AEDL-5810-A12

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Introduction

Encoders are a type of equipment that convert analog signals to digital signals. The AEDL-5810-A12 linear encoder, created by Autonics, is a high-precision, high-resolution encoder that is specifically designed for industrial applications. This encoder is able to measure linear speed, linear position, or linear displacement. This article will cover the AEDL-5810-A12 application fields and working principle.

Application Fields

The AEDL-5810-A12 is a versatile encoder that is applicable in a variety of industry fields. This encoder has been found to be particularly useful for machine tools, medical equipment, printing machinery, factory automation, and aerospace applications. The encoder is also suitable for automotive and robotics applications.

Working Principle

The AEDL-5810-A12 encoder is composed of two main parts: the optical reader and the linear scale. The encoder works by combining the two components. The optical reader, which includes a light source, a diaphragm, and an optical sensor, is used to detect the magnetic field in the linear scale. This magnetic field is detected by the optical reader and converted into digital signals.The linear scale consists of a printed circuit board, with alternating magnetic poles embedded in it. As the magnetic poles move along the scale, the optical reader measures the variations of their magnetic field, and output analog signals accordingly. The analog signal is then converted to digital information by the encoder.

Conclusion

The AEDL-5810-A12 encoder is a high-precision, high-resolution encoder specifically designed for industrial applications. It is suitable for use in many industry fields, and is composed of two main parts: the optical reader and the linear scale. The encoder works by detecting the magnetic field variations in the linear scale, which is then converted to digital information by the encoder.

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