-Bi-Color LED  Lamps-

509URYGC

509URYGC is a dual color LED which got 5mm lens diameter, 8.7 high and 2.54mm pin spacing. With this bi-color LED lamp, you can get kinds of LED as you need, such as red color, yellow led color and the mixed from red and yellow, which is orange~

Bi color LED are mainly used in: signal indicator (power amplifier, TV, telephone, computer or information peripheral products, toys, small household appliances, etc.)

The basic characteristics are as follows (IF=20mA)

                                                                                     1. luminous color: dark red and yellow green, and the average visible wavelength is 625nm, 570nm LED

                                                                                     2. luminous body: clear, transparent, concentrated dual color LED, emitting angle 20 degrees.

                                                                                     3. average brightness: red 2500mcd, yellow green 500mcd

                                                                                     4. average voltage: 2.0V

                                                                                     5. reverse power leakage: 0-5uA

                                                                                     6. use temperature: -30 degree C~+80 degree C, storage temperature -30 degree C~+80 degree C

                                                                                     7. use current: maximum 25mA

                                                                                     8. antistatic ability: 2000V (body electrostatic)

-Size of 5mm Bi-Color LED Lamps-

This Bi-color LED case cannot package two LED chips inside, so if you need other color in it, like color of 660nm LED, 400nm LED, 520nm LED, 495nm LED, 680nm LED, IR LED ect are acceptable. Just feel free to let us know.

-Electronic parameters-

-Detail of Welding Material-

*High purity gold wire for welding*

-More Bi color LED Lamps-

- Production Process -