CXM-14-35-80-36-AC02-F2-3

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A CXM-14-35-80-36-AC02-F2-3 (CXM) COB module is a broad application solution for low-voltage, high-brightness applications. It’s designed with a multichip circuit board that can output up to 36 watts of power in order to light up a variety of applications with very low-voltage requirements. The CXM is compatible with many lighting designs and its architecture allows for a more uniform light output.

Application Field

The CXM is perfect for applications requiring incredibly bright and low-voltage lighting solutions. It is a particularly suitable for applications such as retail, office and hospitality lighting, as well as billboards and displays, and other applications with such tight spacing requirements. It can also be used in cabinet lighting, shelf lighting and other areas where intricate lighting designs are called for.

Working Principle

The technology behind the CXM makes it an all-in-one solution, with no need for a complex power supply design. Its architecture combines the power of several individually packaged chips onto a single board in which all of the components are interconnected via copper traces and controlled by a single drive IC. The copper traces serve to optimize heat dissipation, as well as providing better integration with the frame of the LED module, resulting in improved reliability. The single drive IC allows for a higher LED drive current, which increases overall brightness and makes the LED module more efficient. Additionally, the single drive IC can be programmed to provide different lighting levels and colors, making it perfect for applications where changing colors, brightness and intensity are desired. Finally, the high-density of the package in which the CXM is contained increases the performance and helps reduce the total visibility of the unit in the lighting design.

Conclusion

The CXM is a perfect solution for applications requiring low-voltage and high-brightness lighting. Its architecture combines multiple chips onto one circuit board, resulting in efficient heat dissipation, improved reliability, and increased brightness. Additionally, the single drive IC provides more options for controlling the light output, making this an ideal solution for applications where brightness and color levels must be adjusted. With these features, the CXM easily meets the demands of many applications.

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