PLP1-2.5MM-D Optoelectronics

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The PLP1-2.5MM-D is an optical device found in Optics – Light Pipes, making it ideal for many applications. Light Pipes are commonly used for transmitting light from one source to another, usually across some kind of distances. They are also referred to as hollow waveguides, since they use hollow tubular mediums to get the light from the source to the destination.

The PLP1-2.5MM-D consists of a light emitting diode, a plastic body, and a fiber optic cable. The plastic body is what transfers the light from the LED and into the fiber optic cable, which is then transmitted to its destination. The plastic body acts as a connector between the LED and the fiber cable, allowing for easy assembly of the device.

The primary application of the PLP1-2.5MM-D is in industrial and medical applications, where it is used to transfer light from a source to a desired location. For example, the device can be used to transfer a laser from a laser machine to a microscope, or to transfer a light from a scanning device to a measuring device. The device can also be used in lighting systems, where different colors of lights are used to illuminate a particular area.

The working principle of the PLP1-2.5MM-D is quite simple and straightforward. The LED emits light, which is then transferred to the plastic body and then transmitted to the fiber cable. The light is then directed to the destination. This is done by the use of special lenses or mirrors, which are used to focus the light on its destination. This makes the PLP1-2.5MM-D an ideal tool for transferring light in any application.

The PLP1-2.5MM-D is a reliable and efficient light pipe, making it an excellent choice for many different applications. It is easy to assemble and configure, and provides high quality light transmission. This makes it ideal for industrial, medical, and lighting applications. It is also relatively inexpensive, making it a great option for companies looking for a simpler and more cost effective solution for their application.

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