CHM-9-65-80-36-XD20-F4-3

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LED Lighting – COBs, Engines, Modules

CHM-9-65-80-36-XD20-F4-3 is a type of COB with several applications that bring performance and efficiency, especially when used in LED lighting. Knowing the working principle of this COB can help you make the most of your LED lighting application.

Application Field

The CHM-9-65-80-36-XD20-F4-3 is especially suitable for high-powered LED applications. It can effectively deliver light output with very little energy loss, making it ideal for applications such as commercial lighting, stage lighting, and signage. The COB is already assembled with an integrated printed circuit board (PCB) which makes installation easier and less time consuming.

It is also capable of accommodating hundreds of small SMD LEDs. This allows for greater customization and fine tuning to the application. The LEDs are often arranged in an array, allowing more light intensity to be delivered per watt than with a single larger LED. It’s often used as a single-point light source, allowing for greater precision and can also achieve different light distributions.

Working Principle

The working principle of CHM-9-65-80-36-XD20-F4-3 is the same as that of other COBs. It is based on the principle of using a series of small LED chips that are mounted on a single substrate (that is, the printed circuit board). The LED chips are energized by the voltage applied to them, and the light is emitted from them in an array in which every LED is illuminated.

This LED array can then be controlled by the circuitry on the PCB. Depending on the design of the PCB, different shapes, sizes and intensities of light can be created. This is why CHM-9-65-80-36-XD20-F4-3 is so advantageous for LED lighting applications – it allows for multiple configurations and allows for the customization of light intensity and distribution.

The main components of CHM-9-65-80-36-XD20-F4-3 are the LED chips, the printed circuit board, a control board and a driver board. The LED chips are arranged on the PCB in an array, and the driver board controls the current that flows to the LED chips, allowing for different levels of illumination depending on the desired effect.

The control board is connected to the driver board and is used to adjust the settings such as the voltage, current and the lighting output. Depending on the design, the driver board may be connected to the mains supply, or it can be powered by a battery for portable lighting applications.

CHM-9-65-80-36-XD20-F4-3 is a highly efficient and customizable way to deliver light output, and it is suitable for a range of applications ranging from commercial lighting to stage lighting. Knowing the working principle of this COB can be a great help when designing and installing LED lighting applications, allowing for the best possible results.

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