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The 11-22/R6GHC-A30/2T is a dual-color surface-mount LED by Everlight, featuring green and red emission in a clear package. It utilizes a 1206 footprint with dimensions of 3 mm length, 2.5 mm width, and 1.5 mm height. The component incorporates an internal concave lens design to achieve a beam angle of approximately 60 degrees. Electrical characteristics include forward voltages of 2.4 V for the green segment and 3.7 V for the red segment. Luminous intensities are rated at 285 mcd for green and 450 mcd for red.
Verify the specific datasheet version when sourcing, as Everlight may update optical or electrical specifications over time. Confirm that the supplier provides original manufacturer packaging to ensure component integrity. Cross-reference the part number carefully against official Everlight documentation to avoid confusion with similar 1206 dual-color variants that may have different lens geometries or intensity ratings.
Select this component when space constraints require a 1206 footprint but higher intensity than standard flat-top LEDs. The internal lens design makes it suitable for applications needing a controlled 60-degree viewing angle rather than wide-angle dispersion. Ensure circuit design accounts for the distinct forward voltage requirements of the green and red segments to prevent overdriving either color channel.
This part belongs to Everlight's standard surface-mount LED series, specifically designed for general indication purposes. It represents a miniaturized solution compared to traditional through-hole dual-color LEDs, allowing for automated assembly processes. The 1206 package size balances physical footprint reduction with sufficient thermal management capabilities for continuous operation in indicator applications.
Direct substitutes must match the 1206 package dimensions and dual-color green/red emission profile. Verify compatibility regarding the internal lens geometry and resulting beam angle if optical distribution is critical. Check forward voltage tolerances to ensure existing driver circuits can accommodate the 2.4 V and 3.7 V requirements without modification.