Today to achieve ac-dc power conversions with high input power factor and low harmonic distortions, Power factor correction (PFC) converters are widely used. This paper lays out the research and development done in the field of PFC’s. Converter topologies, control strategies, power quality etc has been discussed here. Higher power ratings, faster switching speed and lower cost are the areas of concern for digital controllers and converters and thus PFC has gained attention
A high-performance, three-phase power factor corrected (PFC) front-end converter with universal inpu...
In this thesis, front-end solutions with single-phase power factor correction (PFC) capability are s...
Power factor in an AC electrical power system is described as the ratio of the actual power passing ...
An ac to dc converter is an integral part of any power supply unit used in the all electronic equipm...
The advent of controller integrated circuits has forced the development of new power factor correcti...
For low-cost isolated ac/dc power converters adopting high-voltage dc-link, research efforts focus o...
Power Factor Correction (PFC) is a necessary feature of many AC/DC Power Electronics products. The i...
In present situation, the increase in the utilization of computers, laptops,uninterruptable power su...
One-stage power factor correction (PFC) with output electrical isolation. Two types of PFC converter...
One-stage power factor correction (PFC) with output electrical isolation. Two types of PFC converter...
One-stage power factor correction (PFC) with output electrical isolation. Two types of PFC converter...
Electronic equipments recently in use ( PCs, TVs, and Telecommunication Equipments etc.) require pow...
With the increased interest in applying Power Factor Correction (PFC) to off-line AC-DC converters, ...
A high-performance, three-phase power factor corrected (PFC) front-end converter with universal inpu...
Modern power electronic systems operate with different voltage and/or frequency rating such as Adjus...
A high-performance, three-phase power factor corrected (PFC) front-end converter with universal inpu...
In this thesis, front-end solutions with single-phase power factor correction (PFC) capability are s...
Power factor in an AC electrical power system is described as the ratio of the actual power passing ...
An ac to dc converter is an integral part of any power supply unit used in the all electronic equipm...
The advent of controller integrated circuits has forced the development of new power factor correcti...
For low-cost isolated ac/dc power converters adopting high-voltage dc-link, research efforts focus o...
Power Factor Correction (PFC) is a necessary feature of many AC/DC Power Electronics products. The i...
In present situation, the increase in the utilization of computers, laptops,uninterruptable power su...
One-stage power factor correction (PFC) with output electrical isolation. Two types of PFC converter...
One-stage power factor correction (PFC) with output electrical isolation. Two types of PFC converter...
One-stage power factor correction (PFC) with output electrical isolation. Two types of PFC converter...
Electronic equipments recently in use ( PCs, TVs, and Telecommunication Equipments etc.) require pow...
With the increased interest in applying Power Factor Correction (PFC) to off-line AC-DC converters, ...
A high-performance, three-phase power factor corrected (PFC) front-end converter with universal inpu...
Modern power electronic systems operate with different voltage and/or frequency rating such as Adjus...
A high-performance, three-phase power factor corrected (PFC) front-end converter with universal inpu...
In this thesis, front-end solutions with single-phase power factor correction (PFC) capability are s...
Power factor in an AC electrical power system is described as the ratio of the actual power passing ...