PLTR5-72MM-PR2

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Optics - Light Pipes involve the manipulation and control of light in applications such as fiber-optic data transmission, instrumentation, and lighting. The PLTR5-72MM-PR2 is designed for use in a range of applications, such as in communication systems, medical imaging, and consumer applications. The device functions by using light to transfer and control both electrical and optical signals.

The PLTR5-72MM-PR2 utilizes waveguiding, which is a form of beam propagation. A waveguide is a cable or channel that is designed to transmit an electromagnetic wave or light, with minimal loss of energy. The device consists of a cladding layer, which is an outer region of the waveguide with an index of refraction lesser than that of the core, and a core layer, which is the inner region of the waveguide with an index of refraction greater than that of the cladding. The core and cladding composition can be tailored to enable optimum performance for particular applications.

Light signals entering the waveguide at a particular angle interact with the core and cladding layers to create an optical pathway along the circumference of the waveguide. The waveguide then guides the light through the core, transmitting signals in an efficient manner and minimizing energy loss. This process allows the PLTR5-72MM-PR2 to transfer digital signals (e.g. data or optical signals) with minimal distortion.

The PLTR5-72MM-PR2 is a single mode light pipe designed for applications in which optical performance is of utmost importance. Its core and cladding layers are composed of HI 7102PM, an optical glass material that is designed to maximize optical performance and minimize signal loss. This material enables the device to transmit signals over longer distances and with higher signal-to-noise ratio, compared to other light pipes.

In addition, the device is designed to operate in both harsh and standard environments. Its construction utilizes high-temperature silica-based epoxy and adjustable bevels, enabling it to operate in temperatures ranging from -50 °C to +50 °C. Additionally, its robust construction and sizeable size (62.7mm diameter with 5 channels) allows the device to withstand shock and vibration up to 9,000 G.

The PLTR5-72MM-PR2 can be used in a variety of applications where optical performance is critical. In medical imaging, the device can be utilized for image perception and capture, such as endoscopy. The device can also be used in communications systems for fiber optic digital transmissions, and in consumer applications for concentration and illumination of light sources. Its unique design and superior performance offers wide range of applications in the field of optics - light pipes.

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