A novel spice integrated approach for modeling of equivalent circuit of SR motor for critical behavioral analysis

This paper presents a novel improved spice integrated approach for static, steady state and dynamic behavioral analysis of Switch Reluctance Motor using its equivalent circuit. The cogging torque minimization at the base speed during various load condition is studied. Various modes were developed using analog behavior modeling technique in the spice. The mathematical model is developed for all the four quadrant modes of operation. The experimentation is carried out for validation of proposed work.