LPC_170_CTP Optoelectronics

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Light pipes are optical components used to transporting light from one location to another. Light pipes help to keep the light intensity constant and uniform throughout the path of optical transmission, can reduce optical losses, and provide a wide range of applications. In particular, the LPC_170_CTP is a kind of light pipe used for many different types of applications. This article will examine the application fields and working principle of the LPC_170_CTP.

The LPC_170_CTP is a kind of light pipe with an outer diameter of approximately 17 mm and an inner diameter of around 4 mm. This light pipe is mainly used for industrial, medical and scientific applications due to its excellent optical transmission properties. It is used in industries to transmit faint or intense light from one location to another. In medical applications, it is used for transmitting light to different parts of a patient\'s body for diagnosis. In scientific applications, it is used for light delivery in microscopy.

In addition, the tube wall of the LPC_170_CTP is made of highly-reflective materials, which helps to reduce optical losses in the light pipe itself. The inner side of the wall is coated with an anti-reflection (AR) coating, which makes the tube capable of transmitting light up to 10 meters with minimal losses. The LPC_170_CTP also comes in two different versions: the standard version and the advanced version.

The working principle of the LPC_170_CTP is relatively simple. Light enters the tube from one end and is then reflected off the walls. The highly-reflective walls of the tube ensure that the light is directed in a specific direction. The inner AR coating helps reduce optical losses while the reflective walls maintain uniformity of light along the length of the tube. The light then exits the tube through the other end.

In conclusion, the LPC_170_CTP is an excellent light pipe that is used for many different types of applications, such as industrial, medical and scientific applications. Its highly-reflective walls help keep the light intensity constant and uniform, while its inner AR coating helps reduce optical losses. Finally, its working principle is relatively simple, with light entering the tube from one end and being reflected off the walls to eventually exit the tube through the other end.

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