The LED color chart below does NOT represent what The LED Light carries. This chart is only to be used as reference for various types of LEDs being manufactured and to show what their basic properties are.
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LED Color Chart |
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|
Wavelength (nm) |
Color Name |
Fwd Voltage
(Vf @ 20ma) |
Intensity 5mm LEDs |
Viewing Angle |
LED Dye Material |
 |
940 |
Infrared |
1.5 |
16mW @50mA |
15° |
GaAIAs/GaAs -- Gallium Aluminum Arsenide/Gallium Arsenide |
 |
880 |
Infrared |
1.7 |
18mW @50mA |
15° |
GaAIAs/GaAs -- Gallium Aluminum Arsenide/Gallium Arsenide |
 |
850 |
Infrared |
1.7 |
26mW @50mA |
15° |
GaAIAs/GaAs -- Gallium Aluminum Arsenide/Gallium Aluminum Arsenide |
 |
660 |
Ultra Red |
1.8 |
2000mcd @50mA |
15° |
GaAIAs/GaAs -- Gallium Aluminum Arsenide/Gallium Aluminum Arsenide |
 |
635 |
High Eff. Red |
2.0 |
200mcd @20mA |
15° |
GaAsP/GaP - Gallium Arsenic Phosphide / Gallium Phosphide |
 |
633 |
Super Red |
2.2 |
3500mcd @20mA |
15° |
InGaAIP - Indium Gallium Aluminum Phosphide |
 |
620 |
Super Orange |
2.2 |
4500mcd @20mA |
15° |
InGaAIP - Indium Gallium Aluminum Phosphide |
 |
612 |
Super Orange |
2.2 |
6500mcd @20mA |
15° |
InGaAIP - Indium Gallium Aluminum Phosphide |
 |
605 |
Orange |
2.1 |
160mcd @20mA |
15° |
GaAsP/GaP - Gallium Arsenic Phosphide / Gallium Phosphide |
 |
595 |
Super Yellow |
2.2 |
5500mcd @20mA |
15° |
InGaAIP - Indium Gallium Aluminum Phosphide |
 |
592 |
Super Pure Yellow |
2.1 |
7000mcd @20mA |
15° |
InGaAIP - Indium Gallium Aluminum Phosphide |
 |
585 |
Yellow |
2.1 |
100mcd @20mA |
15° |
GaAsP/GaP - Gallium Arsenic Phosphide / Gallium Phosphide |
 |
4500K |
"Incandescent" White |
3.6 |
2000mcd @20mA |
20° |
SiC/GaN -- Silicon Carbide/Gallium Nitride |
 |
6500K |
Pale White |
3.6 |
4000mcd @20mA |
20° |
SiC/GaN -- Silicon Carbide/Gallium Nitride |
 |
8000K |
Cool White |
3.6 |
6000mcd @20mA |
20° |
SiC/GaN - Silicon Carbide / Gallium Nitride |
 |
574 |
Super Lime Yellow |
2.4 |
1000mcd @20mA |
15° |
InGaAIP - Indium Gallium Aluminum Phosphide |
 |
570 |
Super Lime Green |
2.0 |
1000mcd @20mA |
15° |
InGaAIP - Indium Gallium Aluminum Phosphide |
 |
565 |
High Efficiency Green |
2.1 |
200mcd @20mA |
15° |
GaP/GaP - Gallium Phosphide/Gallium Phosphide |
 |
560 |
Super Pure Green |
2.1 |
350mcd @20mA |
15° |
InGaAIP - Indium Gallium Aluminum Phosphide |
 |
555 |
Pure Green |
2.1 |
80mcd @20mA |
15° |
GaP/GaP - Gallium Phosphide/ Gallium Phosphide |
 |
525 |
Aqua Green |
3.5 |
10,000mcd @20mA |
15° |
SiC/GaN - Silicon Carbide / Gallium Nitride |
 |
505 |
Blue Green |
3.5 |
2000mcd @20mA |
45° |
SiC/GaN - Silicon Carbide / Gallium Nitride |
 |
470 |
Super Blue |
3.6 |
3000mcd @20mA |
15° |
SiC/GaN - Silicon Carbide / Gallium Nitride |
 |
430 |
Ultra Blue |
3.8 |
100mcd @20mA |
15° |
SiC/GaN - Silicon Carbide / Gallium Nitride |
|
Click Here for Chromaticity Chart
Relative Intensity vs Wavelength (P) 
Forward Current vs
Forward Voltage
Red 5, Ultra Red4, HE Red 6, Orange 7, Bright Red 3,
HE Green 9, Yellow 8
 |
Relative Luminous Intensity vs
Forward Current
Ultra Red 4, HE Red 6, Orange 7, Yellow 8, HE Green 9
Red 5, Bright Red 3, Pure Blue C
 |
Forward Current vs
Ambient Air Temperature
Red5, Ultra Red 4, HE Red 6, Orange 7,
HE Green 9, Ultra Blue D, Yellow 8, Bright Red 3

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Relative Luminous Intensity vs
Ambient Temperature
Red 5, Bright Red 3,Ultra Red 4, HE Green 9, Yellow 8
 |
Maximum Tolerable Peak Current
vs Pulse Duration
Ultra Red, Red, HE Red, Orange, Yellow, HE Green,
Ultra Green (523nm), Ultra Green (502nm), Pure Blue, Ultra Blue
 |
Bright Red
 |
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Backlighting Surfaces Using LEDs


Tables, Graphs and Images are courtesy of LEDtronics 07/10/00
Disclaimer: The information provide herein are basics to educate one on the operating properties and user characteristics of LEDs. We do not imply that the information is accurate or applicable to every aspect of LED usage. Each application will have to be performed on its own merits and with full understanding that damages and injury are the sole responsibility of the "builder". We do not dispense engineering advice. You need to determine the specific products you will need for your specific application. |