船电技术
船電技術
선전기술
2012年
8期
13-16
,共4页
李鹏%吴浩伟%周樑%徐正喜
李鵬%吳浩偉%週樑%徐正喜
리붕%오호위%주량%서정희
单周控制%不连续导电模式%连续时间模型
單週控製%不連續導電模式%連續時間模型
단주공제%불련속도전모식%련속시간모형
one-cycle control%discontinuous conduction mode%continuous time model
单周控制的开关变换器有较强的输入扰动抑制能力，但是负载扰动抑制能力较差。本文建立了单周控制系统在不连续导电（DCM）模式下的连续时间模型，在此基础上设计PID控制器，得到带输出反馈的单周．PID闭环控制系统。整个系统具有较强的输入扰动抑制能力和负载扰动抑制能力，并有良好的动态、稳态性能。
單週控製的開關變換器有較彊的輸入擾動抑製能力，但是負載擾動抑製能力較差。本文建立瞭單週控製繫統在不連續導電（DCM）模式下的連續時間模型，在此基礎上設計PID控製器，得到帶輸齣反饋的單週．PID閉環控製繫統。整箇繫統具有較彊的輸入擾動抑製能力和負載擾動抑製能力，併有良好的動態、穩態性能。
단주공제적개관변환기유교강적수입우동억제능력，단시부재우동억제능력교차。본문건립료단주공제계통재불련속도전（DCM）모식하적련속시간모형，재차기출상설계PID공제기，득도대수출반궤적단주．PID폐배공제계통。정개계통구유교강적수입우동억제능력화부재우동억제능력，병유량호적동태、은태성능。
The switching converter based on one-cycle controller can reject input disturbance very well, but it has poor capability for rejection of load disturbance. In this paper, a model called continuous time model is established in discontinuous conduction mode （DCM）, and a PID controller is designed..4 closed loop control system combining one-cycle and PID controller with output feedback is established. The overall system shows high capability for rejection of input disturbance and load disturbance, and its steady-state performances and dynamic ones are quite well.
