LPR5-1000-1500FP

Optics is a scientific field of study that explores the behavior and properties of light. Light pipes are devices used in optics to propagate optical signals over a distance, without introducing significant optical loss or distortion. The LPR5-1000-1500FP, a light pipe relay system, is a powerful tool designed to bridge the gap between optical applications and long-distance communications. It is ideal for data transmission, testing, and measurement in a variety of different environments.

Overview

The LPR5-1000-1500FP is a light pipe relay system that can provide reliable transmission of optical signals over long distances. It comes with a fused fiber interface and can be used to connect multiple remote sites and with other optical components. It is equipped with a built-in power supply and can be powered either from a remote site or from an external power source. It ensures maximum power integrity with its circuit protection and limited short-circuit protection.

Features

The LPR5-1000-1500FP features a wide dynamic range that adjusts to the environment and stays within optical limits. It offers a low signal-to-noise ratio of <0.1:1 and employs a robust and reliable communications link. The system is designed for high-speed data transmission with a very low bit error rate of <1x10-9. Its highly integrated circuitry provides a maximum message throughput of 600 Mbps. It is also capable of bi-directional optical communications, allowing for faster data transmission. The system is also hardened and optimized for extreme outdoor environments.

Applications

The LPR5-1000-1500FP is mainly used in long-distance transmission to bridge optical components with the required distance. It can also be used for remote testing of optical equipment, to measure optical signals over extended distances, and to connect multiple sites with each other. In addition, it can be used in a variety of applications such as the monitoring of solar radiation and the accurate measurement of ambient light in outdoor areas.

Working Principle

The LPR5-1000-1500FP is based on the principle of total internal reflection (TIR). It works by using a series of highly reflective, highly transparent, optical components, such as lenses, mirrors, and light pipes, which are designed to capture and propagate optical signals over long distances without introducing significant optical loss or signal distortion. The system is designed in such a way that when an incoming optical signal is received by one of the components, it is converted into a corresponding electrical signal and is then transmitted through the series of components, which redirect and/or amplify the signal. When the signal reaches the end of the light pipe, it is once again converted into an optical signal and re-transmitted.

Conclusion

The LPR5-1000-1500FP is a powerful light pipe relay system that is designed to bridge the gap between optical applications and long-distance communications. It ensures maximum power integrity with its circuit protection and limited short-circuit protection, making it ideal for data transmission, testing, and measurement in a variety of environments. Its highly integrated circuitry and low bit error rate makes it suitable for high-speed data transmission. In addition, it is also capable of bi-directional optical communications and is hardened and optimized for extreme outdoor conditions.