MXA9-PW35-0000 Optoelectronics

MXA9-PW35-0000 Application Field and Working Principle

The MXA9-PW35-0000 is a high performance LED from XAM Series of LED-based white lighting solutions. The LED is suitable for a variety of applications, including: general lighting, street lighting, residential and commercial lighting, automotive and truck lighting, indoor lighting, landscape lighting, and architectural lighting.

The MXA9-PW35-0000 is an efficient LED module that offers a high quality of light in a variety of white color temperatures. It is powered by an advanced chip set and features a distinctive multi-chip design, allowing it to produce a maximum power up to 35W in a small and compact form factor.

The high brightness of this LED module is enabled by its innovative reflective surface, which increases the luminous flux by more than 100%. The package also features advanced thermal management, utilizing a heat dissipation system that minimizes heat buildup for improved longevity and reliability.

The MXA9-PW35-0000 is capable of producing wide angle beam pattern with color temperatures from 2700K to 6500K. The beam angle is adjustable to meet different lighting demands. Additionally, this LED module has excellent performance with a low power consumption, resulting in energy savings of up to 80%. The low power consumption makes it an ideal solution for power-sensitive applications.

The MXA9-PW35-0000 LED lighting module is designed with a wide range of operating temperature and is resistant to shocks and vibrations. The smart voltage gain: current modulation allows the LED module to work at high temperatures with minimal output power variation. This ensures that the LED module produces consistent lighting effects irrespective of the environmental conditions.

In conclusion, the MXA9-PW35-0000 LED module offers a comprehensive solution to many different lighting applications. Its high performance and reliability make it a perfect choice for a wide range of lighting needs. Its small form factor and low power consumption make it ideal for energy-sensitive applications.