Honeywell linear Hall sensor

Honeywell SS361RT is a bipolar latch type surface mount Hall sensor, belonging to the SS300 series of latch Hall effect digital position sensor integrated circuits.

Honeywell linear Hall sensorThe SS361RT sensor operates with a magnetic field provided by a permanent magnet or electromagnet, and is capable of responding to alternating north and south magnetic poles. This bipolar latch design improves the sensitivity of the sensor, allowing for the use of low-cost magnets in some applications. This sensor adopts a small SOT-23 surface mount package, which only requires a small printed circuit board (PCB) space and is suitable for smaller assembly parts. At the same time, its 3V voltage capability makes it perform well in low voltage applications, which helps with energy conservation.

Honeywell linear Hall sensorIn terms of performance, the SS361RT sensor has enhanced sensitivity, small packaging size, low voltage operation capability (3V to 12V), built-in reverse voltage protection, and a sturdy and durable design. It can operate at temperatures up to 150 ° C and has a wide operating temperature range (-40 ° C to 150 ° C). In addition, the sensor also has a fast switching time (both rise and fall times are 1.5 microseconds), as well as action and release points symmetrical to the zero Gaussian (dual stage latch).

The SS361RT sensor has a wide range of applications, including transportation (such as speed and RPM sensing, tachometers, receiving counters, motor and fan control, electric window lifters, foldable roof positions, automotive transmission positions, etc.), industry (such as speed and RPM sensing, tachometers, receiving counters, flow sensing, brushless DC motor commutation, robot control, etc.), and medical (such as motor assemblies, drug dispensing control, etc.).

Overall, the Honeywell SS361RT sensor is a high-performance, compact, and low-cost Hall sensor suitable for various applications that require precise position detection. Its enhanced sensitivity and wide operating temperature range enable it to maintain stable performance in various harsh environments. At the same time, its small packaging size and low voltage operating capability also make it have broad market prospects in various miniaturized and low-power applications.