CL-835-ELP60-PC

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Optics is a crucial component of today’s advances in technology, and Remote Phosphor Light Sources (RP-LS) play a key role in the field of remote sensing and communication. CL-835-ELP60-PC is one such RP-LS that is optimized for the transmission of information over a relatively short range. In this article, we will discuss the primary application field of this RP-LS and its working principle.

Primarily, the CL-835-ELP60-PC is intended for use in next-generation information systems such as stationary cable TV, fiber optics, and other communication systems. This RP-LS is designed to provide a secure, reliable connection between devices, with improved data transmission rates and lower maintenance costs. The CL-835-ELP60-PC is also suited for low-power applications such as home security and home automation.

When compared with other RP-LS, the CL-835-ELP60-PC is more compact in design and provides superior performance. It is capable of transmitting information over a distance of up to 20 kilometres, and can be incorporated into existing systems without requiring additional hardware or software. Furthermore, the CL-835-ELP60-PC is designed to be energy efficient, consuming approximately 25 mW of power when transmitting data.

The working principle of the CL-835-ELP60-PC is based on ‘remote phosphor’ technology, which makes use of light-emitting phosphors to generate short-wave UV radiation. This radiation is then converted into visible light via a receiving device, which contains lenses and filters. The phosphor’s long-wavelength ultraviolet light is produced when it is exposed to a high frequency, high voltage electrical discharge. This high-energy UV light is then transmitted through the receiving device, where it is absorbed by the phosphor and re-emitted as visible light. This visible light is then transmitted over the communication channel, allowing for data transfer.

In conclusion, CL-835-ELP60-PC is an optimal Remote Phosphor Light Speech designed to facilitate the transmission of data over a relatively short distance. It is optimized for applications such as stationary cable TV, fiber optics, and other communication systems, and consumes only 25 mW of power when transmitting data. The CL-835-ELP60-PC employs the Remote Phosphor technology, which makes use of light-emitting phosphors to generate short-wave UV radiation that is then converted into visible light. This enables the efficient transfer of data over the communication channel. In this way, CL-835-ELP60-PC helps to facilitate better data transmission and lower maintenance costs in a diverse range of applications.

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