Three axis Hall sensor, omnidirectional magnetic induction Hall element

详情

The horizontal sensing Hall switch, as a leading precision sensor in modern electronic control technology, and the carefully developed **5 three-axis Hall sensor with three-axis sensing Hall element core armor, is undoubtedly a shining pearl in this field. This sensor accurately captures and responds to magnetic field changes parallel to its surface with its keen insight in X, Y, and Z three-dimensional space. When the magnetic field strength in any axis crosses the set threshold, that is, the working point, the magic inside **5 is instantly activated, and its output transistor is like an intelligent switch. The upper tube turns on smoothly, and the lower tube elegantly cuts off, releasing a clear high-level signal, announcing the jump in magnetic field strength.
On the contrary, as this mysterious magnetic field gradually declined and slid below the release point BRP, **5 cleverly underwent a role transition. The upper tube quietly cut off, while the lower tube gladly took on the responsibility of conducting. The low-level signal flowed out leisurely, marking the gentle retreat of the magnetic field strength. Between these subtle transitions lies the core wisdom of the device - hysteresis hysteresis (BHYS), which acts as a carefully designed buffer band, effectively avoiding output oscillations caused by small magnetic field fluctuations near the transition threshold, ensuring signal stability and reliability.
What's even more impressive is that the built-in hysteresis mechanism of the **5 seems to provide a tough protective layer for the sensor. Even under harsh conditions such as complex and changing external environments, mechanical vibrations, and electrical noise, it can still maintain its position, provide clear and accurate output conversion, and become an indispensable and reliable partner in many fields such as industrial automation, automotive electronics, and consumer electronics.