2MDR01-85O1AGH

High Visibility, Double Reflection LEDs DR-Series Get Twice the Brightness or Use Half the Energy of Typical LEDs • Double reflection structure improves beam directivity for increased brightness comparable to incandescent and similar forms of lighting. • Compact, 8.5 mm diameter LEDs with large luminous area. • Designed for high-current applications. • Greater purity of hue compared to other light sources. • Available in red, orange, yellow, blue, green and blue-green. • LEDs require little or no preventive maintenance, increase reliability and reduce cost of ownership compared to incandescent lighting. • Through-hole mounting models; surface-mount versions available soon. • 100% quality: each LED is tested before shipping. Ordering Information ■ Through-hole Mounting Models Color Dominant wavelength Terminal type Through-hole Model number Red 630 nm, typical 2MDR01-85R1A Orange 608 nm, typical 2MDR01-85O1A Yellow 590 nm, typical 2MDR01-85Y1A Green 530 nm, typical 2MDR01-85G1A Blue-green 503 nm, typical 2MDR01-85BG1A Blue 470 nm, typical 2MDR01-85B1A Note: Higher intensity bins available upon request. ■ Typical Applications • • • • • Vehicle lighting Consumer interior lighting Traffic signals Display/signage for indoor or outdoor use Light source for optical sensor Specifications ■ Absolute Maximum Rating (at Ta=25°C) Parameter Rated value Condition Forward current If 50 mA --- Pulse forward current IfP 70 mA --- Reverse voltage Vr 5V Ir = 100 µA (red, orange, yellow) Ir = 100 µA (green, blue-green, blue) Operating temperature Topr -30° to 85°C (-22° to 185°F) --- Storage temperature Tstg -30° to 100°C (-22° to 212°F) --- 30 to 90% RH --- Operating humidity Solder temperature Tsol 260°C (500°F) for 6 seconds max. High Visibility, Double Reflection LEDs DR-Series 1 ■ Optical and Electrical Characteristics (at Ta=25°C) The color of light emitted by an LED is normally identified as a peak wavelength (lpk) measured in nanometers (nm) and also by spectral half bandwidth (secondary). Parameter Specification Color Forward voltage Reverse current Peak wavelength Spectral half-width VF Ir λpeak +λ 1/2 Dominant wavelength λ d Luminous intensity 2 lv Minimum Condition Typical Maximum Red, orange, yellow 1.7 V 2.0 V 2.6 V Green, blue-green, blue 3.0 V 3.4 V 3.8 V Red, orange, yellow -- -- 100 µA Green, blue-green, blue -- -- 100 µA Red -- 639 nm -- Orange -- 612 nm -- Yellow -- 592 nm -- Green -- 520 nm -- Blue-green -- 525 nm -- Blue -- 460 nm -- Red -- 17 -- Orange -- 17 -- Yellow -- 17 -- Green -- 45 -- Blue-green -- 35 -- Blue -- 25 -- Red 622 nm 630 nm 637 nm Orange 600 nm 608 nm 615 nm Yellow 583 nm 590 nm 600 nm Green 520 nm 530 nm 540 nm Blue-green 498 nm 503 nm 508 nm Blue 465 nm 470 nm 475 nm Red 850 mcd 6000 mcd -- Orange 850 mcd 4000 mcd -- Yellow 850 mcd 6000 mcd -- Green 850 mcd 8000 mcd -- Blue-green 850 mcd 5000 mcd -- Blue 850 mcd 2500 mcd -- High Visibility, Double Reflection LEDs DR-Series IF = 20 mA Vr = 5 V IF = 20 mA IF = 20 mA IF = 20 mA IF = 20 mA Engineering Data ■ Relative Intensity vs. Wavelength Red Orange Yellow Green Blue-green Blue High Visibility, Double Reflection LEDs DR-Series 3 ■ Forward Current vs. Forward Voltage Orange, Yellow Green, Blue-green, Blue Red ■ Forward Current vs. Ambient Temperature Red, Orange, Yellow Green, Blue-green, Blue ■ Relative Intensity vs. Ambient Temperature 4 High Visibility, Double Reflection LEDs DR-Series ■ Relative Intensity vs. Forward Current 5HG2UDQJH