CL-835-LR-PC

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Optics - Remote Phosphor Light Source is a technology that has become widely used in many industries in recent years. CL-835-LR-PC is an example of a remote phosphor light source that is used to reduce operating costs and improve the overall efficiency of lighting systems. This article will provide an overview of the application field and working principle of CL-835-LR-PC.

CL-835-LR-PC is a remote phosphor light source manufactured by CONOLD International, and is designed to deliver high-quality illumination in a wide range of application fields, including entertainment lighting, industrial lighting, medical lighting, architectural lighting, and digital signage displays. The light source is an LED-based system that uses patent-pending remote phosphor technology to create high-intensity, evenly distributed light in a wide variety of applications.

The working principle of CL-835-LR-PC starts with the LEDs, which are capable of emitting light of specific wavelength. When the electrons in the LED semiconductor photons, the intensity of the light produced is proportional to the energy of the electrons. This means that the color and intensity of the light can be accurately controlled by adjusting the energy of the electrons. To maximize the efficiency of the LED, the light generated is passed through a light diffuser, which disperses the light into a wide-angled beam that can cover a wide area. The light then passes through a remote phosphor coating, which is designed to convert some of the energy into a different color. The remote phosphor coating not only increases the efficiency of the LEDs by converting some of the energy to a different color, but also improves the color rendering of the light, creating a more natural and vivid illumination. Finally, the light is directed to the desired area using mirrors and lenses.

The CL-835-LR-PC has a number of advantages over traditional lighting systems. It is a more efficient and cost-effective solution, with the ability to achieve a higher level of illumination over a larger area than traditional lighting systems. It also features an improved color rendering capacity, thanks to its use of a remote phosphor coating. Additionally, the system is able to create an even distribution of light, allowing the user to tailor their lighting to the precise requirements of their application. The system is also highly durable and reliable, as it is designed to withstand a wide range of environmental conditions.

In summary, CL-835-LR-PC is a versatile and efficient remote phosphor light source that is capable of providing high-intensity and evenly distributed illumination in a wide range of application fields. Its use of a remote phosphor coating improves the efficiency of the LEDs, and its ability to create an even distribution of light makes it an ideal choice for many lighting applications.

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