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Application of resonant parametric perturbation to the chaos control in Boost converter and its optimization

Zhou Yu-Fei Chen Jun-Ning Ke Dao-Ming Shi Long-Xing Sun Wei-Feng C.K.Tse

Application of resonant parametric perturbation to the chaos control in Boost converter and its optimization

Zhou Yu-Fei, Chen Jun-Ning, Ke Dao-Ming, Shi Long-Xing, Sun Wei-Feng, C.K.Tse
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  • The method of resonant parametric perturbation is a simple non-feedback chaos control means. It is such a suitable control method for controlling chaos in non-autonomous systems that we are inspired to study its applications for chaos control in current controlled Boost converter. Furthermore, the method of resonant parametric perturbation is optimized by selecting the best perturbation phase, so as to achieve the best chaos control results. These relative applications (with or without optimization) in Boost converter can be analyzed theoretically, and the influence induced by variable circuit parameters on the effective perturbation can also be calculated or predicted.
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  • Abstract views:  2844
  • PDF Downloads:  994
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  • Received Date:  09 January 2004
  • Accepted Date:  02 March 2004
  • Published Online:  16 November 2004

Application of resonant parametric perturbation to the chaos control in Boost converter and its optimization

  • 1. (1)安徽大学电子工程系,合肥 230039; (2)东南大学电子工程系,南京 210096; (3)香港理工大学电子与资讯工程学系,香港

Abstract: The method of resonant parametric perturbation is a simple non-feedback chaos control means. It is such a suitable control method for controlling chaos in non-autonomous systems that we are inspired to study its applications for chaos control in current controlled Boost converter. Furthermore, the method of resonant parametric perturbation is optimized by selecting the best perturbation phase, so as to achieve the best chaos control results. These relative applications (with or without optimization) in Boost converter can be analyzed theoretically, and the influence induced by variable circuit parameters on the effective perturbation can also be calculated or predicted.

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