Circuit Design and Selection for Current Detection Using Linear Hall Sensors

Circuit Design and Selection for Current Detection Using Linear Hall Sensors

Hello everyone, I am Yi. Let’s continue with the design and selection of current detection circuits. In the previous article, we analyzed the resistance method for measuring current, and found that the limitation of the resistance method is that it introduces power loss, making it unsuitable for measuring large currents. For measuring large currents, Hall … Read more

Basic Principles and Detection Principles of Hall Current Sensors

Basic Principles and Detection Principles of Hall Current Sensors

For more in-depth information and reports in the sensor industry, and to learn about sensor technology, sensor and testing technology, IoT sensor technology, and other sensor knowledge, please follow the Sensor Expert WeChat public account and set it as a star to view past content. The Hall current sensor is based on the magnetic balance … Read more

Industrial Speed Sensors: Essential Tools for Speed Detection

Industrial Speed Sensors: Essential Tools for Speed Detection

In the field of modern industrial automation, speed measurement is an essential part of control systems. Industrial speed sensors act like the “eyes” of equipment operation, providing precise and real-time speed monitoring solutions for various machinery. From conveyor belts to robots, and from printing equipment to metallurgical production lines, speed sensors have quietly become the … Read more

Understanding Hall Effect Sensors: Principles, Applications, and Arduino Interface

Understanding Hall Effect Sensors: Principles, Applications, and Arduino Interface

Hall Effect Sensors are magnetic field sensors made based on the Hall effect. When a constant current flows through the internal Hall semiconductor chip, a potential difference, known as Hall voltage, is generated in the perpendicular direction. This Hall voltage changes with the strength of the magnetic field; the stronger the magnetic field, the higher … Read more