Combining cost-effectiveness and high precision, inductive sensing is expanding into more applications 1

Inductive sensors are increasingly becoming an indispensable technical component in various industries due to their unique working principle and excellent performance. This type of sensor relies on the principle of electromagnetic induction to detect or measure the position, movement, metal properties, etc. of an object, without the need for direct contact with the measured object, thus possessing the characteristics of durability, reliability, and high accuracy. With the development of technology, the cost-effectiveness of inductive sensors continues to improve, and their application scope is also constantly expanding, becoming one of the key factors driving progress in many industries.diode

The working principle of inductive sensors

The core part of an inductive sensor is a coil, and when a conductive object approaches, the surrounding magnetic field changes, thereby altering the inductance of the coil. This change can be detected by sensor circuits and converted into electrical signals for output, thereby achieving detection and measurement of objects. Due to its working principle, the AD8609ARUZ inductive sensor is insensitive to non-conductive materials, making them highly suitable for detecting metal objects.diode

Advantages of Inductive Sensors

1. Contactless measurement: Due to the lack of direct contact with objects, inductive sensors do not wear down the measured objects, greatly improving their durability and service life.diode

2. High precision: Inductive sensors can provide very accurate measurement results, which is particularly important for applications that require high-precision positioning and detection.diode