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The 11-22/Y2G6C-A01/2T is a surface-mount bi-color LED from Everlight Electronics Co Ltd. It features a dual-chip configuration emitting red and yellow-green light within a compact 4-SMD, no-lead package measuring 1.90mm in length, 1.60mm in width, and 0.90mm in maximum height. The device utilizes a clear lens with a rectangular shape and flat top design. Key electrical parameters include a typical forward voltage of 2V for both the red and yellow-green channels. The red channel operates at a peak wavelength of 632nm with a luminous intensity of 78.5mcd, while the yellow-green channel peaks at 575nm with an intensity of 58.5mcd. Both channels share a wide viewing angle of 130 degrees.
Verify the specific suffix against the manufacturer's official datasheet to confirm exact binning and optical characteristics. Ensure compatibility with standard reflow soldering profiles for SMD components. Confirm RoHS compliance status through current documentation. Cross-reference package dimensions with PCB footprint libraries to prevent assembly errors during manufacturing.
Select this component when dual-color indication is required within a limited board area. Consider the 130-degree viewing angle for applications requiring broad visibility. Evaluate the 2V forward voltage drop against available drive circuitry. Compare luminous intensity requirements against the specified 78.5mcd and 58.5mcd values to ensure adequate brightness for the intended environment.
This part belongs to Everlight's series of chip LEDs featuring bi-color capabilities. It is designed for surface-mount technology, offering a reliable alternative to discrete dual-LED setups. The 11-22 series provides standardized dimensions for easy integration into various electronic assemblies requiring multi-color visual signals.
Consult the manufacturer's official replacement guide for verified substitutes. Direct pin-to-pin replacements must match the 4-SMD no-lead package and identical spectral characteristics. Verify that any alternative component maintains the same forward voltage and luminous intensity specifications.