AMT112Q-V-0256

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Ecoders are devices used to determine the speed and direction of a rotating device, such as an electric motor, or the angular displacement of a linear or rotary device. The AMT112Q-V-0256 is a magnetic encoder of absolute type. This article will explain the application field and working principle of the AMT112Q-V-0256.

Application Field of the AMT112Q-V-0256 Magnetic Encoder

The AMT112Q-V-0256 is a compact encoder that can fit in a limited space. It is a high-resolution magnetic encoder that has a resolution of up to 20,000 counts per revolution. It features a dual-channel output with two digital outputs and one analog output for signal processing. It is ideal for applications such as robotics, medical, defense, hi-fi and automotive. The AMT112Q-V-0256 magnetic encoder is a cost-effective solution for applications that require precise control of motion.

Working Principle of the AMT112Q-V-0256 Magnetic Encoder

The working principle of the AMT112Q-V-0256 is based on a combination of active and passive components. The active components of the encoder include the magnets, Hall effect sensors and optical sensors. The passive components include the stator and rotor. The magnet systems mounted on the rotor generate an alternating magnetic field which is detected by the Hall effect sensors. The Hall effect sensors detect the magnetic field signal and send it to the optical sensors which convert the signal to electrical signals. The electrical signal is then processed by the encoder to produce the position and speed of the motor. In summary, the AMT112Q-V-0256 magnetic encoder works by detecting the alternating magnetic field of the magnet system and converting it to electrical signals which can then be processed by the encoder to determine the position and speed of the motor.

The AMT112Q-V-0256 encoder is a reliable, cost-effective encoder that is suitable for applications that require precise control of motion. It features a dual-channel output with two digital outputs and one analog output for signal processing. It is ideal for applications such as robotics, medical, defense, hi-fi and automotive. The working principle of the AMT112Q-V-0256 is based on a combination of active and passive components. The active components include the magnets, Hall effect sensors and optical sensors, while the passive components include the stator and rotor.

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