XHP70A-0L-03-0D0HM227G Optoelectronics

LED Lighting - COBs, Engines, Modules

The XHP 70A-0L-03-0D0HM227G is a high-performance LED lighting module specifically designed for automotive, aircraft, and other industrial applications. It has a long-life light source, integrated temperature control and protection system, and a wide field of view. The LED light module has been designed for high-intensity directional lighting applications. It consists of a powerful LED light source, a protective lens, a color changing mechanism, and a heat sink.

This LED light module can be used for automotive, aerospace, and/or other industrial lighting applications. The integrated temperature control and protection system maintains light output and stability. And the design provides precise control of the direction, brightness, and color of the light output. Moreover, the wide field of view enables the LED light module to be used in applications with tight installation constraints and large focus areas.

The LED module features an integrated heat sink that ensures proper cooling of the LED light source and the internal components. This eliminates the need for external cooling systems and helps in reducing system costs. Furthermore, the LED light module benefits from high efficiency and long life. It offers up to 70% efficiency, a rated life of up to 60,000 hours and a very long service life.

In terms of working principle, the XHP 70A-0L-03-0D0HM227G works by emitting light when current passes through it. It uses a combination of two semiconductor chips, one a diode and the other a transistor, to convert the electrical energy into light energy. The current that passes through the semiconductor chips is modulated by an external control system, which can regulate the output, color, and intensity of the light.

The XHP 70A-0L-03-0D0HM227G is a robust and reliable LED lighting module and is suitable for applications in a variety of environments. It is ideal for use in automotive, aerospace and other industrial applications, where precise control of the light output is required.