Resistive sensors measure AC noise fields while compensation coils neutralize static interference from MRI gantries.
A sensor device uses redundant combinatory readout to measure environmental attributes via multiple sensor combinations.
A magnetometer system measures magnetic flux density on test specimen surfaces to identify local mechanical tension concentrations.
A magnetic sensor removes the bias layer and uses an electrode layer on element sections to stabilize magnetization direction.
Non-invasive magnetic flux sensing cancels sinusoid waveforms to detect mechanical and electrical anomalies without disassembly.
A magnetometer calibration method uses generator coils to create a magnetic field while varying position and current.
NAND and NOR gates monitor Hall sensor connection voltages to generate logical error signals, preventing malfunction from production offset voltages.
Spatially-resolved B1 amplitude measurements adjust RF transmitter gain levels to optimize flip angles across the imaging volume.
Segmented multi-turn excitation wiring boosts calibration magnetic field intensity while minimizing heat-induced fluctuations in peripheral circuits.
Applying a saturation field to the free layer removes 1/f noise from the output, enhancing measurement accuracy for small magnetic fields.
Ferromagnetic films overlap hard magnetic members to increase magnetic bias applied to the magnetoresistive element without enlarging the hard magnetic members.
Diagnostic unit generates alternating current signals to detect magnetic field sensor properties without interrupting measurement operations.
Nitrogen-vacancy centers in diamond detect magnetic particle magnetization through optically detected magnetic resonance.