This paper introduces the working principle of Buck converter under voltage control, and studies the modeling method of Buck converter under special power electronics simulation software. Finally, the simulation of the converter is carried out under the condition of the mutation of input voltage and load. The simulation results show that the voltage control strategy has good transient response and anti-jamming ability, which has a good guiding significance for practical application
<p>This paper represents the simulation modeling of DC-DC convertor (boost convertor) in practice th...
This paper presents comparative performance of Buck Converter in both open as well as closed loop. W...
The power buck converter is the most widely used DC/DC converter topology. They have a very large ap...
In order to design the control system, it is necessary to have an exact model of buck-boost converte...
This paper introduces the MATLAB/SIMULINK system design of a synchronous rectifier pulse width modul...
AbstractIn this paper, a discrete modeling approach for Buck converters based on continuous conditio...
This project is about the study, design and a practical implementation of voltage mode control of bu...
The objective of this research is to analyze and simulate the pulse-width-modulated (PWM) dc-dc buck...
A DC-to-DC converter for applications involving a source with widely varying voltage conditions with...
In this study the nonlinear behavior of a buck converter was simulated and the responses of Phases 1...
In this paper the implementation of analog extensions of Hardware Description Languages for behavior...
An isolated buck (fly-buck) converter is one of the best suitable options for multi output isolated ...
This paper presents a design and simulation of simplified method for designing a proportional &ndash...
Switching Power Converters convert one form of power to another with high efficiency and accurate co...
The objects of research are processes in electrical scheme and enormous digital control systems in c...
<p>This paper represents the simulation modeling of DC-DC convertor (boost convertor) in practice th...
This paper presents comparative performance of Buck Converter in both open as well as closed loop. W...
The power buck converter is the most widely used DC/DC converter topology. They have a very large ap...
In order to design the control system, it is necessary to have an exact model of buck-boost converte...
This paper introduces the MATLAB/SIMULINK system design of a synchronous rectifier pulse width modul...
AbstractIn this paper, a discrete modeling approach for Buck converters based on continuous conditio...
This project is about the study, design and a practical implementation of voltage mode control of bu...
The objective of this research is to analyze and simulate the pulse-width-modulated (PWM) dc-dc buck...
A DC-to-DC converter for applications involving a source with widely varying voltage conditions with...
In this study the nonlinear behavior of a buck converter was simulated and the responses of Phases 1...
In this paper the implementation of analog extensions of Hardware Description Languages for behavior...
An isolated buck (fly-buck) converter is one of the best suitable options for multi output isolated ...
This paper presents a design and simulation of simplified method for designing a proportional &ndash...
Switching Power Converters convert one form of power to another with high efficiency and accurate co...
The objects of research are processes in electrical scheme and enormous digital control systems in c...
<p>This paper represents the simulation modeling of DC-DC convertor (boost convertor) in practice th...
This paper presents comparative performance of Buck Converter in both open as well as closed loop. W...
The power buck converter is the most widely used DC/DC converter topology. They have a very large ap...