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This paper proposes a new design optimization method for a magnetic actuator based on a hybrid analysis method. The equivalent circuit method and the finite analysis method are combined to create a design method that is both accurate and efficient. The driving performance of the magnetic actuator is predicted through the use of simple circuit parameters, and the specific flux distribution required...
This paper proposes a new design optimization method of the magnetic actuator based on a hybrid analysis method. To achieve a design method that is both accurate and efficient, the equivalent circuit method and the finite analysis method are combined. The magnetic vector potential, which can be obtained from lumped circuit parameters, is used for setting the boundary conditions of the finite element...
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