What is an inductive sensor? The basic structure, characteristics, working principle, application, classification, testing circuit, common fault phenomena and causes of inductive sensors 1

Inductive sensor is a TPS54060DGQR sensor that converts physical quantities into electrical signals. It utilizes the characteristics of inductive components to obtain information about the measured physical quantity by measuring the inductance value of the inductive component. The following will introduce the basic structure, characteristics, working principle, application, classification, testing circuit, common fault phenomena and causes of inductive sensors.diode

1、 Basic structure:

The basic structure of an inductive sensor includes a coil, a magnetic core, and a housing. Coils are usually wound with insulated wires and connected to measurement circuits. Magnetic cores are made of magnetic materials such as iron, nickel, and silicon, and are used to enhance the magnetic field in coils. The casing is used to protect the coil and magnetic core, and provide mechanical support and fixation.diode

2、 Characteristics:

1. High sensitivity: Inductive components are very sensitive to changes in the measured physical quantity and can detect small changes in real time.

2. High precision: Inductive sensors have high accuracy and can accurately measure the numerical value of the measured physical quantity.

3. High reliability: Inductive sensors have a simple structure, stable and reliable operation, and a long service life.diode

4. Wide measurement range: Inductive sensors can measure various physical quantities, such as displacement, pressure, flow rate, etc.

5. Quick response: Inductive sensors have a fast response speed and can detect changes in the measured physical quantity in real time.diode