SD101201

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

Introduction to SD101201 Magnetic Sensor

The SD-101201 magnetic sensor is a reliable and flexible tool designed to measure the orientation and direction of a magnetic field. The sensor uses a linear Hall effect, allowing easy detection of a wide range of fields. It is specifically designed for applications where reliable, accurate and repeatable measurements are needed, such as precision agriculture, industrial automation and robotics. This article will discuss the application field and working principle of the SD-101201 magnetic sensor.

Application Field of the SD10120 Magnetic Sensor

The SD-101201 sensor is perfect for applications requiring accurate, reliable, and repeatable sensing of magnetic fields. It is highly accurate and reliable, and can be used for measuring the orientation and direction of magnetic fields. The sensor is capable of sensing magnetic fields in an extremely wide range, from 0.03 gauss to 1024 gauss, which makes it an ideal choice for applications requiring extreme sensitivity to small magnetic fields. It is also suitable for larger fields such as those found in electric motors.

The sensor is especially well-suited for measuring orientation of electric motors, satellite antenna, wind turbines, and more. It can be used in many challenging applications such as controlling robots, navigational vehicles, and other motion control systems. In addition, the sensor is also suitable for use in scientific experiments, industrial automation, and medical device development.

The SD-101201 is designed with flexibility and reliability in mind, allowing for a wide range of applications. With its easy to use interface, the sensor is an ideal choice for those working in various fields.

Working Principle of the SD101201 Magnetic Sensor

The SD-101201 magnetic sensor works on the principle of the linear Hall effect. The Hall effect is the voltage potential generated between two parallel surfaces when a magnetic field is subjected to them. When the SD-101201 magnetic sensor is exposed to an external magnetic field, the Hall effect produces an output voltage that is proportional to the magnitude of the field. By measuring this voltage, the orientation and direction of the magnetic field can easily be determined.

The sensor includes an amplifier that amplifies the Hall effect voltage and a built-in temperature compensation that ensures accurate results even if the environment changes. With the preamplifier and temperature compensation built-in, the SD-101201 is ideal for applications that require low power and interaction with other components.

Conclusion:

The SD-101201 magnetic sensor is designed to measure the orientation and direction of a magnetic field. It is especially well-suited for measuring orientation of electric motors, satellite antenna, wind turbines, and more. The sensor works on the principle of the linear Hall effect and includes an amplifier that amplifies the Hall effect voltage, as well as a built-in temperature compensation. The SD-101201 magnetic sensor is highly reliable, accurate and repeatable, making it an ideal choice for a wide range of application

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