HLMP-EG2G-WY0DD

Overview

The HLMP-EG2G-WY0DD is a single-color red LED from the HLMP series, manufactured by Broadcom Limited. It features a T-1 3/4 (5 mm) radial through-hole package with a clear dome lens. The component emits light at a wavelength of 626 nm. Key electrical parameters include a forward voltage of 2.1 V and a forward current rating of 20 mA. The optical intensity reaches up to 9300 mcd with a viewing angle of 30 degrees. It operates within a temperature range of -40°C to +100°C and has a power rating of 120 mW.

Feature Summary

• Emits red light at 626 nm wavelength
• Features a water-clear dome lens for 30-degree visibility
• Designed for through-hole mounting in T-1 3/4 packages

Applications

• Panel indicator lights
• Instrumentation status displays
• Control board visual signaling

Procurement Notes

Verify component status carefully as this specific part number is listed as obsolete or discontinued by major distributors. Confirm availability of alternative stock or check for valid replacement part numbers before finalizing procurement plans. Ensure compatibility with existing circuit designs if substituting components.

Selection Notes

Select this component for applications requiring high-intensity red indication in standard through-hole layouts. Consider the 30-degree viewing angle and 9300 mcd brightness for visibility requirements. Verify that the 2.1 V forward voltage aligns with the driving circuit's output capabilities and thermal management constraints.

Part Context

This device belongs to the HLMP series of single-color LEDs from Broadcom Limited. The series is known for reliable performance in general-purpose indication tasks. The HLMP-EG2G-WY0DD specifically utilizes the T-1 3/4 form factor, which is a standard size for many legacy and modern electronic enclosures requiring discrete LED indicators.

Replacement Considerations

Check for compatible substitutes such as the HLMP-EG3A-WX0DD, which shares similar red emission characteristics and package dimensions. Verify electrical parameters and lens clarity when selecting alternatives to ensure functional equivalence in the target application.