Stacked support layers and fixation grooves secure the second electrode, preserving compact size and stable humidity detection.
Tapered comb fingers increase electrostatic force in a MEMS actuator, enabling lower actuation voltage and larger displacement.
Grounding a conductor layer beneath MEMS signal wirings redirects high-frequency current and reduces crosstalk for accurate detection.
Aligned, fully symmetric fixed-finger anchors keep sensing gaps consistent and reduce stress-induced offset and quadrature errors in MEMS sensors.
Parallel leaf springs replace relief springs in a scanning MEMS mirror coupling, raising undesirable-mode eigenfrequencies and reducing vibration sensitivity.