lumen-method and ray-tracing lighting calculations to determine inter-reflected light contributions in the room.
Surface reflectance brick wall 25pct – Approximate reflectance of 25% for brick wall surfaces. This value is used in lumen-method and ray-tracing lighting calculations to determine inter-reflected light contributions in the room.
Surface reflectance carpet dark 10pct – Approximate reflectance of 10% for carpet dark surfaces. This value is used in lumen-method and ray-tracing lighting calculations to determine inter-reflected light contributions in the room.
Surface reflectance carpet light 30pct – Approximate reflectance of 30% for carpet light surfaces. This value is used in lumen-method and ray-tracing lighting calculations to determine inter-reflected light contributions in the room.
Surface reflectance concrete floor 30pct – Approximate reflectance of 30% for concrete floor surfaces. This value is used in lumen-method and ray-tracing lighting calculations to determine inter-reflected light contributions in the room.
Surface reflectance dark floor 10pct – Approximate reflectance of 10% for dark floor surfaces. This value is used in lumen-method and ray-tracing lighting calculations to determine inter-reflected light contributions in the room.
Surface reflectance dark wall 15pct – Approximate reflectance of 15% for dark wall surfaces. This value is used in lumen-method and ray-tracing lighting calculations to determine inter-reflected light contributions in the room.
Surface reflectance glass wall 10pct – Approximate reflectance of 10% for glass wall surfaces. This value is used in lumen-method and ray-tracing lighting calculations to determine inter-reflected light contributions in the room.
Surface reflectance grass 20pct – Approximate reflectance of 20% for grass surfaces. This value is used in lumen-method and ray-tracing lighting calculations to determine inter-reflected light contributions in the room.
Surface reflectance light floor 40pct – Approximate reflectance of 40% for light floor surfaces. This value is used in lumen-method and ray-tracing lighting calculations to determine inter-reflected light contributions in the room.
Surface reflectance light wall 50pct – Approximate reflectance of 50% for light wall surfaces. This value is used in lumen-method and ray-tracing lighting calculations to determine inter-reflected light contributions in the room.
Surface reflectance off-white ceiling 75pct – Approximate reflectance of 75% for off-white ceiling surfaces. This value is used in lumen-method and ray-tracing lighting calculations to determine inter-reflected light contributions in the room.
Surface reflectance slate 8pct – Approximate reflectance of 8% for slate surfaces. This value is used in lumen-method and ray-tracing lighting calculations to determine inter-reflected light contributions in the room.
Surface reflectance snow 80pct – Approximate reflectance of 80% for snow surfaces. This value is used in lumen-method and ray-tracing lighting calculations to determine inter-reflected light contributions in the room.
Surface reflectance timber panel 30pct – Approximate reflectance of 30% for timber panel surfaces. This value is used in lumen-method and ray-tracing lighting calculations to determine inter-reflected light contributions in the room.
Surface reflectance white ceiling 85pct – Approximate reflectance of 85% for white ceiling surfaces. This value is used in lumen-method and ray-tracing lighting calculations to determine inter-reflected light contributions in the room.
Surface reflectance white tile 60pct – Approximate reflectance of 60% for white tile surfaces. This value is used in lumen-method and ray-tracing lighting calculations to determine inter-reflected light contributions in the room.
Surge protection – Device clamping transient mains voltage spikes.
Surge protector (SPD) – Surge-protective device installed in the electrical panel.
Suspension cable – Steel wire hanging LED profiles from the ceiling.
Switching frequency – Driver internal switching rate, typically 50–200 kHz.
System efficacy 100 lm/W – LED installation achieving 100 lumens per watt overall system efficacy.
System efficacy 101 lm/W – LED installation achieving 101 lumens per watt overall system efficacy.
System efficacy 102 lm/W – LED installation achieving 102 lumens per watt overall system efficacy.
System efficacy 103 lm/W – LED installation achieving 103 lumens per watt overall system efficacy.
System efficacy 104 lm/W – LED installation achieving 104 lumens per watt overall system efficacy.
System efficacy 105 lm/W – LED installation achieving 105 lumens per watt overall system efficacy.
System efficacy 106 lm/W – LED installation achieving 106 lumens per watt overall system efficacy.
System efficacy 107 lm/W – LED installation achieving 107 lumens per watt overall system efficacy.
System efficacy 108 lm/W – LED installation achieving 108 lumens per watt overall system efficacy.
System efficacy 109 lm/W – LED installation achieving 109 lumens per watt overall system efficacy.
System efficacy 110 lm/W – LED installation achieving 110 lumens per watt overall system efficacy.
System efficacy 111 lm/W – LED installation achieving 111 lumens per watt overall system efficacy.
System efficacy 112 lm/W – LED installation achieving 112 lumens per watt overall system efficacy.
System efficacy 113 lm/W – LED installation achieving 113 lumens per watt overall system efficacy.
System efficacy 114 lm/W – LED installation achieving 114 lumens per watt overall system efficacy.
System efficacy 115 lm/W – LED installation achieving 115 lumens per watt overall system efficacy.
System efficacy 116 lm/W – LED installation achieving 116 lumens per watt overall system efficacy.
System efficacy 117 lm/W – LED installation achieving 117 lumens per watt overall system efficacy.
System efficacy 118 lm/W – LED installation achieving 118 lumens per watt overall system efficacy.
System efficacy 119 lm/W – LED installation achieving 119 lumens per watt overall system efficacy.
System efficacy 120 lm/W – LED installation achieving 120 lumens per watt overall system efficacy.
System efficacy 121 lm/W – LED installation achieving 121 lumens per watt overall system efficacy.
System efficacy 122 lm/W – LED installation achieving 122 lumens per watt overall system efficacy.
System efficacy 123 lm/W – LED installation achieving 123 lumens per watt overall system efficacy.
System efficacy 124 lm/W – LED installation achieving 124 lumens per watt overall system efficacy.
System efficacy 125 lm/W – LED installation achieving 125 lumens per watt overall system efficacy.
System efficacy 126 lm/W – LED installation achieving 126 lumens per watt overall system efficacy.
System efficacy 127 lm/W – LED installation achieving 127 lumens per watt overall system efficacy.
System efficacy 128 lm/W – LED installation achieving 128 lumens per watt overall system efficacy.
System efficacy 129 lm/W – LED installation achieving 129 lumens per watt overall system efficacy.
System efficacy 130 lm/W – LED installation achieving 130 lumens per watt overall system efficacy.
System efficacy 131 lm/W – LED installation achieving 131 lumens per watt overall system efficacy.
System efficacy 132 lm/W – LED installation achieving 132 lumens per watt overall system efficacy.
System efficacy 133 lm/W – LED installation achieving 133 lumens per watt overall system efficacy.
System efficacy 134 lm/W – LED installation achieving 134 lumens per watt overall system efficacy.
System efficacy 135 lm/W – LED installation achieving 135 lumens per watt overall system efficacy.
System efficacy 136 lm/W – LED installation achieving 136 lumens per watt overall system efficacy.
System efficacy 137 lm/W – LED installation achieving 137 lumens per watt overall system efficacy.
System efficacy 138 lm/W – LED installation achieving 138 lumens per watt overall system efficacy.
System efficacy 139 lm/W – LED installation achieving 139 lumens per watt overall system efficacy.
