LLC resonant converter with significant resonant inductance is proposed for designing an
adjustable wide-range regulated voltage source. Large resonant inductance increases …

This paper deals with the switching regulation of boost power factor correction (PFC)
converter under large and quick load fluctuation to ensure tight output voltage regulation …

In this paper, a generalized approach for the systematic generation of robust control rules for
the boost power factor correction converter is presented. Based on a cascading multiloop …

Low cost passive power factor correction (PFC) and single-stage PFC converters cannot
draw a sinusoidal input current and are only suitable solutions to supply low power levels …

This work presents a review of power-factor-correction (PFC) circuits for low-and medium-
power single-phase power supplies. The main idea is not just to show the state of the art of …

Using the reduced redundant power processing (R 2 P 2) principle, a single-phase power-
factor correction (PFC) power supply can achieve a higher overall efficiency as a result of …

Power-factor preregulators are commonly used in electronic equipments for minimizing the
injection of current harmonics into the mains power line. However, the bandwidth of …

Continuous conduction mode power factor correction AC–DC converters are widely
employed as the front stage in power supplies with medium or high output power. The …

A single-phase boost rectifier system with conventional low-bandwidth voltage loop exhibits
poor dynamic response. A simple method is presented to improve the dynamic response of …

Typically, a power-factor-correction (PFC) power supply consists of two stages, one
responsible for PFC and the other for voltage regulation. In this paper, we propose to use a …