Magnetostrictive sensors rely on the Weidemann effect to measure position or velocity. When a wire is subjected to a magnetic field oriented parallel to its length, and a current is passed …

Magnetostrictive Position Sensor: A magnetostrictive position sensor usually consists of a magnetostrictive wire (or called waveguide, serving as the measuring element), a permanent …

The sensor senses the position of the permanent (position) magnet to determine the distance between the permanent magnet and the sensor head. There are five main components of the …

Jun 18, 2021 · Magnetostrictive sensor configurations that measure motion, stress or force, torque, magnetic fields, target characteristics, and miscellaneous effects are discussed. The …

Application examples from various industrial sectors demonstrate the wide range of uses for magnetostrictive position sensors. They are used for precise position and speed measurement …

Jun 26, 2025 · Explore the advanced technology behind magnetostrictive sensors, including their core components, advantages over traditional sensors, and key factors for selection.

Magnetostrictive sensor is used for measuring linear displacement. It's composed of magnetostrictive sensitive element (waveguide), electrical circuit, protection housing and non …

May 9, 2025 · A magnetostrictive sensor is a type of position or displacement sensor that leverages the magnetostrictive effect to detect changes in position or distance.

May 6, 2021 · Magnetostrictive sensors have very high accuracy and contactless operation, which provides an extremely long mechanical lifetime. The sensors are available as linear sensors …

Magnetostrictive sensor is used for continuously, precisely and real-time position and velocity measurement of various moving parts under harsh environments. The absence of electrical …