System efficacy 140 lm/W – LED installation achieving 140 lumens per watt overall system efficacy.
System efficacy 141 lm/W – LED installation achieving 141 lumens per watt overall system efficacy.
System efficacy 142 lm/W – LED installation achieving 142 lumens per watt overall system efficacy.
System efficacy 143 lm/W – LED installation achieving 143 lumens per watt overall system efficacy.
System efficacy 144 lm/W – LED installation achieving 144 lumens per watt overall system efficacy.
System efficacy 145 lm/W – LED installation achieving 145 lumens per watt overall system efficacy.
System efficacy 146 lm/W – LED installation achieving 146 lumens per watt overall system efficacy.
System efficacy 147 lm/W – LED installation achieving 147 lumens per watt overall system efficacy.
System efficacy 148 lm/W – LED installation achieving 148 lumens per watt overall system efficacy.
System efficacy 149 lm/W – LED installation achieving 149 lumens per watt overall system efficacy.
System efficacy 150 lm/W – LED installation achieving 150 lumens per watt overall system efficacy.
System efficacy 151 lm/W – LED installation achieving 151 lumens per watt overall system efficacy.
System efficacy 152 lm/W – LED installation achieving 152 lumens per watt overall system efficacy.
System efficacy 153 lm/W – LED installation achieving 153 lumens per watt overall system efficacy.
System efficacy 154 lm/W – LED installation achieving 154 lumens per watt overall system efficacy.
System efficacy 155 lm/W – LED installation achieving 155 lumens per watt overall system efficacy.
System efficacy 156 lm/W – LED installation achieving 156 lumens per watt overall system efficacy.
System efficacy 157 lm/W – LED installation achieving 157 lumens per watt overall system efficacy.
System efficacy 158 lm/W – LED installation achieving 158 lumens per watt overall system efficacy.
System efficacy 159 lm/W – LED installation achieving 159 lumens per watt overall system efficacy.
System efficacy 160 lm/W – LED installation achieving 160 lumens per watt overall system efficacy.
System efficacy 161 lm/W – LED installation achieving 161 lumens per watt overall system efficacy.
System efficacy 162 lm/W – LED installation achieving 162 lumens per watt overall system efficacy.
System efficacy 163 lm/W – LED installation achieving 163 lumens per watt overall system efficacy.
System efficacy 164 lm/W – LED installation achieving 164 lumens per watt overall system efficacy.
System efficacy 165 lm/W – LED installation achieving 165 lumens per watt overall system efficacy.
System efficacy 166 lm/W – LED installation achieving 166 lumens per watt overall system efficacy.
System efficacy 167 lm/W – LED installation achieving 167 lumens per watt overall system efficacy.
System efficacy 168 lm/W – LED installation achieving 168 lumens per watt overall system efficacy.
System efficacy 169 lm/W – LED installation achieving 169 lumens per watt overall system efficacy.
System efficacy 170 lm/W – LED installation achieving 170 lumens per watt overall system efficacy.
System efficacy 171 lm/W – LED installation achieving 171 lumens per watt overall system efficacy.
System efficacy 172 lm/W – LED installation achieving 172 lumens per watt overall system efficacy.
System efficacy 173 lm/W – LED installation achieving 173 lumens per watt overall system efficacy.
System efficacy 174 lm/W – LED installation achieving 174 lumens per watt overall system efficacy.
System efficacy 175 lm/W – LED installation achieving 175 lumens per watt overall system efficacy.
System efficacy 176 lm/W – LED installation achieving 176 lumens per watt overall system efficacy.
System efficacy 177 lm/W – LED installation achieving 177 lumens per watt overall system efficacy.
System efficacy 178 lm/W – LED installation achieving 178 lumens per watt overall system efficacy.
System efficacy 179 lm/W – LED installation achieving 179 lumens per watt overall system efficacy.
System efficacy 180 lm/W – LED installation achieving 180 lumens per watt overall system efficacy.
System efficacy 181 lm/W – LED installation achieving 181 lumens per watt overall system efficacy.
System efficacy 182 lm/W – LED installation achieving 182 lumens per watt overall system efficacy.
System efficacy 183 lm/W – LED installation achieving 183 lumens per watt overall system efficacy.
System efficacy 184 lm/W – LED installation achieving 184 lumens per watt overall system efficacy.
System efficacy 185 lm/W – LED installation achieving 185 lumens per watt overall system efficacy.
System efficacy 186 lm/W – LED installation achieving 186 lumens per watt overall system efficacy.
System efficacy 187 lm/W – LED installation achieving 187 lumens per watt overall system efficacy.
System efficacy 188 lm/W – LED installation achieving 188 lumens per watt overall system efficacy.
System efficacy 189 lm/W – LED installation achieving 189 lumens per watt overall system efficacy.
System efficacy 190 lm/W – LED installation achieving 190 lumens per watt overall system efficacy.
System efficacy 191 lm/W – LED installation achieving 191 lumens per watt overall system efficacy.
System efficacy 192 lm/W – LED installation achieving 192 lumens per watt overall system efficacy.
System efficacy 193 lm/W – LED installation achieving 193 lumens per watt overall system efficacy.
System efficacy 194 lm/W – LED installation achieving 194 lumens per watt overall system efficacy.
System efficacy 195 lm/W – LED installation achieving 195 lumens per watt overall system efficacy.
System efficacy 196 lm/W – LED installation achieving 196 lumens per watt overall system efficacy.
System efficacy 197 lm/W – LED installation achieving 197 lumens per watt overall system efficacy.
System efficacy 198 lm/W – LED installation achieving 198 lumens per watt overall system efficacy.
System efficacy 199 lm/W – LED installation achieving 199 lumens per watt overall system efficacy.
System efficacy 200 lm/W – LED installation achieving 200 lumens per watt overall system efficacy.
System efficacy 201 lm/W – LED installation achieving 201 lumens per watt overall system efficacy.
System efficacy 202 lm/W – LED installation achieving 202 lumens per watt overall system efficacy.
System efficacy 203 lm/W – LED installation achieving 203 lumens per watt overall system efficacy.
System efficacy 204 lm/W – LED installation achieving 204 lumens per watt overall system efficacy.
System efficacy 205 lm/W – LED installation achieving 205 lumens per watt overall system efficacy.
System efficacy 206 lm/W – LED installation achieving 206 lumens per watt overall system efficacy.
System efficacy 207 lm/W – LED installation achieving 207 lumens per watt overall system efficacy.
System efficacy 208 lm/W – LED installation achieving 208 lumens per watt overall system efficacy.
System efficacy 209 lm/W – LED installation achieving 209 lumens per watt overall system efficacy.
System efficacy 210 lm/W – LED installation achieving 210 lumens per watt overall system efficacy.
System efficacy 211 lm/W – LED installation achieving 211 lumens per watt overall system efficacy.
System efficacy 212 lm/W – LED installation achieving 212 lumens per watt overall system efficacy.
System efficacy 213 lm/W – LED installation achieving 213 lumens per watt overall system efficacy.
System efficacy 214 lm/W – LED installation achieving 214 lumens per watt overall system efficacy.
System efficacy 215 lm/W – LED installation achieving 215 lumens per watt overall system efficacy.
System efficacy 216 lm/W – LED installation achieving 216 lumens per watt overall system efficacy.
