CL-840-S95-XT Optoelectronics

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Optics - Remote phosphor light sources are types of luminaires that use an external light source piped through an optical fiber. They offer a range of advantages that make them popular for range of applications from high quality medical imaging and surgical lighting to high-end motion picture and television production. One of the most popular remote phosphor light sources is the CL-840-S95-XT.

Device Design

The CL-840-S95-XT is an enclosed system with external light source in a ventilated housing. The light source is connected to a compact optical fibre bundle which can be used to direct the light onto the area of interest. The lightsource consists of a phosphor-coated LED which provides a white beam with 95 CRI for the highest quality of viewable output. The beam delivered by the LED is quite narrow so it can be moved around quickly and efficiently to get the optimum results. The light is evenly distributed with uniform output across the entire field of view.

Working Principle

The working principle of the CL-840-S95-XT is based on the principles of remote phosphor lighting. This type of light source uses an LED chip to emit an infrared (IR) beam which is then directed onto an external reflector where it is mixed with the light from a phosphor-coated material. The reflector then sends the mixed light back through the optical fibers and onto the targeted area. The phosphor material absorbs some of the energy emitted by the LED and re-emits it as visible light, and the rest of the energy is reflected back into the light source. This process results in a highly efficient light source with a wide range of color temperatures and excellent color rendering capabilities.

Applications

The CL-840-S95-XT can be used in a range of applications in medical and imaging technologies, industrial lighting, television and film production, and other applications that require quality lighting where color accuracy and integrity are important. It is particularly popular in medical and imaging applications where clarity and accuracy is paramount. Additionally, since the light source has a very narrow and uniform beam, it is well suited for illuminating small and precise areas where it can deliver a very high level of fidelity and precision.

Conclusion

The CL-840-S95-XT remote phosphor light source is a highly efficient and accurate lighting system that is ideal for a range of applications including medical and imaging technologies, film and television production, and industrial lighting. It is the perfect choice for applications where accuracy and color fidelity are paramount, as the system offers excellent color rendering capabilities and uniform output across the entire field of view.

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