GS100101

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The GS100101 magnetic sensor attaches to a rotating ferrous metal surface and measures the absolute angle of the shaft. It works by using hall effect technology, which is an electronic phenomenon that occurs when a charged particle is exposed to a magnetic field. The GS100101 magnetic sensor is a digital device that converts data from analog to digital form. It is also known as a position, proximity or speed module. This module is used to measure the absolute angular position of a shaft.

The GS100101 application field includes the position and speed control of motors, encoders and other devices. It is widely used in automotive, industrial, medical and consumer electronics. The GS100101 is an economical and reliable sensor that is suitable for a wide variety of applications.

The working principle of the GS100101 magnetic sensor can be divided into two parts: hall effect sensing and data conversion. When the voltage or current is applied between two electrodes, the electrons in the circuit will be influenced by the external magnetic field, which will cause the electric potential between the two electrodes to vary. The voltage output from the hall effect sensor is proportional to this variation. The word “proportional” here means that the voltage output from the hall effect sensor will increase as the external magnetic field strength increases. This output voltage will be proportional to the magnetic field intensity.

The output voltage from the hall effect sensor is then converted to digital data by using analog-to-digital converters. The digital data can then be processed by a microprocessor to determine the absolute angular position of the shaft. The processed information can then be used by the system to control the position and speed of the motor, encoder or other devices.

The GS100101 magnetic sensor is a reliable and economical module that can accurately measure the absolute angular position of a shaft. It is easy to use with a wide variety of applications and can be used for both position and speed control. The module is also stable over temperature and is suitable for use in a wide variety of environments. It is a cost-effective choice for any applications that require reliable and accurate measurements of angular position.

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