System efficacy 217 lm/W – LED installation achieving 217 lumens per watt overall system efficacy.
System efficacy 218 lm/W – LED installation achieving 218 lumens per watt overall system efficacy.
System efficacy 219 lm/W – LED installation achieving 219 lumens per watt overall system efficacy.
System efficacy 220 lm/W – LED installation achieving 220 lumens per watt overall system efficacy.
System efficacy 221 lm/W – LED installation achieving 221 lumens per watt overall system efficacy.
System efficacy 222 lm/W – LED installation achieving 222 lumens per watt overall system efficacy.
System efficacy 223 lm/W – LED installation achieving 223 lumens per watt overall system efficacy.
System efficacy 224 lm/W – LED installation achieving 224 lumens per watt overall system efficacy.
System efficacy 225 lm/W – LED installation achieving 225 lumens per watt overall system efficacy.
System efficacy 226 lm/W – LED installation achieving 226 lumens per watt overall system efficacy.
System efficacy 227 lm/W – LED installation achieving 227 lumens per watt overall system efficacy.
System efficacy 228 lm/W – LED installation achieving 228 lumens per watt overall system efficacy.
System efficacy 229 lm/W – LED installation achieving 229 lumens per watt overall system efficacy.
System efficacy 230 lm/W – LED installation achieving 230 lumens per watt overall system efficacy.
System efficacy 231 lm/W – LED installation achieving 231 lumens per watt overall system efficacy.
System efficacy 232 lm/W – LED installation achieving 232 lumens per watt overall system efficacy.
System efficacy 233 lm/W – LED installation achieving 233 lumens per watt overall system efficacy.
System efficacy 234 lm/W – LED installation achieving 234 lumens per watt overall system efficacy.
System efficacy 235 lm/W – LED installation achieving 235 lumens per watt overall system efficacy.
System efficacy 236 lm/W – LED installation achieving 236 lumens per watt overall system efficacy.
System efficacy 237 lm/W – LED installation achieving 237 lumens per watt overall system efficacy.
System efficacy 238 lm/W – LED installation achieving 238 lumens per watt overall system efficacy.
System efficacy 239 lm/W – LED installation achieving 239 lumens per watt overall system efficacy.
System efficacy 240 lm/W – LED installation achieving 240 lumens per watt overall system efficacy.
System efficacy 241 lm/W – LED installation achieving 241 lumens per watt overall system efficacy.
System efficacy 242 lm/W – LED installation achieving 242 lumens per watt overall system efficacy.
System efficacy 243 lm/W – LED installation achieving 243 lumens per watt overall system efficacy.
System efficacy 244 lm/W – LED installation achieving 244 lumens per watt overall system efficacy.
System efficacy 245 lm/W – LED installation achieving 245 lumens per watt overall system efficacy.
System efficacy 246 lm/W – LED installation achieving 246 lumens per watt overall system efficacy.
System efficacy 247 lm/W – LED installation achieving 247 lumens per watt overall system efficacy.
System efficacy 248 lm/W – LED installation achieving 248 lumens per watt overall system efficacy.
System efficacy 249 lm/W – LED installation achieving 249 lumens per watt overall system efficacy.
System efficacy 250 lm/W – LED installation achieving 250 lumens per watt overall system efficacy.
System efficacy 251 lm/W – LED installation achieving 251 lumens per watt overall system efficacy.
System efficacy 252 lm/W – LED installation achieving 252 lumens per watt overall system efficacy.
System efficacy 253 lm/W – LED installation achieving 253 lumens per watt overall system efficacy.
System efficacy 254 lm/W – LED installation achieving 254 lumens per watt overall system efficacy.
System efficacy 255 lm/W – LED installation achieving 255 lumens per watt overall system efficacy.
System efficacy 256 lm/W – LED installation achieving 256 lumens per watt overall system efficacy.
System efficacy 257 lm/W – LED installation achieving 257 lumens per watt overall system efficacy.
System efficacy 258 lm/W – LED installation achieving 258 lumens per watt overall system efficacy.
System efficacy 259 lm/W – LED installation achieving 259 lumens per watt overall system efficacy.
System efficacy 260 lm/W – LED installation achieving 260 lumens per watt overall system efficacy.
System efficacy 261 lm/W – LED installation achieving 261 lumens per watt overall system efficacy.
System efficacy 262 lm/W – LED installation achieving 262 lumens per watt overall system efficacy.
System efficacy 263 lm/W – LED installation achieving 263 lumens per watt overall system efficacy.
System efficacy 264 lm/W – LED installation achieving 264 lumens per watt overall system efficacy.
System efficacy 265 lm/W – LED installation achieving 265 lumens per watt overall system efficacy.
System efficacy 266 lm/W – LED installation achieving 266 lumens per watt overall system efficacy.
System efficacy 267 lm/W – LED installation achieving 267 lumens per watt overall system efficacy.
System efficacy 268 lm/W – LED installation achieving 268 lumens per watt overall system efficacy.
System efficacy 269 lm/W – LED installation achieving 269 lumens per watt overall system efficacy.
System efficacy 270 lm/W – LED installation achieving 270 lumens per watt overall system efficacy.
System efficacy 271 lm/W – LED installation achieving 271 lumens per watt overall system efficacy.
System efficacy 272 lm/W – LED installation achieving 272 lumens per watt overall system efficacy.
System efficacy 273 lm/W – LED installation achieving 273 lumens per watt overall system efficacy.
System efficacy 274 lm/W – LED installation achieving 274 lumens per watt overall system efficacy.
System efficacy 275 lm/W – LED installation achieving 275 lumens per watt overall system efficacy.
System efficacy 276 lm/W – LED installation achieving 276 lumens per watt overall system efficacy.
System efficacy 277 lm/W – LED installation achieving 277 lumens per watt overall system efficacy.
System efficacy 278 lm/W – LED installation achieving 278 lumens per watt overall system efficacy.
System efficacy 279 lm/W – LED installation achieving 279 lumens per watt overall system efficacy.
System efficacy 280 lm/W – LED installation achieving 280 lumens per watt overall system efficacy.
System efficacy 281 lm/W – LED installation achieving 281 lumens per watt overall system efficacy.
System efficacy 282 lm/W – LED installation achieving 282 lumens per watt overall system efficacy.
System efficacy 283 lm/W – LED installation achieving 283 lumens per watt overall system efficacy.
System efficacy 284 lm/W – LED installation achieving 284 lumens per watt overall system efficacy.
System efficacy 285 lm/W – LED installation achieving 285 lumens per watt overall system efficacy.
System efficacy 286 lm/W – LED installation achieving 286 lumens per watt overall system efficacy.
System efficacy 287 lm/W – LED installation achieving 287 lumens per watt overall system efficacy.
System efficacy 288 lm/W – LED installation achieving 288 lumens per watt overall system efficacy.
System efficacy 289 lm/W – LED installation achieving 289 lumens per watt overall system efficacy.
System efficacy 290 lm/W – LED installation achieving 290 lumens per watt overall system efficacy.
System efficacy 291 lm/W – LED installation achieving 291 lumens per watt overall system efficacy.
System efficacy 292 lm/W – LED installation achieving 292 lumens per watt overall system efficacy.
System efficacy 293 lm/W – LED installation achieving 293 lumens per watt overall system efficacy.
