Mesh-like Fe-rich regions lower the magnetic field threshold and raise magnetostriction for faster response and higher conversion efficiency.
A cantilevered magnetostrictive strip and contactless induction coil improve signal detection by targeting U-mode resonance.
Pressure cycling alters pipe wall stress, shifting the surrounding magnetic field. Magnetometers detect these shifts to locate obstructions without excavation.
Sequential domain alignment via phased set-reset signals reduces power consumption and simplifies metal routing in magnetoresistive sensors.
A current sensor uses a segmented conductive element and multiple magnetic field sensors to detect branch currents simultaneously.
Optimizing the angle between the exchange bias field and magnetostriction direction maximizes the piezomagnetic coefficient while minimizing stray fields.
A multiferroic resonant MEMS magnetometer uses strain modulation to upconvert low-frequency magnetic fields for high sensitivity detection.