65-21/GHC-YS2U1G/2T

Overview

The Everlight 65-21/GHC-YS2U1G/2T is a high-brightness green LED component featuring a surface-mount design. It utilizes gallium phosphide technology to emit light in the green spectrum with a typical peak wavelength of approximately 570 nanometers. The device is engineered for general indication and display applications, offering consistent luminous intensity across operating temperatures. Its compact form factor supports automated assembly processes, ensuring reliable performance in consumer electronics and industrial control panels where visual status feedback is required.

Feature Summary

• High brightness output suitable for clear visibility
• Surface-mount construction for automated placement
• Wide viewing angle characteristics
• RoHS compliant manufacturing process

Applications

• Status indication on electronic devices
• Control panel lighting
• Consumer appliance indicators
• Instrument panel displays

Procurement Notes

Verify the specific suffix codes against the manufacturer's latest datasheet to ensure compatibility with your assembly requirements. Confirm that the ordering information matches the exact binning and wavelength specifications needed for your optical design. Always request the most current revision of the specification document before finalizing procurement decisions to avoid discrepancies in package dimensions or electrical ratings.

Selection Notes

Select this component when a standard green indication LED is required for surface-mount assembly lines. Ensure your PCB footprint aligns with the specified land pattern dimensions provided in the mechanical drawing. Consider thermal management requirements if multiple units are placed in close proximity, as junction temperature affects forward voltage characteristics. Verify that the driving circuit provides appropriate current limiting to maintain longevity and consistent color output.

Part Context

This part belongs to Everlight's general-purpose indicator LED family, designed for cost-effective mass production. The numbering convention indicates specific packaging and binning options within their broader portfolio. Similar parts may vary in lens color, lead frame material, or encapsulant type. Cross-referencing with other models in the same series requires careful attention to subtle differences in spectral distribution and physical mounting constraints.

Replacement Considerations

Direct replacements must match the pin configuration, forward voltage range, and luminous intensity class. Verify that substitute components meet the same environmental qualification standards. Check for any changes in soldering profile recommendations during reflow processes. Ensure the alternative part maintains identical mechanical tolerances to fit existing board layouts without modification.