CMA1825-0000-000N0B0A50E

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The CMA1825-0000-000N0B0A50E is an LED light source from among the series of ‘CMA’ light engines created by Lite-On Inc. Under the category of LED lighting, this product is classified as part of their COBs (chip on board) division. In this part, the CMA1825-0000-000N0B0A50E is a product identified by its model number, CMA1825.

As a COB system, the CMA1825 product is made of a substrate and several integrated circuit components. The substrate is a flat, topmost layer of the system, usually in the form of a printed circuit board, which serves as a platform for the integrated circuit components. The integrated circuits are usually chips, but they may also include drivers, motor drivers, projectors, and sensors. In the case of the CMA1825, the integrated circuits are in the form of chips that include various combinations of white, red, and green LEDs.

The working principle of the CMA1825 series of LED light sources is that of voltage conversion. This means that the LEDs present on the chip of the system convert the energy that is provided by an external source, such as an AC line, into a lower voltage level for use in lighting applications. This is done through a rectification process, where an alternating current on the AC line is changed into a direct current (DC) of variable voltage by using a controller.

The specific application field of the CMA1825-0000-000N0B0A50E depends on the specific combination of LEDs that is used. Generally, different combinations of the aforementioned white, red, and green LEDs provide different lighting options, such as general lighting, accent lighting, spot lighting, colored lighting, and display lighting. Due to the low voltage emitted by the CMA1825, it can also be used in very precise settings, such as medical and laboratory lighting.

In conclusion, the CMA1825-0000-000N0B0A50E, as part of the Lite-On Inc. LED lighting COB series, can be used in a variety of applications. It works through a voltage conversion process, and thus requires an external source of power. The specific application field of any given combination of white, red, and green LEDs depends on the desired lighting purpose.

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