Dynamic voltage clamping reduces power consumption and improves resolution in battery-powered LC sensor systems.
Active calibration tracks real-time capacitance drift, reducing measurement errors by an order of magnitude for Phasor Measurement Units.
A double-sided current conductor configuration on a printed circuit board creates a stronger magnetic field signal at the sensor location.
Analog bias decouples DC voltage from a current-controlled oscillator, eliminating complex 3D matrix calibration for accurate droop detection.