Modeling of Switched Reluctance Electric Vibration Drive with Adaptive Control

The article deals with the issue that there is no study about designing switched reluctance electric vibration drives. The mathematical model of the switched reluctance electric vibration drive with the adaptive control system is presented. The control algorithm with the function of automatic adjustment to a load moment on the motor shaft is developed. The interdisciplinary calculation of the built model was carried out. The result of modeling and simulation is the graph of the angular velocity versus the rotor angle dependence. Multiple increase in the angular velocity pulsations amplitude due to the resonance phenomenon is achieved.