GP1UE282GKVF

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Optical Sensors are devices used to detect and measure the presence and or changes in light levels. Among these, Photo Detectors are devices which convert light into electrical signals which can then be used to measure, display and control varying light levels. Remote Receivers are constructed as receiver photo detectors for sensing light from remote optical sources such as LED’s, lasers or other optical sensors.

Among these Remote Receivers the GP1UE282GKVF is a high performance receiver photo detector fabricated on GaAsP multi quantum well substrate. This device is suitable to be used for measuring specific light levels from remote optical sources such as lasers, LED’s etc over a range of distances.

This device is constructed from three layers of AlGaInP luminescent material; a top gallium arsenide phosphide (GaAsP) layer, an active quantum well layer and an n-type layer. The top GaAsP layer provides an efficient way to capture photons from the remote optical source and direct them into the quantum well. The quantum well layer includes an array of electrons and holes, which provide an electric field for the conversion of the photons into a voltage. The n-type layer provides the structure with the necessary high field regions which further produce the transformed voltage.

The GP1UE282GKVF provides a robust and reliable system to detect light from remote optical sources. The integrated device is highly efficient in detecting ultra-violet and visible light over a range of distances. The device’s small form factor allows it to be used in a wide range of applications including optical communication systems, automotive lighting systems, intelligent lighting systems, augmented and virtual reality systems, head-mounted displays, detection and tracking systems and laser scanning systems.

The GP1UE282GKVF is well equipped to detect and measure ultra-violet and visible light from remote optical sources with the utmost reliability and accuracy. The device receives the light signal and undergoes conversion to transformed voltage which can be measured using various types of electrical circuitry. The device also provides a wide range of gain and voltage ripple control to allow the application to detect light over a range of distances and angles. The device is built to provide flexibility to the entire system with low power consumption and high speed operation.

In conclusion, the GP1UE282GKVF remote receiver is a device which offers a reliable, efficient and versatile system for detecting light from remote optical sources. Its high performance over a range of distances and angles makes it suitable for usage in various industries. The small form factor and low power consumption adds an extra level of convenience to the entire system.

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