CL-840-S120-PC

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Optics- Remote Phosphor Light Source usage has become increasingly common in recent years. The CL-840-S120-PC is one of the most widely used in this field. This article will discuss its application field, working principle, advantages and disadvantages.

The CL-840-S120-PC is suitable for remote phosphor light source applications such as theatre, television production, film and architectural lighting. Its key features include an RGB phosphor technology that delivers up to 10x the output of standard LED designs and a wide viewing angle with smooth dimming operation. The CL-840-S120-PC also offers adjustable on/off power settings and adjustable colors including red, green, blue, white, and yellow.

The working principle behind the CL-840-S120-PC is based on the remote phosphor principle. This principle utilizes an RGB phosphor to convert the LED light source to white light, while consuming less energy than traditional lighting sources. The LED light source is positioned on one side of the fixture and the remote phosphor, which is made up of several individual layers, is positioned on the other side. The light from the LED is emitted directly into the layers of the remote phosphor, and when it passes through the phosphor it is converted into white light. This process is very efficient, as the light is immediately converted into white light without any heat generation or other losses.

The advantages of this phosphor technology are numerous. Its light output is up to 10x brighter than standard LED designs, while still being very energy efficient. The colors are adjustable, allowing users to customize the lighting effects. Finally, the wide viewing angle and smooth dimming capabilities make this type of phosphor light sources ideal for a variety of lighting applications.

The primary disadvantages of this technology are its cost and the potential for reduced color accuracy. The cost of the phosphor can vary significantly, depending on the size and complexity of the lighting design. Additionally, the colors may not be as accurate as those produced by other light sources due to the different wavelengths of light emitted by each phosphor.

In conclusion, the CL-840-S120-PC is a great option for remote phosphor light source applications. Its energy efficiency, color control, and adjustable colors make it a great choice for any lighting design. Its cost and potential for reduced color accuracy, however, should be taken into consideration before making a purchase.

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