The bridgeless buck power factor correction (PFC) converters feature the merits of low
output voltage and high efficiency while their inherent dead angles in the input current will …

Boost-based converters are used in a variety of nonisolated step-up applications, such as
power factor correctors, because of their simplicity. The power density of these converters …

Due to its simplicity, the hard-switching boost converter is widely used in many applications,
such as renewable energy and power factor correction. The power density of the converter …

AC-DC conversion is a necessary for the systems that require DC source. This conversion
has been done via rectifiers based on controlled or uncontrolled semiconductor switches …

This paper introduces a new soft switched AC-DC boost converter with power factor
correction (PFC). In the introduced converter, all devices are turned on and off under soft …

Buck power factor correction (PFC) converters, compared with conventional boost PFC
converters, exhibit high efficiency performance in the entire range of universal line voltage …

A new three‐phase two‐switch voltage clamping buck Power Factor Correction (PFC) is
presents in this paper. The principle and equations of operations are described in detail …

Active power factor correction (PFC) is standard for many ac-powered applications to
decrease harmonic noise in the grid. PFC circuitry typically utilizes a boost converter, but a …

This paper deals with the topic of quantification of soft power through emotional analysis.
Sentiment analysis refers to the process of detecting and analyzing emotions or emotions in …

Abstract Rectifiers with Alternating Current (AC) input and Direct Current (DC) output are
required in many applications to regulate the output and provide a Power Factor Correction …