Key features

• •Working Principle: By detecting changes in physical quantities such as resistance, magnetic induction or photoelectricity inside the sensor, the displacement is converted into an electrical signal output.
• •Measuring range: Usually used to measure linear displacement, suitable for different application scenarios.
• •Accuracy: Linear displacement sensors can achieve high-resolution measurements and are often used for position detection that requires precise control.
• •Various types: including resistive (potentiometer type), inductive, photoelectric and magnetostrictive types to meet different measurement needs.
• •Wide range of applications: Widely used in mechanical automation, robotics, automotive engineering, aerospace and other fields of displacement and feedback control.