Here’s a guide to evaluating and using the latest generation of 3D magnetic sensors, which offer a higher-accuracy alternative to existing 1D Hall-effect sensors. Linear magnetic sensing is becoming ...
To help you evaluate the True Cost of Ownership (TCO) of commonly used industrial linear position sensors, our first article identified the four most commonly utilized industrial position-sensing ...
Every once in a while we stumble across something so simple yet so clever that we just have to call it out. This custom linear Hall effect sensor is a perfect example of this. By way of backstory, ...
Melexis has brought out a linear Hall-effect sensor that draws less than 5 µA at 100 Hz and integrates digital filters for enhanced performance. Its flexible architecture is available in multiple ...
This article describes some guidelines on the design process employing angle sensor integrated circuits (ICs) intended for linear position sensing, as well as the magnet choice and orientation, output ...
This application note focuses on analyzing the Hall-Effect system that uses two typical Allegro linear sensor integrated circuits in order to expand the displacement range for linear detection. A ...
(Nanowerk News) In recent years, with the rapid development of flexible electronic skins, high-performance flexible tactile sensors have received more attention and have been used in many fields such ...
The difference between Hall-effect sensors and Hall elements. Why Hall-effect sensors provide more than on and off information. How Hall-effect sensors can detect magnetic fields from an extended ...
Linear position measurement is a frequent requirement for many industrial automation or process control systems, QA functions, and R&D testing. A position sensor normally does the actual position ...
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