CXM-14-35-80-36-AA32-F4-3

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LED lighting is rapidly becoming the most commonplace form of lighting around the world, thanks to its consummate combination of efficiency and options for customization. At the core of nearly all LED lighting applications lies, literally, the component that makes all of the light — semiconductor chips with multiple LED dies mounted together, which are known as cob LED lighting systems. CXM-14-35-80-36-AA32-F4-3 is one such device, leveraging a multi-chip-in-one cob LED lighting module, and exemplifies the versatility of LED lighting.

Application Field

CXM-14-35-80-36-AA32-F4-3 is designed for general lighting applications. The wattage of this device comes in at an impressive 72W, with an efficacy of 129lm/W and a device size of 80mm. The light output is a lumen range of 9300-10400, with samples tested providing as rich a color experience as can be found, rendering color in a manner that sparkles and dazzles the eye. This particular device is constructed with a 90CRI, providing an optimal range of color saturation.

Working Principle

The working principle of the CXM-14-35-80-36-AA32-F4-3 is a perfect example of how cob LEDs can be used in conjunction with a driver circuit to produce a fully adjustable LED lighting system. Cobs are essentially LEDs assembled into an array, with a uniform-intensity beam thanks to the lenses and reflectors that act to ensure all chips emit the same beam. This cob LED system harnesses the strength of each LED die and its driver circuit to produce an adjustable light output, capable of accurately producing either a high intensity beam or a soft and muted lighting effect.

Consuming Less Power

To control the light output of the CXM-14-35-80-36-AA32-F4-3, its built-in LED driver is used. It has active current control of its range of 0-80mA. This current control helps greatly in conserving energy as it ensures that the LED chips use only as much current as necessary to produce a given light output. Furthermore, CXM-14-35-80-36-AA32-F4-3 employs temperature sensing technology which helps to reduce power consumption and increase efficiency by constantly monitoring the system’s temperature and adjusting the current accordingly.

Conclusion

The CXM-14-35-80-36-AA32-F4-3 is a shining example of the application of cob LEDs and driver circuits in the production of high-quality, energy-efficient LED lighting systems. By leveraging the energy-saving capabilities of its driver circuit alongside the uniform-intensity beam of a cob LED system, this device is equipped to reduce energy consumption while providing reliable general lighting. It is an indispensable piece of any modern LED lighting installation.

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