CL-830-CAN30-PC

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Optics - Remote Phosphor Light Sources have gained popularity due to its wide range of applications in various fields that require illumination. CL-830-CAN30-PC is one of the most widely used models of remote phosphor light sources. Understanding the application fields and working principle of the CL-830-CAN30-PC model is essential to maximize its potential.

The CL-830-CAN30-PC is primarily used for a wide range of applications in industrial lighting, automotive lighting, medical lighting, and stage and theatrical lighting applications. The CL-830-CAN30-PC features high color rendering index (CRI) and luminous efficacy values, making it highly suitable for imaging and lighting systems. The CL-830-CAN30-PC is also highly efficient and cost-effective, making it a popular choice among consumers.

The CL-830-CAN30-PC utilizes the principle of remote phosphor technology to achieve its impressive lighting performance. Remote phosphor technology is based on the use of phosphor particles that are coated onto the outer surface of a lamp in order to emit light. When light from a light source such as a LED is projected onto the lamp, the phosphors absorb the light and convert it into light energy. This energy is then emitted by the phosphors, resulting in a light source with increased efficiency, improved color rendition, and longer average lifespan.

The CL-830-CAN30-PC model is designed to provide high luminous efficacy. It includes two modules which are attached together and are fitted with two individually-controllable LED sources per module. The optical design of the light source ensures that all LEDs are evenly distributed and provide an evenly-distributed light output. Furthermore, the optical properties of the phosphor particles ensure that the light is highly efficient and has a high color temperature and color rendering index.

The CL-830-CAN30-PC is the ideal choice for various applications, from industrial lighting to automotive lighting and medical lighting. Its efficiency and cost-effectiveness make it one of the most popular and widely used models of remote phosphor light sources. The use of remote phosphor technology ensures that it is highly efficient and provides a high CRI and luminous efficacy value.

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