CL2CC

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COB (chip-on-board) LED lighting has been the standard in professional lighting fixtures since they first hit the market in the late 2000’s. COB LED technology has revolutionized lighting applications, allowing for high power, efficiency, and more creative designs. COB lights use less energy and heat than traditional incandescent bulbs, and most importantly, they last much longer.

COB lighting is made up of two components: an engine, also known as a driver, and a module, also known as a light source. The engine is a single control unit that runs the lighting operation, and the module is an LED array containing multiple LED chips that provide lighting.

The engine is made up of a vast array of components. It includes a power converter, a thermistor to control heat, a cooling fan or other heat sink, and multiple controllers to ensure that each individual LED chip receives the correct power and other necessary information. The engine is designed to provide the correct amount of current to the LED chips, while keeping the power consumption and temperature at acceptable levels. It also contains a microcontroller to monitor system performance.

The module, or light source, consists of one or more clusters of LED chips, usually arranged in a circle. This module is usually connected to the engine through wires, and it provides the light. The module can be made up of different types of LED chips, including white, blue, infrared, and ultraviolet. Different types of modules can be combined in order to create more complex lighting effects, such as RGB lighting.

The two components of COB LED lighting (engine and module) work together to illuminate the target area. The engine provides the power, signal, and control for the LED chips, and the module directs the light where it is needed. The LED chips can be adjusted according to the desired lighting effect, and the engine can be programmed to adjust the power levels, color temperatures, and other settings.

The CL2CC (chip-level to circuit-level) application field is an important part of modern LED lighting. The CL2CC technology combines the engine and module components into one package, which helps to improve performance and reduce size. This technology also makes it easier to implement complex lighting effects with fewer components. CL2CC engines offer higher efficiency and color rendering, making them ideal for high-quality indoor and outdoor lighting.

The working principle of the CL2CC engine is based on the same principles as traditional lighting control systems. The module is connected to the engine via a connector, and the LEDs are controlled by the same power converter, thermistor, and microcontroller as other lighting systems. The difference is that the controller is able to adjust the lighting levels and power consumption of each individual LED in order to create the desired lighting effect.

The CL2CC technology also provides a high degree of flexibility. Since the engine and module are integrated, it is easier to adjust the number of LEDs, the size of the light source, and the power levels for each individual LED. This makes it possible to achieve complex lighting effects with fewer components and less energy. The CL2CC engine also offers a high degree of efficiency and color rendering, making it ideal for a variety of applications.

In conclusion, CL2CC technology is a major advancement in LED lighting technology. It combines the power converter, thermistor, and microcontroller into one system, reducing size, power consumption, and cost. The CL2CC engine offers increased efficiency and color rendering, making it the ideal choice for a variety of lighting applications.

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