Acceleration Measurement TRIZ Cases
- Inertial Detection Circuit Using Dual-Frequency Diagnostic Signals
Separate drive and test frequencies enable detector abnormality diagnosis without complicating the sensor structure or degrading capacitance-based inertial measurement.
- MEMS Sensor Base Fixing Structure for Thermal Stress Relief
A partially fixed sensor base leaves the sensing region free to absorb thermal expansion, reducing stress and preserving detection accuracy.
- Differential MEMS Accelerometer Self-Test Under Humidity Interference
Anti-phase stator drives and a fully differential layout isolate rotor deflection from moisture-driven parasitic capacitance during self-test.
- Capacitance Sensing Circuit With Complex Impedance for Small Signal Detection
A complex impedance circuit steepens phase response to detect tiny capacitance changes in grounded sensors while reducing frequency-to-amplitude modulation.
- Rotor Speed Measurement Using Adaptive Pulse Timing
Adaptive pulse timing improves rotor speed accuracy by deriving ideal time windows and pulse counts from sensor pulses across periods.
- Structural Behavior Monitoring Using Acceleration and Jerk Indicators
Aggregated acceleration and jerk indicators detect structural anomalies with fewer false alarms, lower bandwidth, and timely alerts.