The induction motor has significant advantages in industrial production process and are often used in nonlinear motor systems with strong variable multi-coupling application,but it can not be widely used because of high nonlinear order.Therefore,the precision control in traditional design processes is also facing huge challenges.Among the various methods,the scheme of improving motor speed is the most critical research area currently.The main purpose of this design is to carry out the detailed analysis by applying the rotor vector control and rotor flux linkage,privately improve the accuracy of mathematical modeling control and thus complete the fully-decoupled design.Firstly,this paper provides a brief explanation on the speed regula-tion,and then briefly analyzes and compares the referenced control method.In the design process,the mathematical models can be established through the coordinate transformation,and a simple spatial transformation process can be achieved through the algorithm and spatial com-munication.Therefore,the precise control instruction can be achieved in aspect of speed de-bugging,and the software simulation application can be implemented based on the theoretical a-nalysis.By using a simulation platform to adjust and analyze the model,the application control of speed waveform can be achieved under different conditions,and the control performance can be verified.
万方数据
维普
