65-21/BHC-FS1T1B14/2AA

LED Indication - Discrete Overview

The 65-21/BHC-FS1T1B14/2AA is a high-intensity blue light-emitting diode manufactured by Everlight Electronics Co., Ltd. Designed for industrial applications, this component emits light at a wavelength of 468nm with a forward voltage of 3.1V. It utilizes a Surface-Mount Device (SMD) package featuring a reverse gull-wing lead configuration, specifically identified as Z-Bend. The device serves as a reliable electronic part for indication purposes within automation systems.

LED Indication - Discrete Feature Summary

• High-intensity light source optimized for industrial use
• Reverse gull-wing SMD package design for secure mounting
• Blue emission spectrum suitable for clear indication

LED Indication - Discrete Applications

• Industrial automation equipment
• System status indication
• Electronic control panels

LED Indication - Discrete Procurement Notes

Verify the specific ordering suffix and package type against official Everlight documentation to ensure compatibility with assembly requirements. Confirm that the reverse gull-wing form factor matches the PCB footprint specifications before procurement.

LED Indication - Discrete Selection Notes

Select this component when a high-intensity blue indicator is required for industrial environments. Ensure the 3.1V forward voltage aligns with the driving circuit capabilities and verify that the SMD Z-Bend package fits the available board space constraints.

LED Indication - Discrete Part Context

This LED belongs to the Mini Top LEDs series from Everlight, characterized by compact dimensions and robust construction. The 65-21 series is engineered for durability in demanding settings, offering consistent performance for critical signaling tasks in machinery and automated processes.

LED Indication - Discrete Replacement Considerations

Consult official cross-reference lists for direct substitutes. Verify electrical parameters such as forward voltage and peak wavelength match exactly to maintain system functionality without redesigning the driver circuitry.