5988370117F

LED Indication - Discrete Overview

The Dialight 5988370117F is a green surface-mount LED in the 598 series, featuring a clear lens and 1208 package. It emits at 566nm with a typical forward voltage of 2V. The component offers a viewing angle of 160 degrees and measures 3.2mm x 1.5mm x 1.0mm. It operates within a temperature range of -40°C to +100°C and holds MSL level 3 certification.

LED Indication - Discrete Feature Summary

• Provides high-intensity green indication via a 566nm wavelength emission
• Features a wide 160-degree viewing angle for enhanced visibility
• Designed for right-angle surface mount installation in compact spaces

LED Indication - Discrete Applications

• Status indication on electronic circuit boards
• Panel-mounted visual signaling devices
• Consumer electronics status indicators

LED Indication - Discrete Procurement Notes

Verify the specific datasheet version for the 5988370117F model, as distributor listings may contain conflicting electrical parameters such as forward voltage or wavelength compared to other variants in the 598 series. Confirm moisture sensitivity handling requirements prior to assembly to ensure component integrity during soldering processes.

LED Indication - Discrete Selection Notes

Select this component when a right-angle SMD form factor is required for space-constrained designs. The 160-degree viewing angle makes it suitable for applications requiring broad visibility. Ensure the 2V forward voltage aligns with the driving circuit's output capabilities and current limiting requirements.

LED Indication - Discrete Part Context

This part belongs to the Dialight 598 Micro LED series, which provides a wide range of discrete surface-mount LEDs. The 598 series is known for its small footprint and reliability, catering to modern electronics that demand compact optoelectronic solutions for various indication needs.

LED Indication - Discrete Replacement Considerations

The 5988380117F is listed as a similar alternative by distributors. Verify compatibility regarding forward voltage and luminous intensity before substitution, as these parameters may differ between the two models.