PLTR5-48MM-PR2

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Optics - Light Pipes refers to specialized devices that are used to transfer light from one end to another end without any adverse effect of reflected light. Light pipes also provide an efficient way of connecting illuminants or transmitters with other optical components. PLTR5-48MM-PR2 is one such light pipe that has wide applications in different spectra.

The PLTR5-48MM-PR2 light pipe is a perfluorinated polymer light pipe, which gets its name from its dimensional specifications. It is 48mm long, 5mm wide and has a PR2 profile.The device has a high intensity strength of 2500 mW/6 cm-1 and provides excellent transmission of UV-Vis-NIR and FTIR in the range of 300 nm to 2000 nm.It has an operating temperature range of -20°C to +80°C and the walls of the device are protected from dust and moisture by a fluoropolymer coating.

The working principle of the PLTR5-48MM-PR2 is simple. It consists of two components, an innerlightguide and an outer shell, which control the way light passes through the device.The inner light guide consists of a light-conducting material, such as optical resin or a reflective silica material, which allows light to pass freely within the device. The outer shell protects the delicate inner components, preventing them from damage caused by impacts or heat. By using reflections, the light is bounced off in various angles and through the device reaching the end-user at the other end.

The features of the PLTR5-48MM-PR2 make it suitable for a range of applications. It is an ideal device for transmitting light in medical and laboratory equipment, LED lighting system, projection systems and solar cells. The device can also be used for dimming and controlling the intensity of light for industrial lighting equipment.The device is also usedin automotive and communications to transfer signals through light pipes.

The PLTR5-48MM-PR2 light pipeis a highly efficient optical device that can transfer light over long distances without any losses. The device has a wide variety of applications in different spectra and its durable construction helps it withstand a variety of environmental conditions. It is the perfect light pipe for applications that require efficient and long-distance transmission of light.

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