A linear displacement sensor is a sensor that measures the linear displacement of an object in a fixed direction. It converts the change in the object's position into an electrical signal output, typically using principles such as resistance, capacitance, or magnetic fields for measurement. The following are the characteristics and applications of linear displacement sensors:
Features of linear displacement sensors:
High precision: Linear displacement sensors typically have high precision and are capable of measuring minute displacements.
High reliability: Due to its simple structure, it is not easily affected by external interference, thus it has high stability and reliability.
Easy to install: The installation of linear displacement sensors is relatively simple; they can be installed on the object being measured to achieve measurement.
Applications of linear displacement sensors:
Mechanical manufacturing: Linear displacement sensors are widely used in the mechanical manufacturing field, such as machine tools, presses, cranes, conveyors and other equipment, to measure the position and motion trajectory of workpieces or machines.
Automotive industry: Linear displacement sensors are also widely used in the automotive industry, such as accelerator pedal position detection and brake pedal position detection.
Pharmaceuticals and Medical: Linear displacement sensors are also commonly used in pharmaceutical and medical equipment, such as drug dispensing machines, infusion pumps, and surgical robots, to measure the position and movement trajectory of drugs or tools.
