LPR5-1250-2500DP

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Light pipes are highly efficient waveguides for collecting, guiding, and focusing light. Light pipes can be used to propagate and transport light over long distances with minimal signal loss. The LPR5-1250-2500DP is a cylindrical light pipe designed to transfer optical energy over longer distances than traditional optical fibers. The application fields and working principle of this light pipe will be discussed in this paper.

Light pipes are commonly used in applications such as medical imaging, lighting, machine vision, astronomy, and aerospace. In medical diagnostics, light pipes are used to transport light from an illuminating source to a target object. This is achieved by collecting the light from the source and then transmitting it through the pipe. In lighting applications, light pipes are used to transmit light from the source to a remote location, allowing lighting designers to create a lighting system without the need for long wiring runs. In machine vision and astronomy, light pipes are used to collect light from a distant object and focus it onto a detector or camera. In aerospace, light pipes are used to collect and direct light signals from sensors in satellite applications.

The LPR5-1250-2500DP is a cylindrical light pipe with a transmission length of 1250-2500 mm that is designed to transfer optical energy over long distances with minimal signal loss. It is made of high quality dielectric material that minimizes reflections and absorbance. The light pipe utilizes total internal reflection (TIR) technology to guide the optical signal along the length of the pipe. The light pipe has a very low propagation attenuation rate, allowing it to transmit optical signals of various frequencies over long distances with minimal signal loss. It is also resistant to water and dust, which makes it suitable for use in a variety of harsh environments.

The primary application of the cylindrical light pipe is collecting and transmitting light over long distances. The light pipe collects the light from the source and uses a combination of TIR and refraction to direct the light along its length. The graded index (GRIN) lens at one end of the pipe allows the light to enter, while the GRIN lens at the other end of the pipe focuses the light onto the desired target. This means that the light reaches its target with minimal signal loss, allowing it to be used for a variety of applications.

The cylindrical light pipe is a highly efficient waveguide for collecting, guiding, and focusing light. It is designed to transport light over long distances with minimal signal loss, making it ideal for medical imaging, lighting, machine vision, astronomy, and aerospace applications. The use of TIR technology and GRIN lenses also allow the cylindrical light pipe to transmit optical signals of various frequencies over long distances in harsh environments.

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