AR35-S13

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Encoders are used in a variety of applications to transform input parameters such as speed, acceleration, position, and force and convert them into digital signals. AR35-S13 is a type of encoder, which is applicable in a wide range of environments and is extremely reliable and accurate. This article will discuss the application field and working principle of AR35-S13 encoder.

Application Field
AR35-S13 encoders are widely used in industrial automation, medical monitoring, vehicle tracking, robotics, gaming industry and so on. It adopts ultra-precise laser measuring technology and high-performance signal processing to achieve high precision, speed and resolution. It has high anti-interference capability and can ensure the accuracy and reliability of data in complex electromagnetic environment.

Working Principle
The working principle of AR35-S13 encoder is based on the optical measurement principle. It consists of two components: transmitter and receiver. The transmitter is made up of a laser source, a light receiving element and a light reflection element. The transmission of laser is modulated by the light transmitting element. The receiver incorporates a photodetector and a control circuit. The light receiving element reflects the laser back to the photodetector and the control circuit will convert this signal into digital signal for further use. The amount of light can vary depending on the reflecting angle of the light, enabling the encoder to accurately measure the speed and acceleration of the rotating shaft.

Advantages
The advantages of using AR35-S13 encoder are:

• High resolution and accuracy.
• Fast speed.
• High signal strength.
• High reliability and stability.
• Compact size.
• Easy installation and maintenance.

Conclusion
AR35-S13 encoders are widely used in a variety of applications because of its high accuracy, resolution, signal strength, and reliability. Its compact size and easy installation and maintenance also make it an ideal choice for industrial automation, medical monitoring, vehicle tracking, robotics, gaming industry and so on. The optical measurement principle makes it possible to accurately measure the speed and velocity of rotating shafts.

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