微电机
微電機
미전궤
MICROMOTORS SERVO TECHNIQUE
2009年
7期
83-84
,共2页
无刷直流电动机%PID控制%重复控制%仿真
無刷直流電動機%PID控製%重複控製%倣真
무쇄직류전동궤%PID공제%중복공제%방진
DC motor%PID control%Repetitive control%Simulation
无刷直流电机位置伺服系统采用PID控制方式,虽然简单、动态响应较快但稳态输出特性差.重复控制是一种能够消除稳定闭环内所有周期性误差,同时控制精度高,实现简单,控制性能的非参数依赖性好.结合两种控制方法特点提出了一种无刷直流电机的重复控制方法以获得良好的动态和稳态性能.仿真结果说明,无刷直流电机控制系统的跟踪精度和鲁棒性得以提高.
無刷直流電機位置伺服繫統採用PID控製方式,雖然簡單、動態響應較快但穩態輸齣特性差.重複控製是一種能夠消除穩定閉環內所有週期性誤差,同時控製精度高,實現簡單,控製性能的非參數依賴性好.結閤兩種控製方法特點提齣瞭一種無刷直流電機的重複控製方法以穫得良好的動態和穩態性能.倣真結果說明,無刷直流電機控製繫統的跟蹤精度和魯棒性得以提高.
무쇄직류전궤위치사복계통채용PID공제방식,수연간단、동태향응교쾌단은태수출특성차.중복공제시일충능구소제은정폐배내소유주기성오차,동시공제정도고,실현간단,공제성능적비삼수의뢰성호.결합량충공제방법특점제출료일충무쇄직류전궤적중복공제방법이획득량호적동태화은태성능.방진결과설명,무쇄직류전궤공제계통적근종정도화로봉성득이제고.
The PID control was used in vast majorities of the brushless DC motor servo systems with sim-ple control algorithm, fast dynamic response, but poor steady-state output characteristics and repeated control error. According to the repetitive control that is a control program can eliminate all periodic errors in stability closed-loop, as well as its high-precision control, easy to achieve and nonparametric depend-ence of its control performance by combining with two control methods. Simulation results show that en-hance the control system tracking accuracy and robustness of Brushless DC Motor.