AEDR-8711-102

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Encoding technology is used to convert physical sensor readings into electrical signals that can be used to control or monitor mechanisms according to user-defined parameters. For instance, encoders can be used to monitor the linear distance traveled by an axle or measure a motor’s absolute position within a predetermined range. Advanced Encoders Digital Readout System-8711-102 (AEDR-8711-102) is a multi-application digital encoder designed to feature superior performance, overwhelming flexibility and accuracy, and product customization.

The AEDR-8711-102 is designed to read multiple types of encoders such as linear, rotary, absolute and incremental encoders, as well as tachometers, resolvers and absolute angle encoder systems. In addition, the encoder is capable of accepting other AEDR-series encoders and offer them with broad range of customized solutions, such as standard functions, coder resolutions, and compatibility with other devices. Other features of the AEDR-8711-102 include flexible communications with various host systems, industry standard protocols, and multimedia database support.

The operation of the AEDR-8711-102 is based on the principle of electrical-transduction, whereby the physical input is converted into an electrical signal. This is accomplished by passing an electrical current through a stationary encoder and measuring the changing output voltage. The sensor is then converted to electrical pulses by an internal amplifier, with the pulse repetition rate and pulse width being proportional to the physical input. The pulses created by the AEDR-8711-102 are then used to generate a digital readout.

This digital encoder provides a high level of accuracy, with a resolution of 16 bit Gray code available and a reading rate of up to 10 times per revolution. It also features built-in speed detection, differential quadrature signals, over voltage protection and power up motion detection.

The AEDR-8711-102 is designed for use in a wide range of applications, from automotive, medical, industrial, and military systems where performance and accuracy are critical. Its versatility and accuracy make it a perfect choice for applications such as motor control, position and velocity sensing, rotary and linear displacement monitoring, rotary motion measuring, and incremental angle measurement. It is also suitable for use in a wide variety of sensorless systems, such as pressure, temperature, and motion sensors. Moreover, its flexibility provides users with the ability to configure the encoder to accommodate their specific application requirements.

In conclusion, the AEDR-8711-102 is an advanced multifunctional digital encoder that features superior performance, flexibility, and accuracy. It provides a wide range of applications in motor control and sensorless systems, making it an ideal choice for high- precision and high-performance applications.

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