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).
This 2nd Gen switch IC integrates a Hall sensor with a capacitor and advanced diagnostic capability.
High accuracy 2nd Gen Hall-effect latch designed in mixed signal CMOS technology with wide range for magnetic sensitivity and integrated capacitor.
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.
Unipolar Hall-effect switch with CMOS technology. Advanced chopper stabilization techniques 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.
Hall-effect sensor latch with advanced chopper stabilization techniques to provide accurate magnetic switch points.
Hall-effect sensor bipolar switch for commutation applications in brushless 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.
2nd Gen Hall latch sensor IC (3-wire) designed in mixed signal CMOS technology for industrial, medical and consumer applications.
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 sensor latch with advanced chopper stabilization techniques to provide accurate and stable magnetic switch points.
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.
Bipolar hall-effect sensor bipolar switch with advanced chopper stabilization techniques to provide accurate and stable magnetic switch points.
Ultra-sensitive Hall latch sensor. Ideal solution for use in speed application based for low-power devices and flow meters.
Flexible and programmable 3-wire Hall latch switch sensor IC designed for automotive applications that require excellent performance.
Very high sensitivity omnipolar Hall sensor IC applied to battery-powered devices like smartphones, laptops, digital cameras, music players and gaming devices.
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 redundant programmable linear Hall sensor IC with digital reporting protocol for position sensor applications with high safety requirements and/or small data latency.
SMD programmable linear Hall sensor IC with PWM open-drain output targeting small stroke rotary and linear position sensor applications.