BUILDING THE STATUS FEEDBACK MODEL FOR MOTOR CONTROL WITHOUT SYNCHRONIZATION

Abstract

Nowaday, in the period of industrialization and modernization of production lines, Asynchronous rotor squirrel cage motors are widely used due to its simple structure, low cost, easy to manufacture, safe and reliable operation process. Within the scope of this article, the authors have researched the method of controlling state feed back and have tested the applications of this method in asynchronous rotor squirrel cage motors. The results showed that the energy is linear, so the setting time is faster than the nonlinear energy. This method showed the most flexible and widely used control objects. The results would be a good basis for building high quality control systems about accuracy, stability and satisfaction for drive systems with strict dynamical requirements.