Optimal Design of Voice Coil Motor for Application in Active Vibration Isolation
Rahul Banik, Dong‐Yeon Lee, Dae‐Gab Gweon
Abstract
Rahul Banik, Dong‐Yeon Lee, Dae‐Gab Gweon
Abstract
Vibration isolators typically reduce the vibration transmitted to the nano-precision measuring instrument providing managed stiffness and damping. Active isolators use feedback to provide the necessary control signal. In this paper we propose an optimized design of a voice coil motor that can be used to implement a suitable controller for active isolation to attenuate the low frequency vibration
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Vibration isolators typically reduce the vibration transmitted to the nano-precision measuring instrument providing managed stiffness and damping. Active isolators use feedback to provide the necessary control signal. In this paper we propose an optimized design of a voice coil motor that can be used to implement a suitable controller for active isolation to attenuate the low frequency vibration
Key concepts: Voice coil, Vibration isolation, Electromagnetic coil, Vibration, Isolation (microbiology), Computer science, Active vibration control, Stiffness