APHB1608ZGSURKC

Overview

The Kingbright APHB1608ZGSURKC is a bi-color surface-mount LED in a 0603 (1.6x0.8mm) package. It emits green and red light with peak wavelengths of 515 nm and 645 nm, respectively. The device operates at a forward current of 2 mA, with forward voltages of 1.75 V for the green chip and 2.65 V for the red chip. Power ratings are 75 mW and 82 mW. It features a colorless rectangular lens with a 130-degree viewing angle.

Feature Summary

• Dual-chip bi-color configuration enabling simultaneous or independent green and red emission within a compact footprint.
• Low current operation optimized for power-sensitive indicator applications.
• High-temperature capability designed for robust performance in demanding thermal environments.

Applications

• Status indication on low-power electronic devices
• Bi-color signaling in consumer electronics
• Panel indicators requiring high-temperature stability

Procurement Notes

Verify the exact suffix against the manufacturer's latest datasheet to confirm wavelength and binning specifications. Ensure compatibility with standard 0603 reflow soldering profiles. Confirm RoHS compliance status directly from the official documentation before integration into regulated assemblies.

Selection Notes

Select this component when a dual-color indicator is required in a strict 0603 space constraint. It is suitable for designs prioritizing low drive current over high brightness. Compare against single-color alternatives if only one state is needed, or larger packages if higher luminous intensity is required.

Part Context

This part belongs to Kingbright's APH series of second-generation SMD LEDs. The series emphasizes improved material durability and electrical reliability for dense system designs. It shares the 0603 form factor with other variants but differs in color combination and electrical characteristics.

Replacement Considerations

Direct substitutes include other Kingbright 0603 bi-color LEDs such as APHB1608SGEC or APHB1608QBDSURKC, provided the specific wavelength and voltage requirements match the design constraints. Verify pinout and thermal resistance equivalence.