The diode rectifier fed high voltage gain boost converter is an AC-DC power electronics converter that has low power factor and high current total harmonics distortion due to its non-linear characteristics. The objective of this project is to implement an active power factor correction controller to increase the power factor to near unity, reduce the current total harmonics distortion and have a fast-transient response for the converter. Two different controllers, namely the adaptive and non-adaptive current mode controllers, are implemented. Both controllers achieved a near unity power factor and have the same transient response performance. However, the adaptive current mode controller achieved a lower current total harmonics distortion a...
The single-phase boost rectifier has become the most popular topology for power factor correction (P...
Electronic equipments recently in use ( PCs, TVs, and Telecommunication Equipments etc.) require pow...
This report presents the design and implementation of a full-bridge boost converter and its adaptive...
The main goal of this final year project was to attain a PF close to unity for the diode rectifier-...
Currently extensive use of power electronic devices has made power management smart,flexible and eff...
The input current harmonics of the rectifier are very harmful. Not only do they reduce the power fac...
Abstract:- This paper proposes a new control technique for single-phase boost power-factor-correctio...
In the present situation, the evolution of growing in computers, laptops, uninterrupted power suppli...
The prevalence of standards and recommended practices to meet harmonic current limits has gained, an...
The load with a poor power factor speeds up the flow of electrons when compared to the load with hig...
The AC line input voltage is frequently rectified by single-phase diode rectifiers and filtered usin...
This report presents the implementations and control of single-phase unity power factor AC-DC conver...
This report presents the implementation of a high-order boost converter system. The controllers for ...
The purpose of this project is to design and implement the controllers for DC-DC boost converters. I...
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...
Electronic equipments recently in use ( PCs, TVs, and Telecommunication Equipments etc.) require pow...
This report presents the design and implementation of a full-bridge boost converter and its adaptive...
The main goal of this final year project was to attain a PF close to unity for the diode rectifier-...
Currently extensive use of power electronic devices has made power management smart,flexible and eff...
The input current harmonics of the rectifier are very harmful. Not only do they reduce the power fac...
Abstract:- This paper proposes a new control technique for single-phase boost power-factor-correctio...
In the present situation, the evolution of growing in computers, laptops, uninterrupted power suppli...
The prevalence of standards and recommended practices to meet harmonic current limits has gained, an...
The load with a poor power factor speeds up the flow of electrons when compared to the load with hig...
The AC line input voltage is frequently rectified by single-phase diode rectifiers and filtered usin...
This report presents the implementations and control of single-phase unity power factor AC-DC conver...
This report presents the implementation of a high-order boost converter system. The controllers for ...
The purpose of this project is to design and implement the controllers for DC-DC boost converters. I...
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...
Electronic equipments recently in use ( PCs, TVs, and Telecommunication Equipments etc.) require pow...
This report presents the design and implementation of a full-bridge boost converter and its adaptive...