System efficacy 294 lm/W – LED installation achieving 294 lumens per watt overall system efficacy.
System efficacy 295 lm/W – LED installation achieving 295 lumens per watt overall system efficacy.
System efficacy 296 lm/W – LED installation achieving 296 lumens per watt overall system efficacy.
System efficacy 297 lm/W – LED installation achieving 297 lumens per watt overall system efficacy.
System efficacy 298 lm/W – LED installation achieving 298 lumens per watt overall system efficacy.
System efficacy 299 lm/W – LED installation achieving 299 lumens per watt overall system efficacy.
System efficacy 30 lm/W – LED installation achieving 30 lumens per watt overall system efficacy.
System efficacy 300 lm/W – LED installation achieving 300 lumens per watt overall system efficacy.
System efficacy 31 lm/W – LED installation achieving 31 lumens per watt overall system efficacy.
System efficacy 32 lm/W – LED installation achieving 32 lumens per watt overall system efficacy.
System efficacy 33 lm/W – LED installation achieving 33 lumens per watt overall system efficacy.
System efficacy 34 lm/W – LED installation achieving 34 lumens per watt overall system efficacy.
System efficacy 35 lm/W – LED installation achieving 35 lumens per watt overall system efficacy.
System efficacy 36 lm/W – LED installation achieving 36 lumens per watt overall system efficacy.
System efficacy 37 lm/W – LED installation achieving 37 lumens per watt overall system efficacy.
System efficacy 38 lm/W – LED installation achieving 38 lumens per watt overall system efficacy.
System efficacy 39 lm/W – LED installation achieving 39 lumens per watt overall system efficacy.
System efficacy 40 lm/W – LED installation achieving 40 lumens per watt overall system efficacy.
System efficacy 41 lm/W – LED installation achieving 41 lumens per watt overall system efficacy.
System efficacy 42 lm/W – LED installation achieving 42 lumens per watt overall system efficacy.
System efficacy 43 lm/W – LED installation achieving 43 lumens per watt overall system efficacy.
System efficacy 44 lm/W – LED installation achieving 44 lumens per watt overall system efficacy.
System efficacy 45 lm/W – LED installation achieving 45 lumens per watt overall system efficacy.
System efficacy 46 lm/W – LED installation achieving 46 lumens per watt overall system efficacy.
System efficacy 47 lm/W – LED installation achieving 47 lumens per watt overall system efficacy.
System efficacy 48 lm/W – LED installation achieving 48 lumens per watt overall system efficacy.
System efficacy 49 lm/W – LED installation achieving 49 lumens per watt overall system efficacy.
System efficacy 50 lm/W – LED installation achieving 50 lumens per watt overall system efficacy.
System efficacy 51 lm/W – LED installation achieving 51 lumens per watt overall system efficacy.
System efficacy 52 lm/W – LED installation achieving 52 lumens per watt overall system efficacy.
System efficacy 53 lm/W – LED installation achieving 53 lumens per watt overall system efficacy.
System efficacy 54 lm/W – LED installation achieving 54 lumens per watt overall system efficacy.
System efficacy 55 lm/W – LED installation achieving 55 lumens per watt overall system efficacy.
System efficacy 56 lm/W – LED installation achieving 56 lumens per watt overall system efficacy.
System efficacy 57 lm/W – LED installation achieving 57 lumens per watt overall system efficacy.
System efficacy 58 lm/W – LED installation achieving 58 lumens per watt overall system efficacy.
System efficacy 59 lm/W – LED installation achieving 59 lumens per watt overall system efficacy.
System efficacy 60 lm/W – LED installation achieving 60 lumens per watt overall system efficacy.
System efficacy 61 lm/W – LED installation achieving 61 lumens per watt overall system efficacy.
System efficacy 62 lm/W – LED installation achieving 62 lumens per watt overall system efficacy.
System efficacy 63 lm/W – LED installation achieving 63 lumens per watt overall system efficacy.
System efficacy 64 lm/W – LED installation achieving 64 lumens per watt overall system efficacy.
System efficacy 65 lm/W – LED installation achieving 65 lumens per watt overall system efficacy.
System efficacy 66 lm/W – LED installation achieving 66 lumens per watt overall system efficacy.
System efficacy 67 lm/W – LED installation achieving 67 lumens per watt overall system efficacy.
System efficacy 68 lm/W – LED installation achieving 68 lumens per watt overall system efficacy.
System efficacy 69 lm/W – LED installation achieving 69 lumens per watt overall system efficacy.
System efficacy 70 lm/W – LED installation achieving 70 lumens per watt overall system efficacy.
System efficacy 71 lm/W – LED installation achieving 71 lumens per watt overall system efficacy.
System efficacy 72 lm/W – LED installation achieving 72 lumens per watt overall system efficacy.
System efficacy 73 lm/W – LED installation achieving 73 lumens per watt overall system efficacy.
System efficacy 74 lm/W – LED installation achieving 74 lumens per watt overall system efficacy.
System efficacy 75 lm/W – LED installation achieving 75 lumens per watt overall system efficacy.
System efficacy 76 lm/W – LED installation achieving 76 lumens per watt overall system efficacy.
System efficacy 77 lm/W – LED installation achieving 77 lumens per watt overall system efficacy.
System efficacy 78 lm/W – LED installation achieving 78 lumens per watt overall system efficacy.
System efficacy 79 lm/W – LED installation achieving 79 lumens per watt overall system efficacy.
System efficacy 80 lm/W – LED installation achieving 80 lumens per watt overall system efficacy.
System efficacy 81 lm/W – LED installation achieving 81 lumens per watt overall system efficacy.
System efficacy 82 lm/W – LED installation achieving 82 lumens per watt overall system efficacy.
System efficacy 83 lm/W – LED installation achieving 83 lumens per watt overall system efficacy.
System efficacy 84 lm/W – LED installation achieving 84 lumens per watt overall system efficacy.
System efficacy 85 lm/W – LED installation achieving 85 lumens per watt overall system efficacy.
System efficacy 86 lm/W – LED installation achieving 86 lumens per watt overall system efficacy.
System efficacy 87 lm/W – LED installation achieving 87 lumens per watt overall system efficacy.
System efficacy 88 lm/W – LED installation achieving 88 lumens per watt overall system efficacy.
System efficacy 89 lm/W – LED installation achieving 89 lumens per watt overall system efficacy.
System efficacy 90 lm/W – LED installation achieving 90 lumens per watt overall system efficacy.
System efficacy 91 lm/W – LED installation achieving 91 lumens per watt overall system efficacy.
System efficacy 92 lm/W – LED installation achieving 92 lumens per watt overall system efficacy.
System efficacy 93 lm/W – LED installation achieving 93 lumens per watt overall system efficacy.
System efficacy 94 lm/W – LED installation achieving 94 lumens per watt overall system efficacy.
System efficacy 95 lm/W – LED installation achieving 95 lumens per watt overall system efficacy.
System efficacy 96 lm/W – LED installation achieving 96 lumens per watt overall system efficacy.
System efficacy 97 lm/W – LED installation achieving 97 lumens per watt overall system efficacy.
System efficacy 98 lm/W – LED installation achieving 98 lumens per watt overall system efficacy.
