Dynamics of a Magnetically Excited Rotational System

摘要

This extended abstract investigates the dynamics of a non-contact linear-to-rotary magnetic transmission system. Equations of motion were derived using a Dipole Model. An equilibria and stability analysis revealed coexisting solutions exist as magnets are close, and experimental studies were conducted to verify this trend. Simulation results gave the system's dynamic response under forward and reverse frequency sweeps, which show good agreement with experimental studies.