01036-703

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Encoders, such as the 01036-703, are mechanical or optical devices used to measure displacement and speed. They come in two varieties; absolute and incremental. The 01036-703 is an incremental type and, as such, accurately measures the rotational rate or angular displacement of an object. It converts mechanical motion into electrical signals and, as such, is used to provide input data to digital systems. In this article, we will discuss the 01036-703 application field and working principle.

01036-703 Application Field

The 01036-703 is a popular encoder choice utilized in applications such as automotive, robotics, medical, aerospace, aerospace, and industrial automation. Its small size, reliability, and resistance to fatigue and vibration make it particularly suitable for use in high-performance systems. It is also highly resistant to temperature variations and is often utilized in harsh environments. Additionally, its low-voltage output makes ideal for use in low-power applications.

01036-703 Working Principle

The 01036-703 encoder works by utilizing a portion of its body that can move relative to the body as a whole. This portion is called the code wheel and it includes a pattern engraved on its circumference. The pattern is designed to represent a binary code (i.e., a series of 1s and 0s) that the encoder can interpret. A light source and a set of photodiodes, or photosensitive elements, are used to detect the pattern and track the rotation of the code wheel. The encoder then utilizes a code deflection mechanism to scan the code pattern at a high frequency. The signals thus generated are converted into electrical signals that can be interpreted by a digital system.

The 01036-703 utilizes a magnetic sensing principle. This includes a magnet embedded into the code wheel and a Hall Effect sensor used to detect changes in magnetic fields. This allows for a wide range of precision as well as increased resolution in angular position measurements. Additionally, the 01036-703 encoder is capable of outputting its digital signal to either a serial or parallel communication port.

Conclusion

The 01036-703 is a highly reliable and accurate encoder often used in precision applications, such as automotive and robotics, due to its small size, resistance to fatigue and vibration, and its ability to work in harsh environments. It utilizes a Code wheel and photodiodes to measure angular displacement and a magnetic sensing principle to detect changes in magnetic fields. Finally, it is capable of outputting its digital signal to either a serial or parallel communication port.

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