MC-S121

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Magnetic sensors are significantly used in automotive, industrial and consumer applications. The MC-S121 position, proximity, speed (module) is a revolutionary type of magnetic sensor that integrates various types of sensors into one multi-function system. This section will provide a detailed description of the application field of the MC-S121 and the working principle of the device.

Application Field of MC-S121

The MC-S121 magnetic sensor can be used in various applications including automotive, industrial, and consumer applications. With respect to automotive applications, the MC-S121 can be used for numerous functions such as detecting position, fuel level, engine or transmission position, engine speed, and wheel speed. In the industrial field, the MC-S121 can be used to measure displacement, flow rate, speed, direction, and flow rate of various types of fluids including air and water. The MC-S121 can also be used in consumer applications such as providing information on the position and speed of electric bicycles, wheelchairs, or other personal mobility devices.

Working Principle of MC-S121

The MC-S121 is a multi-function magnetic sensor that uses both Hall-effect and differential voltage sensors to determine the position, proximity, and speed of a rotating or a linear moving object. The device consists of four distinct components - the Hall-effect sensor, a differential voltage sensor (DVS), a microcontroller, and an Analog-to-Digital Converter (ADC). The Hall-effect sensor generates a signal according to the magnetic field created by either the magnet attached to the object or the magnetic field created by current or voltage applied to a coil. The differential voltage sensor measures the position and speed of the sensor using two magnetic field sensors. The microcontroller processes the input signal from the Hall-effect and DVS sensors and generates a digital output. The ADC then converts the signal into a proportional analog voltage output that is sent to the system.

The MC-S121 is capable of operating in different types of environment. It can detect the absolute position of an object in either a linear or rotary motion using the Hall-effect sensor. Furthermore, it is able to detect the rotational speed of an object using the differential voltage sensor. In addition, the MC-S121 is capable of detecting the proximity of an object. Using the Hall-effect sensor and a magnet, the MC-S121 can detect the proximity of an object or its motion without the need of contact. This enables the MC-S121 to be used in applications where non-contact sensing is required.

Conclusion

The MC-S121 magnetic sensor is a revolutionary device that integrates various types of position, proximity, and speed sensors into one multifunction system. This enables the MC-S121 to be used in automotive, industrial, and consumer applications. The MC-S121 uses both Hall-effect and differential voltage sensors to measure the position, proximity, and speed of a moving object. The MC-S121 can operate in different environments and is capable of detecting contacts and proximity without the need of direct contact.

The specific data is subject to PDF, and the above content is for reference