The mathematical principle of the directsensitivity analysis of the dynamic systems and itsapplication to the DC-to-DC PWM converters arepresented. The model of the dynamic system associatedto the PWM Sepic converter with parasitic includedand continuous conduction mode (CCM), and coupledinductors was used in this study. The modelling of theconverter and the state sensitivity analysis with respectto some parameters of the converter have beenperformed with MATLAB environment. The algorithmcarried out for computing the state sensitivity functionsof converter can be applied to other configurations ofDC-to-DC PWM converters, for the two operatingmodes (CCM and DCM), with parasitic included andwith coupled or separate inductors, regardless ofsys...
Conventional control of switching power conversion is based on a linear model of the system, which l...
International audienceThis paper presents a theoretical study with experimental validation carried o...
In this paper an approach for stability analysis of power systems for "More Electric Aircraft" (MEA)...
At the design and testing stage of electromechanical converters, the analysis of the influence of pa...
The subject of this thesis is the analysis and interpretation of the physical behavior and the robus...
Abstract: A method of modeling PWM switches for symbolic analysis of pulse-width-modulated (PWM) dc-...
Abstract—In distributed power generation systems a pivotal role is played byDC-DCpower converters th...
At present High Voltage Direct Current (HVDC) Voltage Source Converters (VSC) are susceptible dc fau...
This thesis studies issues in dynamic analysis and design of interconnected DC-DC power supply syste...
The dissertation deals with simulations of the DC-DC converters in their basic configurations (Buck,...
A unified sampled-data method is proposed for the analysis and control of DC-DC switching converters...
[[abstract]]This paper presents an alternative approach to systematically modeling PWM dc/dc convert...
This paper shows DC and small-signal circuit models for the PWM DC to DC buck, boost and back/ boost...
By the application of well-known circuit analysis techniques, this paper develops an intuitive appro...
Abstract-All parasitics such as switch conduction voltages, conduction resistances, switching times ...
Conventional control of switching power conversion is based on a linear model of the system, which l...
International audienceThis paper presents a theoretical study with experimental validation carried o...
In this paper an approach for stability analysis of power systems for "More Electric Aircraft" (MEA)...
At the design and testing stage of electromechanical converters, the analysis of the influence of pa...
The subject of this thesis is the analysis and interpretation of the physical behavior and the robus...
Abstract: A method of modeling PWM switches for symbolic analysis of pulse-width-modulated (PWM) dc-...
Abstract—In distributed power generation systems a pivotal role is played byDC-DCpower converters th...
At present High Voltage Direct Current (HVDC) Voltage Source Converters (VSC) are susceptible dc fau...
This thesis studies issues in dynamic analysis and design of interconnected DC-DC power supply syste...
The dissertation deals with simulations of the DC-DC converters in their basic configurations (Buck,...
A unified sampled-data method is proposed for the analysis and control of DC-DC switching converters...
[[abstract]]This paper presents an alternative approach to systematically modeling PWM dc/dc convert...
This paper shows DC and small-signal circuit models for the PWM DC to DC buck, boost and back/ boost...
By the application of well-known circuit analysis techniques, this paper develops an intuitive appro...
Abstract-All parasitics such as switch conduction voltages, conduction resistances, switching times ...
Conventional control of switching power conversion is based on a linear model of the system, which l...
International audienceThis paper presents a theoretical study with experimental validation carried o...
In this paper an approach for stability analysis of power systems for "More Electric Aircraft" (MEA)...