AbstractIn this paper, a discrete modeling approach for Buck converters based on continuous condition mode (CCM) and discontinuous condition mode (DCM) was presented. The unified coefficient matrixes of discrete model were described by building a mathematical function and the calculation methods of the parameters in coefficient matrixes were given. The working states of Buck converter on various work conditions were described adopting one discrete equation. The validity of the proposed modeling approach was proved by contrasting the output of discrete model with the operation result of Buck converter system in Simulink
A predictive current control algorithm for the Buck-Boost DC-DC converter is presented in this paper...
© 2018 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for a...
An analysis of nonlinear phenomena in power electronic circuits is carried on by different methods. ...
Discontinuous conduction mode (DCM) DC–DC converters with constant power loads (CPLs) are the widely...
Peak-current-mode (PCM) control was proposed in 1978. The observed peculiar behavior caused by the a...
Peak-current-mode (PCM) control was proposed in 1978. The observed peculiar behavior caused by the a...
In this paper the implementation of analog extensions of Hardware Description Languages for behavior...
This paper introduces the working principle of Buck converter under voltage control, and studies the...
By adding a suitable LC filter to the input of a Buck converter, it is possible to force the convert...
A predictive current control algorithm for the Buck-Boost DC-DC converter is presented in this paper...
A predictive current control algorithm for the Buck-Boost DC-DC converter is presented in this paper...
A predictive current control algorithm for the Buck-Boost DC-DC converter is presented in this paper...
A Mixed Logic Dynamic (MLD) model and control method based on mode selection are proposed for the Bu...
A predictive current control algorithm for the Buck-Boost DC-DC converter is presented in this paper...
A predictive current control algorithm for the Buck-Boost DC-DC converter is presented in this paper...
A predictive current control algorithm for the Buck-Boost DC-DC converter is presented in this paper...
© 2018 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for a...
An analysis of nonlinear phenomena in power electronic circuits is carried on by different methods. ...
Discontinuous conduction mode (DCM) DC–DC converters with constant power loads (CPLs) are the widely...
Peak-current-mode (PCM) control was proposed in 1978. The observed peculiar behavior caused by the a...
Peak-current-mode (PCM) control was proposed in 1978. The observed peculiar behavior caused by the a...
In this paper the implementation of analog extensions of Hardware Description Languages for behavior...
This paper introduces the working principle of Buck converter under voltage control, and studies the...
By adding a suitable LC filter to the input of a Buck converter, it is possible to force the convert...
A predictive current control algorithm for the Buck-Boost DC-DC converter is presented in this paper...
A predictive current control algorithm for the Buck-Boost DC-DC converter is presented in this paper...
A predictive current control algorithm for the Buck-Boost DC-DC converter is presented in this paper...
A Mixed Logic Dynamic (MLD) model and control method based on mode selection are proposed for the Bu...
A predictive current control algorithm for the Buck-Boost DC-DC converter is presented in this paper...
A predictive current control algorithm for the Buck-Boost DC-DC converter is presented in this paper...
A predictive current control algorithm for the Buck-Boost DC-DC converter is presented in this paper...
© 2018 IEEE. Personal use of this material is permitted. Permission from IEEE must be obtained for a...
An analysis of nonlinear phenomena in power electronic circuits is carried on by different methods. ...