System efficacy 99 lm/W – LED installation achieving 99 lumens per watt overall system efficacy.
T
T5 / T8 (tube format) – Fluorescent-tube diameters now replicated by LED tube replacements.
Tape (thermal) – Thermally conductive adhesive tape for strip-to-profile heat transfer.
Task lighting – Focused light on work surfaces meeting required lux.
Temperature (ambient / Ta) – Surrounding air temperature affecting LED performance.
Temperature (case / Tc) – Temperature measured on the LED package case.
Temperature (colour / CCT) – White-light hue in kelvins.
Temperature (junction / Tj) – LED die temperature at the p-n junction.
Temperature (storage) – Safe temperature range for storing components.
Terminal block – Multi-way connector for joining power and signal cables at a junction.
Test (burn-in) – Initial operation to stabilise LED performance.
Test (dielectric / hipot) – High-voltage withstand test verifying insulation integrity.
Test (photometric) – Measurement of luminaire flux, efficacy and distribution.
Test (salt spray) – Accelerated corrosion test for outdoor finishes (ISO 9227).
Test (thermal cycling) – Repeated heating and cooling to assess long-term reliability.
Test (vibration) – Mechanical test simulating transport or operational vibrations.
THD (Total Harmonic Distortion) – Measure of current-waveform distortion drawn by the driver.
Thermal compound – Paste or pad improving thermal contact between LED strip and profile.
Thermal derating – Reduction of allowable power as ambient temperature increases.
Thermal interface material (TIM) – Pad or paste improving strip-to-profile heat transfer.
Thermal management – Strategies keeping LED temperature within safe limits.
Thermal pad – Conductive cushion between strip and profile for heat transfer.
Thermal paste – Conductive compound applied between strip and profile.
Thermal rating 100x10mm profile – Aluminium LED profile 100x10mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 100x15mm profile – Aluminium LED profile 100x15mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 100x20mm profile – Aluminium LED profile 100x20mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 100x25mm profile – Aluminium LED profile 100x25mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 100x30mm profile – Aluminium LED profile 100x30mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 100x40mm profile – Aluminium LED profile 100x40mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 100x50mm profile – Aluminium LED profile 100x50mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 100x7mm profile – Aluminium LED profile 100x7mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 120x10mm profile – Aluminium LED profile 120x10mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 120x15mm profile – Aluminium LED profile 120x15mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 120x20mm profile – Aluminium LED profile 120x20mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 120x25mm profile – Aluminium LED profile 120x25mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 120x30mm profile – Aluminium LED profile 120x30mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 120x40mm profile – Aluminium LED profile 120x40mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 120x50mm profile – Aluminium LED profile 120x50mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 120x7mm profile – Aluminium LED profile 120x7mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 150x10mm profile – Aluminium LED profile 150x10mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 150x15mm profile – Aluminium LED profile 150x15mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 150x20mm profile – Aluminium LED profile 150x20mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 150x25mm profile – Aluminium LED profile 150x25mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 150x30mm profile – Aluminium LED profile 150x30mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 150x40mm profile – Aluminium LED profile 150x40mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 150x50mm profile – Aluminium LED profile 150x50mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 150x7mm profile – Aluminium LED profile 150x7mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 15x10mm profile – Aluminium LED profile 15x10mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 15x15mm profile – Aluminium LED profile 15x15mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 15x7mm profile – Aluminium LED profile 15x7mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 20x10mm profile – Aluminium LED profile 20x10mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 20x15mm profile – Aluminium LED profile 20x15mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 20x20mm profile – Aluminium LED profile 20x20mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 20x7mm profile – Aluminium LED profile 20x7mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 25x10mm profile – Aluminium LED profile 25x10mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 25x15mm profile – Aluminium LED profile 25x15mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 25x20mm profile – Aluminium LED profile 25x20mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 25x25mm profile – Aluminium LED profile 25x25mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 25x7mm profile – Aluminium LED profile 25x7mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 30x10mm profile – Aluminium LED profile 30x10mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 30x15mm profile – Aluminium LED profile 30x15mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 30x20mm profile – Aluminium LED profile 30x20mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 30x25mm profile – Aluminium LED profile 30x25mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 30x30mm profile – Aluminium LED profile 30x30mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 30x7mm profile – Aluminium LED profile 30x7mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 35x10mm profile – Aluminium LED profile 35x10mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 35x15mm profile – Aluminium LED profile 35x15mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 35x20mm profile – Aluminium LED profile 35x20mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 35x25mm profile – Aluminium LED profile 35x25mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 35x30mm profile – Aluminium LED profile 35x30mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 35x7mm profile – Aluminium LED profile 35x7mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 40x10mm profile – Aluminium LED profile 40x10mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 40x15mm profile – Aluminium LED profile 40x15mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 40x20mm profile – Aluminium LED profile 40x20mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 40x25mm profile – Aluminium LED profile 40x25mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 40x30mm profile – Aluminium LED profile 40x30mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 40x40mm profile – Aluminium LED profile 40x40mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 40x7mm profile – Aluminium LED profile 40x7mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 50x10mm profile – Aluminium LED profile 50x10mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 50x15mm profile – Aluminium LED profile 50x15mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 50x20mm profile – Aluminium LED profile 50x20mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 50x25mm profile – Aluminium LED profile 50x25mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 50x30mm profile – Aluminium LED profile 50x30mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 50x40mm profile – Aluminium LED profile 50x40mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 50x50mm profile – Aluminium LED profile 50x50mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 50x7mm profile – Aluminium LED profile 50x7mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 60x10mm profile – Aluminium LED profile 60x10mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 60x15mm profile – Aluminium LED profile 60x15mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 60x20mm profile – Aluminium LED profile 60x20mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 60x25mm profile – Aluminium LED profile 60x25mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 60x30mm profile – Aluminium LED profile 60x30mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 60x40mm profile – Aluminium LED profile 60x40mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 60x50mm profile – Aluminium LED profile 60x50mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 60x7mm profile – Aluminium LED profile 60x7mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 70x10mm profile – Aluminium LED profile 70x10mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 70x15mm profile – Aluminium LED profile 70x15mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 70x20mm profile – Aluminium LED profile 70x20mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 70x25mm profile – Aluminium LED profile 70x25mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 70x30mm profile – Aluminium LED profile 70x30mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 70x40mm profile – Aluminium LED profile 70x40mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 70x50mm profile – Aluminium LED profile 70x50mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 70x7mm profile – Aluminium LED profile 70x7mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 80x10mm profile – Aluminium LED profile 80x10mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 80x15mm profile – Aluminium LED profile 80x15mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 80x20mm profile – Aluminium LED profile 80x20mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 80x25mm profile – Aluminium LED profile 80x25mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 80x30mm profile – Aluminium LED profile 80x30mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 80x40mm profile – Aluminium LED profile 80x40mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 80x50mm profile – Aluminium LED profile 80x50mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal rating 80x7mm profile – Aluminium LED profile 80x7mm cross-section; larger sections offer lower thermal resistance (C/W), improving heat dissipation from high-power LED strips and extending component lifetime significantly.
Thermal resistance – Opposition to heat flow, in °C/W.
Thermal runaway – Positive feedback leading to destructive overheating.
Thermal self-regulation – Automatic power reduction when temperature exceeds a threshold.
