CL-830-SR-PC

Optics - Remote Phosphor Light Source

The CL-830-SR-PC series light sources are a form of remote phosphor light source (RP-LS) which is used in various application fields, including optical communication and lighting. RP-LS are light sources where the phosphor material is located away from the light source, typically behind a diffuse reflector. The advantage of RP-LS is that they provide for a much higher light output efficiency as well as superior spectral quality due to improved thermal dissipation. In addition, they eliminate the need for complex thermal management of the light source, thus reducing system size and cost.

CL-830-SR-PC series light sources are specifically designed for use in high-speed optical communication systems that operate in the short-wavelength communications window (850 nm-940 nm). These light sources produce a very narrow spectrum of light, which is ideal for high speed data transmission over optical fiber. They are also well-suited for applications such as laser light shows, medical diagnostics, and industrial lighting.

The working principle of the CL-830-SR-PC series light sources is based on the remote phosphor technology. This technology makes use of an LED light source which is combined with a phosphor layer or phosphor coating that is placed at a remote location behind a diffuse reflector. The LED light source produces a monochromatic light beam which is incident on the phosphor layer. Upon exposure to the LED light, the phosphor material is excited to a higher energy state and emits visible light of different wavelengths, thus producing a white light output. The diffuse reflector helps to redirect the emitted light towards the desired direction, thus increasing the luminous flux of the light source.

The CL-830-SR-PC series light sources are also highly efficient, producing up to 1550 lumens at a power consumption of 3 watts. The high efficiency of the light source is further enhanced by converting most of the heat produced by the LED light source into useful radiation. This ensures that the operating temperature of the light source is kept low for extended periods, thus improving its overall lifetime.

In addition, due to their high efficient light output, these light sources can be used in combination with optical fibers for long-distance transmission of light. This has enabled a range of applications such as optical communication and lighting. CL-830-SR-PC series light sources are also particularly suited for laser light shows and medical diagnostics, due to their precise spectral characteristics and excellent thermal dissipation.

Overall, the CL-830-SR-PC series light sources are a highly efficient and reliable light source that can be used for a variety of applications. Their remote phosphor technology allows for higher light output efficiency and superior spectral quality, while their high efficiency and long-distance transmission capabilities make them particularly suitable for optical communication and lighting.