A novel 6/5 switched reluctance motor (SRM) with short flux path is presented in
this paper. The concept of this proposed motor is a novel SR motor with six stator and five
rotor poles. The stator is constructed with three independent and physically separate C-core
segments, and the rotor is composed of five poles. This motor, with a new selection for the
number of stator/rotor poles, achieves a short flux path, which reduces the magnetomotive
force required to drive the motor. To verify the performance of the proposed motor, a
comparison with conventional SR motors with the same dimensions is executed. The
comparison demonstrates that the proposed motor offers better performance in terms of
maximum torque production. Furthermore, Finite Element Analysis (FEA) and
Matlab/Simulink software are used to predict and simulate the performance of the proposed
motor.