CL-835-S95-PC

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The CL-835-S95-PC is a type of remote phosphor light source, which is used in a variety of applications. This type of light source is capable of producing a highly intense and uniform light output while consuming a relatively low amount of power. The CL-835-S95-PC is designed for use in opto-electronic devices such as laser cutting and laser engraving machines, as well as in other applications where a powerful yet energy-efficient source of illumination is required.

The CL-835-S95-PC works by using a remote phosphor material, which is coated onto a substrate such as ceramic or glass. This phosphorescent material absorbs shortwave radiation from a fluoro-lamp, typically a high pressure sodium (HPS) lamp, and emits a longwave, visible white light in return. As a result, the CL-835-S95-PC is able to emit bright, high intensity light while consuming far less power than a direct light source such as an LED, making it more energy efficient.Other advantages of this type of light source include a high light efficacy, meaning that it produces a great deal of light at a lower power input than conventional light sources, as well as a reduced risk of eye strain due to its low intensity ultraviolet (UV) output. Additionally, the CL-835-S95-PC is equipped with a unique universal voltage driver, which allows it to operate over a wide range of input voltages. This makes it suitable for applications in a variety of global settings, and is an important safety feature.

In terms of applications, the CL-835-S95-PC has a wide range of possible uses, including in medical devices, biometric identification systems, and 3D printing. It can also be used for displays in industries such as automotive, gaming, and retail. Furthermore, its versatility makes it suitable for use as an architectural lighting element in residential and commercial settings.

In summary, the CL-835-S95-PC is an excellent example of a remote phosphor light source, capable of producing a high intensity, uniform light output while consuming minimal amounts of power. Its universal voltage driver makes it suited for a variety of applications in different parts of the world, ensuring safety and reliability. It is thus an ideal choice for an efficient and cost-effective light source.

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