CL-827-P215-PC

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Optics-Remote phosphor light sources are becoming increasingly popular in a wide range of applications, and the CL-827-P215-PC is one of the most advanced light sources on the market. This innovative light source uses an external phosphor plate to convert the light of a powerful ultra-violet (UV) LED into visible light. It provides a very wide range of colors and output intensities and allows users to manipulate the lighting effects in a much more efficient way than ever before.

The CL-827-P215-PC light source is based on a four-channel control system, which can be used to control the color and intensity levels of the light output. This is achieved through the combination of LED emitters and the phosphor plate. The LED emitters provide the initial UV light, while the phosphor plate absorbs the UV radiation, converting it into visible light. The four channels of the controller then adjust the level of the LED emitters and the brightness of the phosphor plate, allowing users to tailor the light output to their specific applications.

The CL-827-P215-PC is well-suited to applications requiring an efficient and controllable light source. Its four-channel controller allows it to produce a huge range of colors, ranging from bright blues to warm yellows. It is ideal for use in industries such as automotive lighting, industrial lighting, medical lighting, stage and theatrical lighting, and signage illumination. Additionally, the CL-827-P215-PC is energy-efficient and has a long lifetime, making it an economical choice when compared to traditional light sources.

Due to its advanced four-channel control system and efficient phosphor conversion, the CL-827-P215-PC is becoming an increasingly popular choice for light sources. It provides a wide range of colors and intensity levels, allowing users to manipulate the lighting effects in a much more efficient way than ever before. Its energy-saving properties, long lifetime, and wide range of colors make it an excellent choice for use in a wide variety of applications.

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