A gradiometric current sensor uses two spaced magnetic elements to measure field differences along a busbar width.
Segment magnetic fields with multiple sensors and mathematical processing to resolve placement sensitivity and crosstalk interference.
Segmented Rogowski coils resolve the trade-off between measurement precision and manufacturing complexity through modular assembly of discrete winding elements.
A segmented collector electrode design enables continuous detection of charged particle beam current distribution across arbitrary scanning directions.
A current detection device uses a second coil to generate counter-eddy currents in a shield layer, canceling interference and improving Hall element accuracy.