Deep dive into our technologies, histories, demos, trends, protocols and technical white papers.
Seat track detection is shifting from ambiguous multi-sensor setups to Melexis's MLX92344 single-sensor IC. It uses programmable multi-level output for accurate, reliable multi-position sensing within existing two-wire automotive architectures, reducing complexity and improving safety.
Are shunt sensors still the right choice for EV batteries? This whitepaper compares shunts and Hall technology, explaining how digital compensation delivers accuracy at lower cost.
Struggling with SiC switching losses? Discover how the monolithic silicon RC snubber eliminates transients and unlocks faster, reliable switching.
Introducing the world's first 30-60W sensor-less single-coil BLDC driver technology. The "No-Hall" innovation combines BLDC efficiency with single-coil simplicity, cutting costs, simplifying design, and boosting durability for fan, blower, and pump applications.
Discover how Melexis brings real-world sensor precision to simulation racing. The MLX90427 delivers instant, accurate feedback for immersive and reliable racing simulation experiences.
Discover Melexis' sensing solutions for by-wire systems. Enabling safe, precise, and compact brake- and steer-by-wire designs that support EV efficiency and autonomous driving.
Discover the Triphibian<sup>®</sup> technology, a new MEMS pressure sensor concept that revolutionizes the way we deal with EV thermal management and beyond.
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)?
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.
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.
A new concept for a linear displacement Hall sensor. This paper is published in IEEE Sensors journal.
