SLP3-350-100-F Optoelectronics

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Light pipes are optical components used to guide, manage and control the transmission of light from one point on a circuit board or sub-assembly to another. The SLP3-350-100-F is a popular light pipe, which has many uses in a variety of fields.

The SLP3-350-100-F Application Field

The SLP3-350-100-F is a cost effective solution for guiding light across large distances, and can be used in an array of applications. Due to its low cost and high performance, the SLP3-350-100-F is most commonly used in automotive and medical devices, as well as office equipment. It is also used in industrial applications such as pick and place machines and other automated machinery.

The SLP3-350-100-F is especially well-suited for automotive applications, as it is able to overcome challenging environments such as extremes in temperature, pressure, vibration and humidity. In the automotive industry, the SLP3-350-100-F is often used for vision systems, environment sensing, and automotive electrical systems.

The SLP3-350-100-F Working Principle

The SLP3-350-100-F is a hollow absorptive light pipe that consists of a clear tube and absorbent material. The absorbent material collects light from the source and transports it along the length of the light pipe. The light is then re-emitted through the clear tube, allowing it to reach its destination.

The SLP3-350-100-F light pipe is composed of a specialized material known as polymethylmethacrylate (PMMA). PMMA is a thermoplastic material that is resistant to UV rays, which makes it an ideal material for transmitting light over long distances. The SLP3-350-100-F also prevents light leakage and has excellent thermal stability.

Conclusion

The SLP3-350-100-F is a popular light pipe that is used in a variety of applications, ranging from automotive to medical. It is composed of polymethylmethacrylate (PMMA) material, which is resistant to UV rays and has excellent thermal stability. The SLP3-350-100-F is a cost effective solution for guiding light across large distances, and is often used in vision systems, environment sensing, and automotive electrical systems.

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