LEDtronics

Last week, we talked about our testing phase here at LEDtronics, we believe the real measure of LED performance begins after the initial testing phase.

While rigorous electrical and photometric testing is essential, our process continues with advanced reliability validation designed to ensure consistent performance in real-world environments.

This next stage includes evaluating:

• Long-term operational stability
• Heat and environmental resistance
• Production consistency and reliability
• Durability in mission-critical applications
• Performance under continuous operation

For industries such as defense, aerospace, industrial manufacturing, transportation, and infrastructure, reliability is not a feature, it is a requirement.

Our commitment to engineering excellence means delivering LED solutions that customers can trust for years of dependable performance.

Built for demanding environments. Designed for long-term reliability.

LEDs can work in reverse as light sensors and micro solar cells. When connected in reverse bias, opposite to how it normally emits. An LED operates in "solar cell mode," generating its own current and voltage from incoming light.

It works as a narrow-band photodetector, and is actually most sensitive to wavelengths slightly shorter than what it emits