The application principle of Hall elements in massagers: In massagers, bipolar Hall elements are usually embedded in vibration devices. These elements cooperate with internal sensors and motor systems. When the massager touches the human body, the Hall element senses the position and vibration state of the massager. This information is transmitted to the system, and the system adjusts the vibration frequency and strength through real-time analysis of the data to ensure the accuracy and comfort of the massage.
Recommended model: HS41F/HS261 bipolar high-sensitivity brushless motor Hall switchThe HS41F high-temperature bipolar latch Hall effect position sensor is a magnetic sensing circuit composed of an internal voltage regulator unit, a Hall voltage generator, a differential amplifier, a temperature compensation unit, a Schmitt trigger and an open collector output stage. Its input is magnetic induction intensity and its output is a digital voltage signal.
It is a dual-pole magnetic sensing circuit suitable for working under rectangular or cylindrical magnets.
The operating temperature range can be from -40℃ to 150℃, the power supply voltage range is from 3.8V to 30V, and the load current capacity can reach up to 40mA.
The package form is SIP3L (TO92S).