Thermal simulation – Computer modelling of heat flow in an LED system.
Thermocouple – Temperature sensor for monitoring the hot spot on a profile or heat sink.
Thread (protocol) – IP-based mesh networking protocol for smart-home lighting.
Threshold (dimming) – Minimum control-signal level at which the LED begins to emit visible light.
Tilt angle – Rotational adjustment of a luminaire around its horizontal axis.
Time clock (astronomical) – Timer calculating sunrise/sunset for automatic outdoor lighting.
Timer – Device switching lighting on/off per a time schedule.
TIR (Total Internal Reflection) – Optical principle for high-efficiency lenses.
TM-21 – IES method projecting LED lifetime from LM-80 data.
TM-30 – Advanced colour-rendering method using 99 colour samples.
TM-30 (Rf) – TM-30 fidelity index, analogous to CRI but more accurate.
TM-30 (Rg) – TM-30 gamut index, indicating whether colours are more or less saturated than reference.
Tolerance (chromatic) – Allowable colour variation among LEDs, in SDCM steps.
Tolerance (dimensional) – Permitted variation in profile dimensions from the nominal specification.
Torque (screw) – Recommended tightening force for terminal and mounting screws.
Track (electrified) – Rail system providing power and mechanical support for movable luminaires.
Track (low-voltage) – 12 V or 24 V track system for LED spotlights and pendants.
Track (magnetic) – Magnetic rail for quick module insertion and removal.
Track (mains-voltage) – 230 V (or 120 V) track system for LED spotlights.
Track (recessed) – Track installed flush within a ceiling channel.
Track (surface-mounted) – Track fixed directly to the ceiling surface.
Trailing-edge dimming – Phase-cut dimming clipping the end of the AC waveform, better for LEDs.
Transformer – Device changing AC voltage level; replaced by drivers in LED systems.
Transformer (electronic) – Lightweight HF transformer for 12 V halogen, sometimes used with LED MR16.
Transformer (magnetic / toroidal) – Heavy iron-core transformer, compatible with some LED dimmers.
Transmittance – Percentage of light passing through a cover or diffuser.
Transmittance 40 percent cover – LED profile diffuser allowing 40% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 41 percent cover – LED profile diffuser allowing 41% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 42 percent cover – LED profile diffuser allowing 42% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 43 percent cover – LED profile diffuser allowing 43% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 44 percent cover – LED profile diffuser allowing 44% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 45 percent cover – LED profile diffuser allowing 45% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 46 percent cover – LED profile diffuser allowing 46% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 47 percent cover – LED profile diffuser allowing 47% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 48 percent cover – LED profile diffuser allowing 48% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 49 percent cover – LED profile diffuser allowing 49% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 50 percent cover – LED profile diffuser allowing 50% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 51 percent cover – LED profile diffuser allowing 51% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 52 percent cover – LED profile diffuser allowing 52% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 53 percent cover – LED profile diffuser allowing 53% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 54 percent cover – LED profile diffuser allowing 54% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 55 percent cover – LED profile diffuser allowing 55% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 56 percent cover – LED profile diffuser allowing 56% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 57 percent cover – LED profile diffuser allowing 57% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 58 percent cover – LED profile diffuser allowing 58% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 59 percent cover – LED profile diffuser allowing 59% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 60 percent cover – LED profile diffuser allowing 60% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 61 percent cover – LED profile diffuser allowing 61% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 62 percent cover – LED profile diffuser allowing 62% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 63 percent cover – LED profile diffuser allowing 63% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 64 percent cover – LED profile diffuser allowing 64% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 65 percent cover – LED profile diffuser allowing 65% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 66 percent cover – LED profile diffuser allowing 66% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 67 percent cover – LED profile diffuser allowing 67% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 68 percent cover – LED profile diffuser allowing 68% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 69 percent cover – LED profile diffuser allowing 69% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 70 percent cover – LED profile diffuser allowing 70% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 71 percent cover – LED profile diffuser allowing 71% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 72 percent cover – LED profile diffuser allowing 72% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 73 percent cover – LED profile diffuser allowing 73% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 74 percent cover – LED profile diffuser allowing 74% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 75 percent cover – LED profile diffuser allowing 75% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 76 percent cover – LED profile diffuser allowing 76% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 77 percent cover – LED profile diffuser allowing 77% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 78 percent cover – LED profile diffuser allowing 78% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 79 percent cover – LED profile diffuser allowing 79% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 80 percent cover – LED profile diffuser allowing 80% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 81 percent cover – LED profile diffuser allowing 81% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 82 percent cover – LED profile diffuser allowing 82% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 83 percent cover – LED profile diffuser allowing 83% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 84 percent cover – LED profile diffuser allowing 84% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 85 percent cover – LED profile diffuser allowing 85% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 86 percent cover – LED profile diffuser allowing 86% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 87 percent cover – LED profile diffuser allowing 87% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 88 percent cover – LED profile diffuser allowing 88% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 89 percent cover – LED profile diffuser allowing 89% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 90 percent cover – LED profile diffuser allowing 90% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 91 percent cover – LED profile diffuser allowing 91% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 92 percent cover – LED profile diffuser allowing 92% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 93 percent cover – LED profile diffuser allowing 93% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 94 percent cover – LED profile diffuser allowing 94% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
Transmittance 95 percent cover – LED profile diffuser allowing 95% of incident light to pass. Higher values maximise output; lower values improve dot concealment and glare control at the cost of luminous efficiency.
tree uplighting technique – Ground-mounted LED spots aimed into tree canopies create dramatic shadows and reveal branch structure, transforming gardens and parks at night.
TRIAC – Semiconductor for phase-cut dimming.
Trim (ceiling) – Decorative ring or flange covering the gap between a recessed luminaire and the ceiling.
Trimless – Recessed profile or luminaire with no visible frame or flange.
Troffer – Recessed rectangular luminaire fitting into a ceiling grid, now available in LED.
Trunking (lighting) – Modular linear system with interchangeable optical inserts.
Tunable white – System with warm and cool white LEDs for dynamic CCT adjustment.
Tungsten lamp – Incandescent lamp with a tungsten filament, largely replaced by LED.
U
UGR (Unified Glare Rating) – Glare index 10–30; lower means less discomfort.
UGR table – Tabulated glare values for a luminaire at various room dimensions and reflectances.
UGR ≤ 10 – Luminaire rated for a maximum Unified Glare Rating of 10.
UGR ≤ 13 – Luminaire rated for a maximum Unified Glare Rating of 13.
UGR ≤ 16 – Luminaire rated for a maximum Unified Glare Rating of 16.
UGR ≤ 19 – Luminaire rated for a maximum Unified Glare Rating of 19.
UGR ≤ 22 – Luminaire rated for a maximum Unified Glare Rating of 22.
UGR ≤ 25 – Luminaire rated for a maximum Unified Glare Rating of 25.
UGR ≤ 28 – Luminaire rated for a maximum Unified Glare Rating of 28.
UL – Underwriters Laboratories; North American safety certifier.
UL 1598 – Luminaire safety (US).
UL 8750 – UL standard for LED equipment safety.
UL 8752 – LED driver safety (US).
Ultraviolet (UV) – Radiation below 380 nm, negligible in modern white LEDs.
Under-cabinet lighting – LED strip beneath kitchen cabinets illuminating the worktop.
