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23-22B/R6GHC-A30/2T is listed in the LED Indication - Discrete range at ChipApex. The manufacturer field lists Everlight Electronics Co Ltd. Its product description is LED GREEN/RED CLEAR SMD. Review the specifications below when checking this part for your BOM.
The Everlight 23-22B/R6GHC-A30/2T is a bi-color surface-mount LED featuring green and red emission. It utilizes a 4-SMD, no-lead package with dimensions of approximately 1.90mm in length and 1.60mm in width. The component operates at a maximum height of 0.90mm. Electrical characteristics include a forward voltage of 3.3V for the green element and 2V for the red element, both tested at a current of 20mA. The device offers a viewing angle of 130 degrees and employs a colorless, water-clear rectangular lens.
Verify the specific suffix '2T' against the manufacturer's latest documentation to confirm optical intensity specifications, as previous revisions such as '2A' may differ in candela ratings. Confirm availability status directly with authorized distributors, as supply constraints have been noted for this product line. Ensure the ordering part number matches the exact pin configuration and wavelength requirements for the target design.
Select this component when a dual-color indicator is required in a limited space without increasing board area. The 130-degree viewing angle provides superior visibility compared to standard narrow-beam LEDs. Consider the 3.3V forward voltage requirement for the green channel when designing drive circuits. Verify thermal management capabilities if operating near the maximum temperature limits.
This part belongs to Everlight's 23-22B series of bi-color LEDs. The series is designed for high-intensity indication in compact devices. The R6GHC code denotes the specific green and red wavelength combination. This model represents a standard offering for general-purpose indicator applications requiring distinct color states.
The 23-22B/R6GHC-A30/2A is a documented variant within the same family. Differences may exist in luminous intensity or binning classifications. Verify mechanical compatibility and electrical parameters before substitution. No other direct cross-model replacements are confirmed in public documentation.
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