CLU048-1812C4-403H5K2

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LED lighting technology has taken the lighting industry by storm with its recent advancements in energy efficiency, longevity and overall quality. This article will examine CLU048-1812C4-403H5K2, a type of LED lighting module, specifically discussing its application field and working principle.

The CLU048-1812C4-403H5K2 is part of a larger family of LED lighting called “COBs” which stands for chip on board. COB lighting systems are an attractive, cost-effective and efficient alternative for a wide variety of applications, ranging from vehicle headlamps to architectural lighting. It has a variety of features that make it an ideal choice for many types of applications.

The particular module is designed to be used in outdoor lighting applications and is characterized by a wide beam angle of 120° with a color temperature range of 2700K-6500K. It has excellent dimming, brightness and color rendition performance, making it suitable for a variety of lighting needs.

From a design standpoint, the CLU048-1812C4-403H5K2 module has a compact and lightweight design that is easy to install. It uses a low voltage DC power supply and has a built-in driver and thermal protection to help reduce heat build-up. It also features one or two mounting brackets for easy installation.

Moving on to the working principle of the CLU048-1812C4-403H5K2 module, it’s based on an array of multiple chips arranged in a matrix and embedded in a substrate. The processor is connected between the chips and the power supply. This processor is responsible for controlling the current of each chip and the light output.

At the heart of the CLU048-1812C4-403H5K2 module is a multi-chip array composed of high-power diodes that emit light when an electric current passes through them. The individual chips are arranged in such a way that the light emitted by each chip is directed to the desired location or direction, allowing for the desired beam angle, brightness and color temperature.

The controller is responsible for controlling the current to each chip. This is done by filtering and conditioning the power supply to provide the correct current to each LED. The controller is also responsible for providing feedback to the power supply to maintain a constant brightness and also to enable power saving features such as flickering or dimming.

Overall, the CLU048-1812C4-403H5K2 module is an excellent choice for a wide range of lighting applications, from vehicle headlamps to architectural lighting, due to its efficient, cost-effective design, excellent dimming, brightness and color rendering capabilities, easy installation and wide beam angle. Its working principle utilizes a multi-chip array and a processor to provide power to the LED chips in an efficient manner.

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