More and more keyboards and video game controllers employ Hall effect sensors, but what exactly is this technology? We break ...

Hall effect proximity sensors are used to detect the proximity, presence or absence of a magnetic object using a critical distance. They function via an electrical potential that is developed across ...

If it’s DC, the easiest way is to use a shunt resistor and measure the voltage across it, and for AC you could use a current transformer. But the advent of the Hall-effect sensor has provided us ...

Even after 145 years, the Hall effect remains relevant, playing a crucial role in various modern-day applications such as ...

Learn more about the single monitoring unit (SMU) from LEM and how it could facilitate higher-accuracy, intelligent battery ...

An ATtiny25 microcontroller reads data from a couple of hall effect sensors and the neutral switch, then displays the current gear on a 7-segment display. There’s a magnet on the shifter and ...

This physical adjustment to the current is an analog change ... While both make use of magnets, Hall Effect sensors send signals based on the voltage difference when a magnetic field is applied ...

Explore the latest breakthroughs in sensor technology driving efficiency and performance in EVs and renewable energy.

Sensing is open-loop Hall effect, with the company’s LEM9 asic extracting meaningful ... It has two outputs: a digital measure of current over a LIN bus, plus a pin that indicates an over-current ...

If you’re short an ADC give this a try, the cost is negligible, PCB space is very minimal, and the code is negligible and ...

The wire is built from materials which exhibit the ‘giant’ magneto-resistance (GMR) effect ... automotive sensors and ...

The sensors use the Hall effect, an electrical potential (the Hall voltage) that is developed between the two edges of a current-carrying conductor whose faces are perpendicular to an applied current ...