Melexis introduces the MLX90642, a thermographic sensor featuring a 32x24 pixel InfraRed (IR) array that redefines market expectations.

Melexis has revealed the MLX91218 Low Field (LF), the latest variant from its IMC-Hall current sensor integrated circuits (IC).  

Melexis is pleased to unveil the MLX80142 two RGB LED driver (six channels), the latest addition to its smart state machine LED driver portfolio and the first to incorporate MeLiBu 2.0.

The technology sector has long been perceived as male-dominated. However, this narrative is gradually changing, thanks to the efforts and grit of women challenging stereotypes and sharing their stories to help inspire the next generation of women in STEM (Science, Technology, Engineering, Maths).

Melexis has expanded its magnetic sensing integrated circuit (IC) range with a Dual Mold Package (DMP) variant of the MLX90425.

Melexis has introduced the MLX90833, a new pressure sensor with Triphibian technology, enabling robust measurement of both gas and liquid media from 2 to 70 bar, all within a compact SO16 package.

Melexis has introduced the MLX90382, an absolute magnetic encoder IC, with a compact size, stray field immunity and support for both on-axis and off-axis sensing.

Melexis unveils the MLX91235, a new current sensor that eliminates the need for a ferromagnetic core. The MLX91235 expands Melexis' portfolio, enabling the measurement of larger currents flowing through external primary conductors like PCB traces and busbars. It supports automotive and alternative mobility applications like inverters, battery management systems (BMSs) and low-voltage DC/DC converters.

Melexis has announced that Geely Automotive Group has chosen to use Melexis devices and MeLiBu technology for the advanced daytime running lights (DRLs), as well as the RGB LED taillight with full-colour lighting in the new Z10 model, the first EV by Lynk & Co. Looking to push the limits of vehicle lighting design, the group selected Melexis’ MLX81116 Smart RGB LED driver due to its sophisticated dynamic lighting control and advanced co...

Melexis introduces the MLX92235, an ultra-low power Hall-effect switch with best-in-class tolerances for reliable and predictable output update rate. This tiny device is a game-changer for automotive micropower applications such as door handles, e-latches, sun visors, infotainment buttons, brake light switches, and more.

Melexis' MLX90424 is a cost-effective solution simplifying automotive brake pedal sensing.

Melexis has introduced the MLX92253 to its Hall-effect Dual Latch sensor portfolio, offering a fast and efficient solution with two independent signal tracks for minimal jitter and a consistent 90° phase shift, regardless of the magnet pole pitch.

Melexis expands its Triphibian family with the MLX90834 pressure sensor, designed for automotive applications such as EV thermal management.

Melexis, a global leader in micro-electronic semiconductor solutions, will present its latest technological innovations at electronica 2024 (Booth B4.540), the world’s leading trade fair for electronic components, systems, and applications. Renowned for its advanced sensor and driver technologies, Melexis will unveil new products across key markets, including automotive, robotics, and alternative mobility.

Melexis reaches ASIL C safety compliance with its smart IVT (current, voltage, temperature) sensing platform.

Melexis has opened its largest wafer testing site worldwide in Kuching, Sarawak, Malaysia.

Melexis has announced the new safety qualification (UL/IEC 62368-1) for its MLX91220 (5V) and MLX91221 (3V) current sensors. 

Melexis recently announced the expansion of its LIN RGB family with the introduction of the MLX81123.

Melexis has expanded its magnetic position sensor portfolio with the introduction of the MLX90427, a product tailored for embedded position sensor applications that require high levels of functional safety.

Melexis reveals its Induxis switch, the MLX92442. Contactless, magnet-free, and strayfield immune, this monolithic solution directly detects conductive targets.