This paper discusses the Power Factor Correction (PFC) for single phase ACDC Buck-Boost Converter (BBC) operated in Continuous Conduction Mode (CCM) using inductor average current mode control. The proposed control technique employs Proportional-Integral (PI) controller in the outer voltage loop and the Inductor Average Current Mode Control (IACMC) in the inner current loop for PFC BBC. The IACMC has advantages such as robustness when there are large variations in line voltage and output load. The PI controller is developed by using state space average model of BBC. The simulation of the proposed system with its control circuit is implemented in MatLab/Simulink. The simulation results show a nearly unity power factor can be attained and the...
ABSTRACT: The conventional full-wave diode bridge rectifier with an output capacitor filter produces...
The AC line input voltage is frequently rectified by single-phase diode rectifiers and filtered usin...
Rectifiers are required by the devices connected to the distribution end of the electrical power net...
This paper presents an advanced Average Current-Mode Control (ACMC) technique for single phase AC-DC...
The devices generally used in industrial, commercial and residential applications need to undergo re...
Abstract Traditional AC to DC converters converts AC source voltage to DC output voltage with poo...
Abstract — Power factor correction of high frequency switch mode power supply and its application in...
The advent of controller integrated circuits has forced the development of new power factor correcti...
Smooth switching technology with a single-phase converter from AC to DC is existing in this work. A ...
Rectifiers are required by the devices connected to the distribution end of the electrical power net...
A novel high-power-factor Buck type converter with average current control based on UC 3854 is propo...
This paper presents a boost-integrated, single-phase, pulse width modulated (PWM), fixed frequency a...
This paper focuses on the analysis of a power factor correction (PFC) converter using close loop Ĉuk...
Electronic equipments recently in use ( PCs, TVs, and Telecommunication Equipments etc.) require pow...
Due to increase in modern power electronic systems the more emphasis is put on power quality. Nowada...
ABSTRACT: The conventional full-wave diode bridge rectifier with an output capacitor filter produces...
The AC line input voltage is frequently rectified by single-phase diode rectifiers and filtered usin...
Rectifiers are required by the devices connected to the distribution end of the electrical power net...
This paper presents an advanced Average Current-Mode Control (ACMC) technique for single phase AC-DC...
The devices generally used in industrial, commercial and residential applications need to undergo re...
Abstract Traditional AC to DC converters converts AC source voltage to DC output voltage with poo...
Abstract — Power factor correction of high frequency switch mode power supply and its application in...
The advent of controller integrated circuits has forced the development of new power factor correcti...
Smooth switching technology with a single-phase converter from AC to DC is existing in this work. A ...
Rectifiers are required by the devices connected to the distribution end of the electrical power net...
A novel high-power-factor Buck type converter with average current control based on UC 3854 is propo...
This paper presents a boost-integrated, single-phase, pulse width modulated (PWM), fixed frequency a...
This paper focuses on the analysis of a power factor correction (PFC) converter using close loop Ĉuk...
Electronic equipments recently in use ( PCs, TVs, and Telecommunication Equipments etc.) require pow...
Due to increase in modern power electronic systems the more emphasis is put on power quality. Nowada...
ABSTRACT: The conventional full-wave diode bridge rectifier with an output capacitor filter produces...
The AC line input voltage is frequently rectified by single-phase diode rectifiers and filtered usin...
Rectifiers are required by the devices connected to the distribution end of the electrical power net...