AEDC-5570-B12

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The AEDC-5570-B12 encoder is a rotary encoder used in electronic and communication applications. It has a built-in two-channel A/D converter and a high-density signal differential conversion that allows for increased accuracy. Its accuracy is stated as 0.5 degree within the full rotation angle with a linearity error of 15 microns or less.

The encoder is sized to 2.2 inches in diameter and has a resolution of 4,100 pulses per revolution. It also has a mechanical body with a stainless steel shaft and a wear-proof resin protective cover, all of which enable the device to be used in a wide range of dust or water protection applications. The maximum allowable speed of the encoder is 1000rpm.

The AEDC-5570-B12 encoder utilizes a two-channel detection system, in which a movement of the magnet is detected by two Hall-effect elements. This two-channel signal is differentiated using an in-line differential amplifier to provide a high-precision signal. The encoder also utilizes a sampling circuit that converts the analog signals into a digital signal that is used for further processing.

The built-in A/D converter performs A/D conversion of the signals from the terminal learning circuit, which allows for the easy tuning and control. The encoder also includes a linearity control circuit that enables the linearity of the output signal to be adjusted. This circuit can be used to adjust the encoder\'s resolution by up to 200 microns.

The AEDC-5570-B12 encoder is primarily used in applications such as angular position sensing, velocity detection, and low-speed motor controls. It is also used in PLC applications and in other safety control systems that require precise angular position detection. It is also suitable for many other types of electronic applications, such as computer interfaces and robotic control systems.

The AEDC-5570-B12 encoder is ideal for applications that require precise angle detection and linearity control. Its rugged design, high accuracy, and wide range of operation make it a reliable and cost-effective option for a variety of applications.

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