QBLP595-2IB5

LED Indication - Discrete Overview

The QBLP595-2IB5 is a surface-mount LED indicator manufactured by QT Brightek. It emits blue light with a peak wavelength of 465nm and features a clear lens. The component utilizes an InGaN chip technology housed in a 0402 (1005 Metric) package measuring 1.00mm x 0.50mm. Typical forward voltage is 2.9V at a test current of 5mA, with a viewing angle of 140 degrees.

LED Indication - Discrete Feature Summary

• Miniaturized 0402 SMD form factor for space-constrained designs
• Blue emission utilizing InGaN semiconductor technology
• Clear rectangular lens with flat top style

LED Indication - Discrete Applications

• Space-constrained electronic device indicators
• Miniature circuit status signaling
• Compact consumer electronics displays

LED Indication - Discrete Procurement Notes

Verify the specific manufacturer part number against official distributor catalogs to ensure authenticity. Confirm RoHS3 compliance and MSL level 3 handling requirements during storage and assembly processes. Cross-reference datasheet specifications with design constraints before procurement.

LED Indication - Discrete Selection Notes

Select this component when a small footprint is required alongside blue indication needs. Ensure the 0402 package dimensions fit the PCB layout. Verify that the 2.9V forward voltage aligns with the driving circuit capabilities and that the 5mA test current meets brightness requirements.

LED Indication - Discrete Part Context

This part belongs to the QBLP595 series from QT Brightek, designed as miniaturized LED solutions. The series targets applications where board space is limited. It represents a standard discrete LED option within the company's portfolio for general-purpose indication tasks.

LED Indication - Discrete Replacement Considerations

LTST-C281KSKT is a comparable 0402 yellow LED from Lite-On Inc., though color differs. Direct substitutes require matching the 0402 package, blue wavelength, and electrical characteristics. Verify pinout compatibility and thermal performance when considering alternatives.