ORFLP2-WHT

Introduction

The ORFLP2-WHT is a light-pipe, also known as an optical waveguide, which enables the transfer of optical signals from one point to another. It consists of a flexible transparent medium through which light can propagate in either one or both directions. The ORFLP2-WHT is designed for applications requiring low attenuation over long distances.

Features

The ORFLP2-WHT is ideal for applications where flexibility and high-bandwidth are important. It offers low attenuation over long distances due to its advanced optical design. The ORFLP2-WHT is highly reliable and robust, and it is also relatively easy to install and handle. Furthermore, it is available in various lengths and bend diameters, making it very versatile and well-suited to a variety of applications.

Application Fields

Due to its flexibility and low attenuation, the ORFLP2-WHT is suitable for a range of applications. These include short-range communication systems, indoor lighting systems, terrestrial and satellite communication systems, instrumentation systems, robotics, and medical applications. It can also be used as a substitute for fibre in applications where fibre is difficult to install or use.

Working Principle

The ORFLP2-WHT works by coupling light from a source (usually a laser or LED) into the waveguide. The light propagates through the pipe, reflecting from the inner surface on its journey. The ORFLP2-WHT utilizes total internal reflection (TIR) in order to keep the light contained within the pipe and steer it in the desired direction. This is achieved by bending the light pipe into a desired shape, which helps to keep the light travelling along the desired path. When the light reaches its destination, it is released via an output window or connector.

Conclusion

The ORFLP2-WHT is a highly reliable and efficient light pipe which is versatile and well-suited for a variety of applications. Its advanced optical design ensures low attenuation over long distances, while its flexible construction makes it relatively easy to install and handle. By utilizing total internal reflection, it can help to steer light in the desired direction, making it highly effective for short-range communication systems, indoor lighting systems, and a range of other applications.