Full Color Chip SMD LED with -40 to +85°C Operating Temperature Range

bargain

Absolute maximum ratings: Ta = 25
- Ultra red: 78mW
- Power dissipation (PD): pure green: 100
- Blue: 100
- Ultra red: 80mA
Peak forward current (1/10 duty cycle, 0.1ms pulse width) IFPpure green: 100
- Blue: 100
- Ultra red: 30mA
Continuous forward current: (IF) pure green: 25
- Blue: 25
- Reverse voltage: (VR) 5V
- Ultra red: 2,000V
Electrostatic discharge: (ESD) pure green: 1,000
- Blue: 1,000
Operating temperature range: (Topr) -40 to +85
Storage temperature range: (Tstg) -40 to +100
Soldering temperature: (Tsld) 260 for 5 seconds
Electrical optical characteristics: (Ta) = 25
Ultra red: 250, 350mcd IF = 20mA (note 1)
Luminous intensity: (IV) pure green: 300,500
- Blue: 120, 170
- Ultra red: 100 (Deg) IF=20mA (note 2)
- Viewing angle: 2¸1/2
- Pure green: 100
Blue: 100
Ultra red: 632nm IF=20mA (measurement at peak)
Peak emission wavelength: »p
Pure green: 518
Blue: 468
Ultra red: 624nm IF=20mA (note 3)
Dominant wavelength: »d
Pure green: 523
Blue: 470
Ultra red: 20nm IF=20mA
Spectral line half-width: ³»
Pure green: 35
Blue: 25
Ultra red: 1.60, 2.20, 2.60V IF=20mA
Forward voltage: (VF)
Pure green: 2.80, 3.50, and 4.00
Blue: 2.80, 3.50, and 4.00
Ultra red: 10¼A VR=5V
Reverse current: IR
Pure green: 50
Blue: 50

Luminous intensity is measured with a light sensor and filtercombination that approximates the CIE eye-response curve
¸1/2 is the off-axis angle at which the luminousintensity is half the axial luminous intensity
The dominant wavelength (»d) is derived from the CIEchromaticity diagram and represents the single wavelength whichdefines the color of the device