Add to ORKGThis report addresses the use of linear robust control theory in control of Dc-Dc switching converters. A typical fifth-order DC-DC high power converter is considered as a study system. Satisfactory stability and satisfactory performance, in the presence of uncertainties and disturbances are properly determined as control objectives. The stability and performance of the converter and the effectiveness of the proposed controllers are demonstrated by nonlinear computer simulations. The results are compared to conventional methods
This paper deals with the robust control of a Hammerstein mathematical model of DC/DC converters, co...
Abstract In this paper, a new robust control strategy is proposed to regulate the output voltage of ...
Abstract—This paper deals with model-based robust control of dc/dc power electronic converters. The...
In this paper, a general robust control synthesis framework is proposed for DC-DC quasi-resonant con...
Switching power converters are nonlinear and time variant systems. The classical controller design f...
DC-DC quasi-resonant converters (QRCs) have a highly nonlinear and time-varying behavior as well as ...
This paper introduces a robust nonlinear controller for a switch mode DC-DC boost converter. This in...
Abstract—DC-to-dc resonant converters have been the object of much attention lately. These converter...
Because of their reduced switching losses, allowing a higher operating frequency, dc-to-dc resonant ...
DC-to-dc resonant converters have been the object of much attention lately. These converters have th...
The subject of this thesis is the analysis and interpretation of the physical behavior and the robus...
The switched mode dc-dc converters are some of the simplest power electronic circuits which convert ...
DC-to-dc resonant converters have been the object of much attention lately, These converters have th...
The purpose of this project is to design and implement three different analog low-order controllers ...
Resonant converters have a highly nonlinear and time-varying nature. Any change in operating conditi...
This paper deals with the robust control of a Hammerstein mathematical model of DC/DC converters, co...
Abstract In this paper, a new robust control strategy is proposed to regulate the output voltage of ...
Abstract—This paper deals with model-based robust control of dc/dc power electronic converters. The...
In this paper, a general robust control synthesis framework is proposed for DC-DC quasi-resonant con...
Switching power converters are nonlinear and time variant systems. The classical controller design f...
DC-DC quasi-resonant converters (QRCs) have a highly nonlinear and time-varying behavior as well as ...
This paper introduces a robust nonlinear controller for a switch mode DC-DC boost converter. This in...
Abstract—DC-to-dc resonant converters have been the object of much attention lately. These converter...
Because of their reduced switching losses, allowing a higher operating frequency, dc-to-dc resonant ...
DC-to-dc resonant converters have been the object of much attention lately. These converters have th...
The subject of this thesis is the analysis and interpretation of the physical behavior and the robus...
The switched mode dc-dc converters are some of the simplest power electronic circuits which convert ...
DC-to-dc resonant converters have been the object of much attention lately, These converters have th...
The purpose of this project is to design and implement three different analog low-order controllers ...
Resonant converters have a highly nonlinear and time-varying nature. Any change in operating conditi...
This paper deals with the robust control of a Hammerstein mathematical model of DC/DC converters, co...
Abstract In this paper, a new robust control strategy is proposed to regulate the output voltage of ...
Abstract—This paper deals with model-based robust control of dc/dc power electronic converters. The...