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  HomeContents of Chinese Journal of Mechanical Engineering 2005 No.11DESIGN OF HIGH PERFORMANCE ROBUST CONTROLLER OF PNEUMATIC SERVO SYSTEM
DESIGN OF HIGH PERFORMANCE ROBUST

CONTROLLER OF PNEUMATIC SERVO SYSTEM

 

Wang Zuwen  Zhan Changshu  Yang Qingjun  Li Jun  Bao Gang

(Pneumatics Center, Harbin Institute of Technology, Harbin 150001)

 

Abstract: Two degrees of freedom controller has more advantage in the servo control. Feedback guarantees the stability of close loop system and feedforward improves the tracing performance in this controller. Firstly, closed-loop system is identified with ARMAX model. Based on this identified model, zero phase error tracing controller (ZPETC) is designed. Closed-loop band width is increased to 100 rad/s or so. Feedback loop ensures disturbance rejection and robust stability. Inner loop feedback controller is disturbance observer and outer loop is displacement feedback controller. In simulation and experiment the well tracking accuracy is achieved.

Key words: Pneumatic servo system  Disturbance observer  Zero phase error tracing controller  Trajectory tracking

CLC No: TH138

哈尔滨工业大学211重点学科建设基金资助项目. Received 20050107, received in revised form 20050625

 
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