This report presents the implementations and control of single-phase unity power factor AC-DC converters. The AC-DC converters implemented are the bi-directional boost rectifier and the uni-directional boost rectifier. For these rectifiers, adaptive controllers are employed to regulate the output voltage and to achieve unity power factor in the presence of uncertain loads. The controller used for the bi-directional boost rectifier is different from that used for the uni-directional boost rectifier. Experimental results are provided to show the effectiveness of these controllers in achieving unity power factor as well as output regulation.Bachelor of Engineerin
This work studies the dynamics of a single-phase full-bridge unity power factor boost AC-DC converte...
The purpose of this project is to design and implement the controllers for DC-DC boost converters. I...
This brief presents nonlinear control strategies for a single quadrant unity power factor rectifier....
This report presents the implementations and control of a single-phase unity power factor rectifier....
This report presents the implementations and control of single-phase unity power factor rectifier. T...
This report presents the design implementations and control of a single-phase ac-dc converter. The i...
The single-phase boost rectifier has become the most popular topology for power factor correction (P...
This report presents the design and implementation of a full-bridge boost converter and its adaptive...
The diode rectifier fed high voltage gain boost converter is an AC-DC power electronics converter th...
Digital control is rare in the area of power converters due mainly to cost considera-tions. As opera...
The main goal of this final year project was to attain a PF close to unity for the diode rectifier-...
Abstract: In this paper, a robust controller asserting a unity power factor rectifier is studied. Th...
Nowadays, bidirectional rectifiers with near unity power factor (PF) are used extensively. This work...
This brief presents nonlinear control strategies for a single quadrant unity power factor rectifier....
In this project, the implementation of two high-order boost converter systems are presented. The con...
This work studies the dynamics of a single-phase full-bridge unity power factor boost AC-DC converte...
The purpose of this project is to design and implement the controllers for DC-DC boost converters. I...
This brief presents nonlinear control strategies for a single quadrant unity power factor rectifier....
This report presents the implementations and control of a single-phase unity power factor rectifier....
This report presents the implementations and control of single-phase unity power factor rectifier. T...
This report presents the design implementations and control of a single-phase ac-dc converter. The i...
The single-phase boost rectifier has become the most popular topology for power factor correction (P...
This report presents the design and implementation of a full-bridge boost converter and its adaptive...
The diode rectifier fed high voltage gain boost converter is an AC-DC power electronics converter th...
Digital control is rare in the area of power converters due mainly to cost considera-tions. As opera...
The main goal of this final year project was to attain a PF close to unity for the diode rectifier-...
Abstract: In this paper, a robust controller asserting a unity power factor rectifier is studied. Th...
Nowadays, bidirectional rectifiers with near unity power factor (PF) are used extensively. This work...
This brief presents nonlinear control strategies for a single quadrant unity power factor rectifier....
In this project, the implementation of two high-order boost converter systems are presented. The con...
This work studies the dynamics of a single-phase full-bridge unity power factor boost AC-DC converte...
The purpose of this project is to design and implement the controllers for DC-DC boost converters. I...
This brief presents nonlinear control strategies for a single quadrant unity power factor rectifier....