BF3H20G-ZWR-020mA

Overview

The Solidlite BF3H20G-ZWR-020mA is a high-brightness LED component designed for indicator and signaling applications. It features a 3mm round lens configuration with a water-clear epoxy encapsulation to maximize light transmission efficiency. The device emits red light with a peak wavelength of 660nm, ensuring distinct visual visibility under various lighting conditions. Operating at a standard forward current of 20mA, the unit delivers consistent luminous intensity while maintaining low power consumption characteristics suitable for battery-operated or energy-efficient circuit designs.

Feature Summary

• Water-clear epoxy encapsulation for enhanced optical clarity
• High brightness output optimized for visual signaling
• Standard 3mm round lens form factor for easy integration

Applications

• Panel status indicators
• Power supply status lights
• Control board signaling

Procurement Notes

Verify the specific bin code requirements for luminous intensity and chromaticity coordinates prior to ordering, as these parameters can vary within manufacturing tolerances. Confirm that the selected variant matches the required forward voltage drop specifications for the target circuit design to ensure proper current limiting resistor calculations.

Selection Notes

Select this component when a compact 3mm form factor is required for panel mounting constraints. Ensure the application environment does not exceed the maximum reverse voltage ratings specified in the datasheet. Consider thermal management if multiple units are densely packed on a single PCB to prevent localized heating effects.

Part Context

This part belongs to Solidlite's general-purpose indicator LED series, focusing on reliable performance for industrial and consumer electronics. The 3mm size offers a balance between visibility and space efficiency compared to larger 5mm variants.

Replacement Considerations

Cross-reference with other 3mm red LEDs from manufacturers such as Kingbright or Everlight, ensuring identical pinout configurations and mechanical dimensions to maintain compatibility with existing footprints.