CL-930-L225-XT Optoelectronics

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Optics - Remote Phosphor Light Source is a type of technology made possible due to advances in both fluorescent lighting and phosphorescence inside aluminum pores. With this technology, light that has been generated in a deep-blue colored light-emitting diode (LED) is then used to excite a phosphor material, which then emits light at a different wavelength. The CL-930-L225-XT Remote Phosphor Light Source, is a product that utilizes this technology.

The CL-930-L225-XT is a perfect solution for a number of applications such as industrial lighting, security lighting, and general illumination. It is a direct replacement for existing HID light sources, and enables a much more efficient light output while maintaining the same color quality. This is accomplished by using a highly efficient LED chip to drive a phosphor-coated LED module, which in turn produces a bright white light. The CL-930-L225-XT is also capable of producing a wide range of colors, thanks to its adjustable output over a range of up to 800 mA.

The core of CL-930-L225-XT working principle is based around the use of an LED chip as the light source. This LED chip emits a deep blue colored light, which is then passed through a thin phosphor coating. The phosphor material in turn absorbs some of this light, and re-emits visible light at a different wavelength. This re-emitted light is then collected by the turn reflector on the CL-930-L225-XT module, increasing the efficiency of the system. Because of this, the CL-930-L225-XT is able to produce a bright white light, all while using a minimal amount of power.

The CL-930-L225-XT Remote Phosphor Light Source is a reliable, easy-to-use, and cost-effective solution for a variety of lighting applications. Its ability to produce a wide range of colors in both warm and neutral tones makes it an ideal choice for providing aesthetics, security, and even general industrial illumination. By combining highly efficient LED technology with a phosphor coated LED module, it is able to maximize efficiency and minimize the amount of power needed to produce a light output.

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