Vishay Intertechnology, Inc. (NYSE: VSH) today introduced a new medium precision position sensor built on inductive ...

In this video, we explain every car engine sensor, detailing their functions, operations, locations, and implications of failure. We cover OBD2 error codes such as P0335, P0118, and P0131. Sensors are ...

Linear position sensors use contact or non-contact methods to measure the speed and/or position of an object. They use use a variety of technologies to detect and measure an object's position and ...

As the demand for greater control and functionality increases, position-sensor-instrumented hydraulic cylinders are becoming more important in the heavy industry, mobile equipment, and subsea worlds.

Download this article in PDF format. We’ve been waiting for a long time and now it’s being implemented widely—namely, artificial intelligence (AI). From automatic factories, self-driving cars and ...

Magnetostrictive position sensors are non-contact linear position sensors that use the momentary interaction of two magnetic fields to produce a strain pulse that moves along a waveguide. One field is ...

Position feedback sensors for hydraulic or pneumatic cylinders have most commonly used one of three technologies: magneto-strictive (MLDTs), variable resistance (pots), and variable inductance (LVITs) ...

Lowering the overall automotive carbon footprint and enabling vehicles to harness lost energy drives the automotive industry today. Due to this worldwide push, manufacturers are now investing in new ...

• A single linear sensor monitors 20 positions. • Time to read 20 positions matches that of a single position. • Strokes over 5,000 mm, accuracy of ±20 μm, and resolutions of 1 μm. It is often ...

Magnetic position sensors have been favoured by automotive design engineers over the years, offering resistance to vibration and contamination whilst providing precise and accurate measurement of ...