A gradient sensor processing system alternates voltage excitation modes to compute capacitive coupling changes for positional information.
Analytical scaling of stress voltages across gate oxide thicknesses extends the measurement window for semiconductor lifetime projection.
A measuring apparatus uses a fixed reference member to isolate stylus displacement from scanner motion errors.
Electronic control unit calculates a coupling index from complex impedance components between the electrode and tissue.
A guided wave communication system adjusts electromagnetic field alignment to mitigate signal degradation along transmission media.
A load pull pattern generation method uses frequency sweeping to rotate the reflection factor phase without mechanical tuner movement.
Correction equation accounts for leakage signals between measurement jig ports, eliminating errors that reduce product yield ratio.
Horizontal probe movement eliminates vertical axes, reducing mechanical complexity and spurious oscillations during impedance tuning.
S-parameter calculations resolve finite directivity limits in bidirectional couplers to accurately measure reflected power for power amplifier protection.
Modulated laser scanning visualizes resistance changes in semiconductor chips, identifying abnormal current routes without overlapping IDDQ value distributions.
Derives slope functions linking complex impedance to inverse temperature for real-time battery state estimation.
Four electrode sets with 90-degree phase differences eliminate drift and offset to produce a linearized triangular wave.
A cable tester analyzes echo cancellation coefficients to determine cable status without interrupting active communication links.
Determine piezoelectric element orientation and wiring integrity using capacitance variations, replacing unstable mechanical oscillation tests.
On-chip state machines enable parallel programming and precise voltage adjustments, reducing testing time while improving yield.
Spring members connect the movable frame to prevent stiction between electrodes, enhancing sensitivity and manufacturing yield.
Spatial segmentation of touch and communication zones prevents signal interference while maintaining reliable user input detection.
Coupled multielectrode sensors disconnect contaminated anodic electrodes via switches to force electron flow from active sites.