沈阳大学学报
瀋暘大學學報
침양대학학보
JOURNAL OF SHENYANG UNIVERSITY
2012年
1期
35-38
,共4页
双闭环直流调速%PI调节器%参数整定%Simulink
雙閉環直流調速%PI調節器%參數整定%Simulink
쌍폐배직류조속%PI조절기%삼수정정%Simulink
double closed-loop DC motor%PI regulator%parameter tuning%Simulink
研究了双闭环直流调速系统的结构.根据系统结构,按照由内到外的顺序分别设计电流调节器和转速调节器.为使系统无静差,两个调节器均选为PI调节器.在用Simulink仿真的过程中,对调节器参数进行了整定,使系统达到稳定状态.通过仿真曲线,说明了设计的合理性.
研究瞭雙閉環直流調速繫統的結構.根據繫統結構,按照由內到外的順序分彆設計電流調節器和轉速調節器.為使繫統無靜差,兩箇調節器均選為PI調節器.在用Simulink倣真的過程中,對調節器參數進行瞭整定,使繫統達到穩定狀態.通過倣真麯線,說明瞭設計的閤理性.
연구료쌍폐배직류조속계통적결구.근거계통결구,안조유내도외적순서분별설계전류조절기화전속조절기.위사계통무정차,량개조절기균선위PI조절기.재용Simulink방진적과정중,대조절기삼수진행료정정,사계통체도은정상태.통과방진곡선,설명료설계적합이성.
The structure of double closed-loop DC motor control system was studied.According to the system structure,the current regulator and the speed regulator were designed in accordance with the order from the inside to the outside.To make the system has no static error,PI regulator was chosen.In the course of the simulation based on Simulink,the controller parameters were tuned to make the system steady.The rationality of the design was shown through the simulation curve.
