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Electrical and Computer Engineering, University of Tehran
Abstract
Steady-state dynamic simulation of a variable reluctance stepping motor is carried out by applying two different excitation voltages. First a single-step voltage is applied to the motor, and a sinusoidal voltage, as the first term of Fourier series of the single-step voltage, is then used as the input voltage of the motor. In both cases plots of machine torque, current and speed are presented. A comparison between the results of the two cases shows that a sinusoidal input voltage cannot predict the real performance of the motor, and in critical dynamic conditions, a single-step response is far from the reality. Reasons for these discrepancies arising from the various factors are discussed in the paper.
Iranpour, R., & Faiz, J. (1996). Simulation of a Variable Reluctance Steping Motor for Sinusoidal and Step Exitations. International Journal of Engineering, 9(2), 9-20.
MLA
R. Iranpour; Jawad. Faiz. "Simulation of a Variable Reluctance Steping Motor for Sinusoidal and Step Exitations". International Journal of Engineering, 9, 2, 1996, 9-20.
HARVARD
Iranpour, R., Faiz, J. (1996). 'Simulation of a Variable Reluctance Steping Motor for Sinusoidal and Step Exitations', International Journal of Engineering, 9(2), pp. 9-20.
VANCOUVER
Iranpour, R., Faiz, J. Simulation of a Variable Reluctance Steping Motor for Sinusoidal and Step Exitations. International Journal of Engineering, 1996; 9(2): 9-20.
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