KT5RG-2N1116

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Optical Sensors are devices that detect and interpret light signals to measure a particular property. The KT5RG-2N1116 is a differential quadrature receiver which is used in optical applications, such as medical, communication, automotive, industrial and military, to measure the size and shape of a target reflecting light. These types of optical sensors are also sometimes referred to as “photoelectric sensors”, “industrial sensors”, or “optical proximity sensors”.

The KT5RG-2N1116 is a 4-channel quadrature receiver which uses an array of four separate photodiode detectors and a beam of infrared light for the target. The photodiode detectors each detect a separate wavelength of light and the array gives the receiver an enhanced range. The detectors are divided into two differential groups and the outputs of each group are then combined to give a two-channel quadrature signal. The outputs are fed to an analog-to-digital converter and the signal is then squared and stored in a memory.

The receiver is especially suited for applications that require high accuracy and repeatability. Its achieved differential quadrature encoding results in excellent linearity and accuracy in the range of detection. The receiver has a working range of up to 1.5 meters and a resolution of 10mm. It also has comprehensive overload protection which prevents overloads, even when there are large changes in the intensity of the light.

The main application field of the KT5RG-2N1116 is in the industrial sector. It can be used to measure distance, angles and position in hazardous environments such as those experienced in the automotive, aerospace and oil & gas industries. The receiver can be used in applications such as machine guidance systems, flowmeters, and assembly line sizing and positioning. It can also be used to measure size and shape of individual components for robotic assembly.

The working principle of the KT5RG-2N1116 is based on the differential quadrature encoding. This receiver works by using a beam of light to detect a target. The beam of light is split into four separate beams of light, each of which is detected by a photodiode detector. The detectors are divided into two differential groups and the outputs of each group are then combined. The signals are then converted into digital signals which are then fed into a memory. The data stored in the memory is used to determine the size and shape of the target.

Overall, the KT5RG-2N1116 is a highly accurate and reliable optical sensor used to measure the size and shape of a target reflecting light. Its main application is in the industrial sector. Its working principle is based on differential quadrature encoding, in which a beam of light is divided into four separate beams of light and the outputs are combined and the data is fed into a memory. This data can then be used to determine the size and shape of the target.

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