AEDM-5810-Z12

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Encoders

Encoders are electro-mechanical devices used to encode and decode information. Generally, they are used to convert physical signals into digital signals that can be analyzed, stored, and used for communication. Encoders play an important role in modern automation and industrial applications. This article will focus on AEDM-5810-Z12 encoders and their application field and working principle.

AEDM-5810-Z12

The AEDM-5810-Z12 is a rotary encoder from the AEDM-5810 family by Avda-Tech. It can be used to accurately measure the angle of a motor shaft and convert it into an electrical signal. This encoder module uses Hall elements and magnetoresistive transducers to detect the rotation of a motor shaft, then produces and outputs a corresponding electrical signal. The encoder module features a small size, high precision, low operating voltage, and polarity protection.

Application Field

The AEDM-5810-Z12 encoder is mainly used for the measurement of rotation angle, angular speed and direction, and it can also be used for position control in the fields of industrial automation, semiconductor equipment, medical equipment, aerospace, and robotics.In industrial automation, the encoder module can be used to measure the motor shaft speed, direction, and rotation angle. This is helpful in controlling the motion of the plant components or machines. The encoder module is also used to detect the angle displacement in electric actuators and rotating valves.In semiconductor manufacturing and inspection, the encoder module can be used to measure the angle of a guide rail for controlling its position, as well as to measure the rotation angle of lithographic steppers for accurately controlling the printing process.The encoder module can also be used in medical devices such as CT scanners, for measuring the angular displacement of the components. In aerospace, the AEDM-5810-Z12 encoder module can be used to measure the rotation angle of helicopter rotors and aircraft engines. Finally, in robotics, the encoder module can be used for precisely measuring the rotation angles of various robotic elements.

Working Principle

The AEDM-5810-Z12 encoder module consists of three components: a Hall element, a magnetoresistive transducer, and a signal processor. The Hall element detects the rotation of a permanent magnet attached to the motor shaft. The magnetoresistive transducer converts the Hall signal into an electrical signal. The signal processor completes the result analysis, then generates the related parameters. Finally, the processor outputs an electrical signal that is proportional to the angle of the motor shaft.

Specifically, when a permanent magnet attached to the motor shaft rotates, the Hall element senses the change in the magnetic field and transforms it into a voltage signal. The voltage signal is then converted into a current signal by the magnetoresistive transducer, which is then sent to the processor. The processor performs signal analysis and then outputs the corresponding electrical signal, which is proportional to the rotation angle of the motor shaft.

In conclusion, the AEDM-5810-Z12 encoder module can be used in various industrial and commercial applications to measure the rotation angle and direction of the motor shaft, as well as the speed. It features a small size, polarity protection, and excellent accuracy.

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