Underdriving – Operating below rated current for extended lifetime.
Uniformity – Homogeneity of light distribution on a surface (Uo = Emin/Emean).
Uniformity (chromatic) – Colour consistency along the entire strip or luminaire.
Uniformity (longitudinal) – Consistency of illuminance along the length of a road or corridor.
Universe (DMX) – 512-channel set managed by a single controller output.
Uplight – Upward emission for indirect or ceiling-wash illumination.
USB – Interface for programming LED controllers and drivers.
Utilisation factor (UF) – Ratio of useful flux on the work plane to total luminaire flux.
UV-C LED – Short-wavelength ultraviolet LED for disinfection and sterilisation.
V
Validation (lighting design) – Post-installation measurement confirming design intent is met.
Vapour barrier – Seal preventing moisture migration into an IP-rated enclosure.
Variator – Synonym for dimmer; device regulating luminous intensity.
Veletta (lighting pelmet) – Architectural element concealing the source for indirect light.
Ventilation – Airflow for thermal dissipation.
Verification (EMC) – Testing to confirm a product meets electromagnetic-compatibility limits.
Verification (photometric) – Measuring installed luminaires to confirm they meet design specifications.
Visual comfort – Condition free of fatigue, glare or discomfort.
Visual task – Activity requiring a defined level of illuminance and rendering quality.
Vitrified enamel finish – Glass-like coating on metal luminaires for durability and aesthetics.
Voice: accent amber – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Voice: activate focus mode – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Voice: activate movie scene – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Voice: activate reading mode – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Voice: all lights 50% – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Voice: bathroom mirror on – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Voice: brighten bathroom – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Voice: dim bedroom slowly – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Voice: dim hallway – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Voice: dim living room 30% – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Voice: evening scene – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Voice: goodnight routine – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Voice: lower blinds and dim lights – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Voice: maximum brightness – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Voice: night light on – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Voice: party mode on – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Voice: porch light off – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Voice: set bedroom warm white – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Voice: set dining 2700K – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Voice: set garage bright – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Voice: set lights blue – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Voice: set office daylight – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Voice: strip lights red – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Voice: turn off all lights – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Voice: turn off upstairs – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Voice: turn on garden lights – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Voice: turn on kitchen lights – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Voice: turn on staircase – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Voice: under-cabinet on – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Voice: wake-up routine – Example smart-lighting voice command. Interpreted by the voice assistant (Alexa, Google, Siri), translated into the appropriate protocol (Zigbee, Matter, Wi-Fi) and sent to the designated luminaire group within the typical 200-500 ms response time.
Void (ceiling) – Space above a suspended ceiling used for cable routing and recessed luminaires.
Volt (V) – Unit of electrical potential; 12 V, 24 V, 48 V standard for LED strips.
Voltage (forward / Vf) – Voltage drop across the LED under forward bias.
Voltage (input) – Mains voltage entering the driver (typically 100–240 V AC).
Voltage (output) – DC voltage delivered by the driver to the strip.
Voltage (reverse) – Maximum reverse voltage before LED damage.
Voltage drop – Voltage loss along a cable, critical for LED brightness consistency.
Voltage drop calculator – Online tool or formula computing voltage loss for a given cable run.
Voltage regulator – Component maintaining a stable output voltage despite input fluctuations.
Volumetric lighting – Large-area, low-luminance luminaires producing soft, shadow-free illumination.
W
Wafer (LED) – Thin semiconductor disc from which individual LED dies are cut.
Wall grazer – Luminaire casting grazing light on a wall to accentuate texture.
wall grazing technique – LED strip mounted within 100mm of a textured surface so oblique light accentuates every relief and grain through dramatic shadow, commonly used on stone, brick and exposed concrete walls.
Wall plate – Electrical or control panel mounted flush in a wall.
Wall washer – Luminaire uniformly illuminating an entire wall surface.
wall washing technique – Uniform vertical illumination using wide-beam linear LEDs positioned at one-third of wall height from the surface, creating an even luminance gradient that makes walls appear brighter and spaces larger.
Warm dimming – Synonym for dim-to-warm; CCT drops as brightness decreases.
Warm White – Colour temperature 2 700–3 000 K, cosy atmosphere.
Warranty – Manufacturer’s guarantee of product performance for a stated period.
water feature technique – IP68-rated LEDs submerged in fountains or pools make moving water glow with colour, enhancing the visual and sensory experience of water features.
Waterproof connector – Sealed connector maintaining IP rating at a wiring junction.
Watt (W) – Unit of electrical power consumed.
Watt per metre (W/m) – Strip power consumption per linear metre.
Wavelength (dominant) – Perceived colour wavelength, in nanometres.
Wavelength (peak) – Wavelength at the spectrum maximum of the LED emission.
Wavelength 365 nm – LED emission at a peak wavelength of 365 nanometres.
Wavelength 370 nm – LED emission at a peak wavelength of 370 nanometres.
Wavelength 375 nm – LED emission at a peak wavelength of 375 nanometres.
Wavelength 380 nm – LED emission at a peak wavelength of 380 nanometres.
Wavelength 385 nm – LED emission at a peak wavelength of 385 nanometres.
Wavelength 390 nm – LED emission at a peak wavelength of 390 nanometres.
Wavelength 395 nm – LED emission at a peak wavelength of 395 nanometres.
Wavelength 400 nm – LED emission at a peak wavelength of 400 nanometres.
Wavelength 405 nm – LED emission at a peak wavelength of 405 nanometres.
Wavelength 410 nm – LED emission at a peak wavelength of 410 nanometres.
Wavelength 415 nm – LED emission at a peak wavelength of 415 nanometres.
Wavelength 420 nm – LED emission at a peak wavelength of 420 nanometres.
Wavelength 425 nm – LED emission at a peak wavelength of 425 nanometres.
Wavelength 430 nm – LED emission at a peak wavelength of 430 nanometres.
Wavelength 435 nm – LED emission at a peak wavelength of 435 nanometres.
Wavelength 440 nm – LED emission at a peak wavelength of 440 nanometres.
Wavelength 445 nm – LED emission at a peak wavelength of 445 nanometres.
Wavelength 450 nm – LED emission at a peak wavelength of 450 nanometres.
Wavelength 455 nm – LED emission at a peak wavelength of 455 nanometres.
Wavelength 460 nm – LED emission at a peak wavelength of 460 nanometres.
Wavelength 465 nm – LED emission at a peak wavelength of 465 nanometres.
Wavelength 470 nm – LED emission at a peak wavelength of 470 nanometres.
Wavelength 475 nm – LED emission at a peak wavelength of 475 nanometres.
Wavelength 480 nm – LED emission at a peak wavelength of 480 nanometres.
Wavelength 485 nm – LED emission at a peak wavelength of 485 nanometres.
Wavelength 490 nm – LED emission at a peak wavelength of 490 nanometres.
Wavelength 495 nm – LED emission at a peak wavelength of 495 nanometres.
Wavelength 500 nm – LED emission at a peak wavelength of 500 nanometres.
Wavelength 505 nm – LED emission at a peak wavelength of 505 nanometres.
Wavelength 510 nm – LED emission at a peak wavelength of 510 nanometres.
Wavelength 515 nm – LED emission at a peak wavelength of 515 nanometres.
