Based on the Hall principle, we generally recommend closed circuit current sensors for true effective value current sensors.

With the rapid development of technology, Micro Electro Mechanical Systems (MEMS) sensors, as outstanding representatives of modern technology, are gradually becoming a key force in promoting social progress and industrial upgrading. In 2025, MEMS sensors will continue to make efforts in multiple fields, leading the technological trend and bringing unprecedented changes to human society with their significant advantages of miniaturization, integration, and intelligence.

In the heart of modern cars - inside the engine, a seemingly inconspicuous but crucial component is silently working, which is the crankshaft position sensor. As a key component of the engine management system, the crankshaft position sensor not only monitors the operating status of the engine, but also directly participates in core control processes such as ignition and fuel injection. This article will take you on a deep exploration of the mysteries of crankshaft position sensors, revealing their working principles, types, importance, and applications in modern automotive technology.

In today's era of rapid technological advancement, sensors play a crucial role in the field of detection as the "tentacles" that perceive the world. They are not only windows for us to understand the surrounding environment, but also the key to achieving automation and intelligent control. This article will delve into the importance of sensors in the field of detection, revealing their working principles, wide applications, and impact on the future.

Flexible and stretchable physical sensors with omnidirectional sensing capabilities are of great significance in addressing complex, variable, and dynamic real-world scenarios in medical monitoring, human motion detection, and human-machine interfaces. In order to quantify vibration and deformation stimuli, stretchable strain sensors play a crucial role in wearable electronic products and electronic skins, with the advantages of high flexibility, simplicity, and consistency.

Vibration acceleration sensors are like the "inner ear" of the human body. The vestibular system in the inner ear is responsible for sensing body movements and positional changes. Similarly, vibration acceleration sensors sense motion states by detecting object vibrations or acceleration changes. It can convert mechanical vibration into electrical signals to help monitor the vibration of equipment, and is widely used in industrial equipment monitoring, automotive safety, and other fields.