“…Resonance frequencies ranging from 4.6-5.2 kHz were reported in [Hirano92]. Nickel plate combdrives with Q-factors as high as 500 were reported in [Yalcinkaya01]. Comb-drive resonators as diagnostic elements for process variations were described in [Allen01].…”
This paper gives an overview of applications of so called comb-drives: micro-structures consisting of interdigitated conductive fingers from which one part can move and which can be used both as actuator and sensor.
“…Resonance frequencies ranging from 4.6-5.2 kHz were reported in [Hirano92]. Nickel plate combdrives with Q-factors as high as 500 were reported in [Yalcinkaya01]. Comb-drive resonators as diagnostic elements for process variations were described in [Allen01].…”
This paper gives an overview of applications of so called comb-drives: micro-structures consisting of interdigitated conductive fingers from which one part can move and which can be used both as actuator and sensor.
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