Melexis

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Triaxis: Unique Position Sensing Solution

Triaxis®: Unique sensing solution

An innovative magnetic sensor technology capable of very precise 3 axis magnetic field measurement from a single sensor.
How automotive cockpit benefits from semiconductor ICs I Melexis

The cockpit of the future

Discover how the cockpit of the car benefits from semiconductor ICs. From the cockpit environment to a unique seating experience, Melexis sensors and drivers enable further user comfort and safety.
Introduction to continuous-wave time-of-flight

Introduction to continuous-wave time-of-flight

This video introduces the necessary concepts to technically understand the principle of continuous-wave time-of-flight (cwToF). This supports you in choosing the right technology for your application.
Medical-grade temperature sensors - Melexis

An intelligent approach to eliminating thermal disturbances in non-contact temperature measurement

Temperature measurement is a basic element of any healthcare regime. Portable devices for measuring body temperature become highly popular.
Triphibian® revolutionizes pressure sensors for EV thermal management

Triphibian® revolutionizes pressure sensors for EV thermal management

Discover the Triphibian® technology, a new MEMS pressure sensor concept that revolutionizes the way we deal with EV thermal management and beyond.
Position sensors for motor control feedback loop

Position sensors for motor control feedback loop

Electrical motors are complex systems. In this area there are motor drivers that can perfectly operate without a position sensor (sensorless). So why add extra component(s)?
IMC-Hall® current sensing

IMC-Hall® current sensing

We explain here the basis of the IMC-Hall technology and the benefits it brings to current sensing. Discover the concept of the IMC, the handling of stray fields and how to optimize the module.
Smart and connected starts from Latch & Switch ICs

Smart and connected starts from Latch & Switch ICs

Compared to mechanical switches, Latch & Switch ICs play a key role in numerous applications. They increase flexibility, reliability, functional safety, repeatability, accuracy and the yield of the final assembly.
Introducing the Hall-effect principle, a well-established phenomenon harnessed by Melexis sensor ICs.

What is the Hall-effect?

Introducing the Hall-effect principle, a well-established phenomenon harnessed by Melexis sensor ICs.
Introduction to continuous-wave time-of-flight

Introduction to continuous-wave time-of-flight

This video introduces the necessary concepts to technically understand the principle of continuous-wave time-of-flight (cwToF). This supports you in choosing the right technology for your application.
Stray Field Immune Magnetic Displacement Sensor

A Stray-Field-Immune Magnetic Displacement Sensor with 1% Accuracy

A new concept for a linear displacement Hall sensor. This paper is published in IEEE Sensors journal.
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