Melexis' latches & switches meet your demands to reduce power budget and space while taking care of functional safety and system flexibility.
This programmable advanced Hall-effect switch/latch IC enables end-of-line (EOL) calibration to reduce mechanical tolerances assuring reliable and accurate switching thresholds using only two wires.
Unique magnetic latch/switch sensor IC with lateral sensitivity enabling ASIL B functional safety demanded by automotive industry.
Cost optimized automotive qualified magnetic Hall-effect IC available in unipolar and bipolar designed for microcontroller standalone PCB applications.
Dual Hall-effect latch IC with two speed outputs, compatible with Melexis actuators portfolio (MLX81325).
PCB-less 2-wire Hall-effect latch IC with integrated passives (392Ω resistor and decoupling capacitor).
High accuracy 2nd Gen Hall-effect latch designed in mixed signal CMOS technology with wide range for magnetic sensitivity and integrated capacitor.
This 2nd Gen switch IC integrates a Hall sensor with a capacitor and advanced diagnostic capability.
The MLX92214 is a 3-wire latch designed for DC/BLDC motors, specially adapted to power tools, PCs, servers and home appliance applications.
Hall-effect latch designed in mixed signal CMOS technology suitable for use in automotive, industrial and consumer applications.
Unique magnetic switch sensor featuring micro power equipped with lateral sensing enabling ASIL B functional safety demanded by automotive industry.
AEC-Q100 qualified and pre-programmed unipolar switch designed for industrial and automotive applications.
2nd Gen Hall latch sensor IC (3-wire) designed in mixed signal CMOS technology for industrial, medical and consumer applications.
Very high sensitivity omnipolar Hall sensor IC applied to battery-powered devices like smartphones, laptops, digital cameras, music players and gaming devices.
Ultra-sensitive Hall latch sensor. Ideal solution for use in speed application based for low-power devices and flow meters.
Unipolar Hall-effect switch with CMOS technology. Advanced chopper stabilization techniques provide accurate and stable magnetic switch points.
2nd Gen Hall-effect latch IC designed in mixed signal CMOS technology. Very high magnetic sensitivity with wide operating voltage range from 2.7 V to 24 V.
Medium sensitive unipolar Hall-effect switch with advanced chopper stabilization techniques to provide accurate and stable magnetic switch points.
Hall-effect unipolar design switches designed in CMOS technology with wide operating voltage range and extended choice of temperature range.
Flexible and programmable 3-wire Hall latch switch sensor IC designed for automotive applications that require excellent performance.
Unipolar Hall-effect switch designed in mixed signal CMOS technology with wide operating voltage and temperature range, suitable for automotive and solid state switch applications.
Hall-effect sensor bipolar switch for commutation applications in brushless (BL)DC motors and automotive speed sensing.
Hall-effect sensor bipolar switch with CMOS technology suitable for use in both automotive and consumer applications. Very high magnetic sensitivity.
Hall-effect sensor latch with advanced chopper stabilization techniques to provide accurate and stable magnetic switch points.
Hall-effect sensor latch with advanced chopper stabilization techniques to provide accurate magnetic switch points.
Bipolar hall-effect sensor bipolar switch with advanced chopper stabilization techniques to provide accurate and stable magnetic switch points.
Hall-effect sensor bipolar switch for commutation applications in brushless DC motors and automotive speed sensing.
The MLX90224 series are dual Hall-effect latch ICs. It includes two Hall-effect latch functions of which typical thresholds are ± 2.0 mT.
This second generation dual latch/switch IC with advanced offset cancellation system and two open-drain output drivers all in single package.
SMD programmable linear Hall sensor IC with PWM open-drain output targeting small stroke rotary and linear position sensor applications.
SMD redundant programmable linear Hall sensor IC with digital reporting protocol for position sensor applications with high safety requirements and/or small data latency.