LPR5-1000-2500FP

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Optics, the branch of physics that studies the properties of light, is a crucial part of our lives, offering insights to the natural world, techniques to study matter, and even medical treatments. One of the seminal applications in optics is the light pipe, a device through which an optical signal can be sent with minimal interference. The LPR5-1000-2500FP is one such light pipe, utilizing both mechanical and optical technology to send light along various lengths without much attenuation, making it an ideal choice for a variety of applications. In this article, we discuss the application field and working principles of the LPR5-1000-2500FP light pipe.

The LPR5-1000-2500FP is a light pipe designed for high-power applications ranging from 1KW to 2.5KW. It is composed of two separate components, the outer body and the interior. The outer body is composed of an aluminum alloy and is designed to provide thermal protection and shock resistance, as well as provide mechanical mounting points for other components. This outer shell is a crucial aspect of the LPR5-1000-2500FP, as it provides the structural integrity to ensure a reliable connection.

The interior of the LPR5-1000-2500FP is composed of a series of high-index optical fibers arranged in an off-axis geometry. This configuration is used to minimize attenuation of the optical signals passing through the light pipe, while still providing highly efficient transmission of the light. The optical fibers used are some of the highest performing available, offering high transmittance, low polarizaion sensitivity, and an ability to be bent double-sidedly to provide the necessary off-axis geometry. With this combination of features, the LPR5-1000-2500FP provides a high transmittance with minimal interference from external sources.

The use of a light pipe in optical applications is not new, and the LPR5-1000-2500FP provides a much-needed update on this technology. It is an ideal choice for applications requiring high power delivery, such as laser machining, medical treatments, and even optical imaging systems. The use of the light pipe in such applications has a number of benefits, including the minimization of optical noise, improved temperature and electrical resistance, and the ability to transmit optical signals over long distances with reduced attenuation.

The working principles of the LPR5-1000-2500FP are relatively simple. When the optical signal enters the light pipe, it encounters the high-index optical fibers within. These fibers are arranged in an off-axis geometry, which helps to minimize optical noise. The optical fibers then guide the signal along the length of the light pipe, with minimal interference from external sources and minimal attenuation. This process is repeated along the entire length of the light pipe, resulting in nearly efficient transmission of the optical signal.

In summary, the LPR5-1000-2500FP is a light pipe designed for high-power applications from 1KW to 2.5KW. Its construction of an aluminum outer shell and high-index optical fibers in an off-axis geometry ensures minimal attenuation of the optical signal passing through it. The LPR5-1000-2500FP is ideal for applications requiring high power delivery, such as laser machining, medical treatments, and optical imaging systems. Finally, the working principles of the LPR5-1000-2500FP are relatively simple; the optical signal is guided through the light pipe with minimal interference, resulting in nearly efficient transmission of the signal.

The specific data is subject to PDF, and the above content is for reference