CL-830-CAN15-PC

Optics - Remote Phosphor Light Source

Remote Phosphor Light Source technology is the latest development in the field of optics, employing innovative application of nanophosphor films and LED technology. The CL-830-CAN15-PC is a remote phosphor light source that delivers superior performance and reliability.This product is specifically designed for use in stage and broadcast applications. It incorporates a patented LED and phosphor technology, providing a uniform light intensity and spectrum over a wide area. The product consists of an LED light source, a light control module, and an array of nanophosphor films. The LED light source is composed of a combination of white and blue LED lights. These LEDs are designed to emit light in a spectrum that is ideal for broadcast applications. The light control module regulates the intensity of the LEDs. This ensures that the light intensity is maintained at optimal levels. The nanophosphor films are placed between the LED light source and the light control module. The nanophosphor films contain particles of a highly reflective material. When the LED light strikes the nanophosphor films, the particles absorb and re-emit the light at a different wavelength. The resulting light is more uniform and even in intensity. The CL-830-CAN15-PC provides excellent performance in a wide range of lighting conditions. The product is ideal for broadcasting events, stage shows, and other applications where a uniform and even light is necessary. The product has a fast response time and is capable of dimming the light intensity up to 0.05% of the total light output. The product is also highly resistant to vibration, shock, and thermal changes. In summary, the CL-830-CAN15-PC is a remote phosphor light source product specifically designed for stage and broadcast applications. The product employs a combination of patented LED and nanophosphor technology to provide a uniform and even light output. The product is highly efficient and reliable, and is capable of providing excellent performance in a variety of lighting conditions.