This paper presents the design, simulation and measurement of a synchronous motor prototype with an external rotor by using permanent magnets which was optimized for high-torque, in-wheel operation. Based on geometric dimensions, the 3D solid model was created in ANSYS/Maxwell program. The electromagnetic design was calculated in ANSYS/RMxprt program. The cross section with graphical presentation of magnetic induction in particular parts of electromagnetic circuits and the simulated and measured characteristics of the motor are shown.
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This paper describes the simulation and measurement of two-phase synchronous motor prototype with permanent magnets. Based on geometric dimensions, a 3D solid model was created in ANSYS/Maxwell program. The electromagnetic design was calculated in ANSYS/RMxprt program. The cross section with graphically presented magnetic field, in particular a part of electromagnetic circuits, was shown. The 3D magnetic simulation, simulated and measured characteristics of the motor and analysis of the two-phase synchronous motor with permanent magnets presents an integral part of the article, too.
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