Wavelength 520 nm – LED emission at a peak wavelength of 520 nanometres.
Wavelength 525 nm – LED emission at a peak wavelength of 525 nanometres.
Wavelength 530 nm – LED emission at a peak wavelength of 530 nanometres.
Wavelength 535 nm – LED emission at a peak wavelength of 535 nanometres.
Wavelength 540 nm – LED emission at a peak wavelength of 540 nanometres.
Wavelength 545 nm – LED emission at a peak wavelength of 545 nanometres.
Wavelength 550 nm – LED emission at a peak wavelength of 550 nanometres.
Wavelength 555 nm – LED emission at a peak wavelength of 555 nanometres.
Wavelength 560 nm – LED emission at a peak wavelength of 560 nanometres.
Wavelength 565 nm – LED emission at a peak wavelength of 565 nanometres.
Wavelength 570 nm – LED emission at a peak wavelength of 570 nanometres.
Wavelength 575 nm – LED emission at a peak wavelength of 575 nanometres.
Wavelength 580 nm – LED emission at a peak wavelength of 580 nanometres.
Wavelength 585 nm – LED emission at a peak wavelength of 585 nanometres.
Wavelength 590 nm – LED emission at a peak wavelength of 590 nanometres.
Wavelength 595 nm – LED emission at a peak wavelength of 595 nanometres.
Wavelength 600 nm – LED emission at a peak wavelength of 600 nanometres.
Wavelength 605 nm – LED emission at a peak wavelength of 605 nanometres.
Wavelength 610 nm – LED emission at a peak wavelength of 610 nanometres.
Wavelength 615 nm – LED emission at a peak wavelength of 615 nanometres.
Wavelength 620 nm – LED emission at a peak wavelength of 620 nanometres.
Wavelength 625 nm – LED emission at a peak wavelength of 625 nanometres.
Wavelength 630 nm – LED emission at a peak wavelength of 630 nanometres.
Wavelength 635 nm – LED emission at a peak wavelength of 635 nanometres.
Wavelength 640 nm – LED emission at a peak wavelength of 640 nanometres.
Wavelength 645 nm – LED emission at a peak wavelength of 645 nanometres.
Wavelength 650 nm – LED emission at a peak wavelength of 650 nanometres.
Wavelength 655 nm – LED emission at a peak wavelength of 655 nanometres.
Wavelength 660 nm – LED emission at a peak wavelength of 660 nanometres.
Wavelength 665 nm – LED emission at a peak wavelength of 665 nanometres.
Wavelength 670 nm – LED emission at a peak wavelength of 670 nanometres.
Wavelength 675 nm – LED emission at a peak wavelength of 675 nanometres.
Wavelength 680 nm – LED emission at a peak wavelength of 680 nanometres.
Wavelength 685 nm – LED emission at a peak wavelength of 685 nanometres.
Wavelength 690 nm – LED emission at a peak wavelength of 690 nanometres.
Wavelength 695 nm – LED emission at a peak wavelength of 695 nanometres.
Wavelength 700 nm – LED emission at a peak wavelength of 700 nanometres.
Wavelength 705 nm – LED emission at a peak wavelength of 705 nanometres.
Wavelength 710 nm – LED emission at a peak wavelength of 710 nanometres.
Wavelength 715 nm – LED emission at a peak wavelength of 715 nanometres.
Wavelength 720 nm – LED emission at a peak wavelength of 720 nanometres.
Wavelength 725 nm – LED emission at a peak wavelength of 725 nanometres.
Wavelength 730 nm – LED emission at a peak wavelength of 730 nanometres.
Wavelength 735 nm – LED emission at a peak wavelength of 735 nanometres.
Wavelength 740 nm – LED emission at a peak wavelength of 740 nanometres.
Wavelength 745 nm – LED emission at a peak wavelength of 745 nanometres.
Wavelength 750 nm – LED emission at a peak wavelength of 750 nanometres.
Wavelength 755 nm – LED emission at a peak wavelength of 755 nanometres.
Wavelength 760 nm – LED emission at a peak wavelength of 760 nanometres.
Wavelength 765 nm – LED emission at a peak wavelength of 765 nanometres.
Wavelength 770 nm – LED emission at a peak wavelength of 770 nanometres.
Wavelength 775 nm – LED emission at a peak wavelength of 775 nanometres.
Wavelength 780 nm – LED emission at a peak wavelength of 780 nanometres.
WEEE – EU directive on waste electrical and electronic equipment.
WEEE directive LED – EU legislation requiring manufacturers to finance collection and recycling of decommissioned LED luminaires, with category 5 covering lighting equipment.
WELL v2 Light concept – WELL Building Standard lighting criteria.
Well-being lighting – Synonym for HCL; lighting supporting health and productivity.
Wet location – Rating for environments exposed to water, requiring a high IP.
White point – Chromaticity coordinates defining a specific white shade.
Wi-Fi – Wireless network for remote LED control.
Wire (bonding) – Fine gold or aluminium wire connecting the die to lead-frame pads inside the package.
Wire gauge (AWG) – American Wire Gauge for cable-diameter classification.
Wireless control – Managing LED lighting without physical cables, using RF, BLE, Zigbee or Wi-Fi.
Work plane – Horizontal surface at 0.8 m height on which illuminance is calculated.
WS2811 – External IC driving three LEDs per pixel in some addressable strip designs.
WS2812B – Addressable RGB LED with integrated control IC, SPI protocol.
WS2813 – Improved WS2812B with dual-signal backup for single-LED fault tolerance.
WS2815 – 12 V addressable LED with backup function on single-LED failure.
X
X-ray inspection – Non-destructive test examining solder joints inside LED packages.
XLR connector (3-pin) – Professional DMX512 connector, three-pin variant.
XLR connector (5-pin) – Professional DMX512 connector, five-pin variant.
XY colour space – CIE 1931 chromaticity diagram for precise colour specification.
Y
YAG (Yttrium Aluminium Garnet) – Yellow phosphor converting blue LED light into white.
Yellow (dominant wavelength) – LED emission around 585 nm, used for amber or warm effects.
Yield (LED manufacturing) – Percentage of functional dies obtained from a processed wafer.
Yoke (adjustable bracket) – Bracket enabling angular orientation of LED projectors.
Z
Z-Wave – Wireless home-automation protocol including lighting control.
Zhaga – Industry consortium specifying interchangeable LED module and sensor interfaces.
Zhaga Book 11 – Zhaga specification for outdoor luminaire modules.
Zhaga Book 18 – Zhaga specification for the smart socket combining a sensor receptacle with an LED module.
Zigbee – Low-power wireless mesh protocol for smart lighting.
Zigbee 3.0 – Unified Zigbee version with full interoperability.
Zigbee Green Power – Ultra-low-power Zigbee profile for energy-harvesting devices like switches.
Zigbee Light Link (ZLL) – Zigbee profile specifically for lighting control.
Zonal-cavity method – Lighting-calculation method dividing a room into ceiling, room and floor cavities.
Zone (comfort) – Area with illuminance and glare levels compliant with standards.
Zone (shadow) – Area not reached by direct light, contributing to spatial perception.
Lighting Line UAB
V. Nageviciaus str. 3, 08237 Vilnius (LT)
Phone +370 5 2559408
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www.lightingline.eu
