This paper presented a modeling and control aspect with an offline‐based parameter
optimization algorithm for effectively tuning the controller parameters of the three‐phase …

This paper performs parameter optimization of proportional-integral (PI) and repetitive
controller (RC) with a new objective function by adding two degrees of freedom for a three …

This paper presents a digital plug-in frequency domain based repetitive control scheme for
minimizing the odd order harmonics in the supply line side currents of the three phase …

This paper presents a digital repetitive control (RC) scheme to minimize the even-order
harmonics at the dc link voltage and odd-order harmonics in the line-side currents under …

In this paper, the working principle of the staggered parallel Boost power factor correction
(PFC) circuit is studied. The main circuit adopting the topology of the rectifier device has the …

This paper presents a dual frame control scheme with a digital plug-in frequency domain
based repetitive controller (FDRC) for minimizing the even order harmonics at the output dc …

Independent current control of the three-phase boost power factor correction (PFC) rectifier
with differential feedforward is proposed for wide ac input frequency application. When …

In this article, the performance of the proportional–integral-type (PI-type) current controller in
the digital average current mode (ACM) controlled three-phase six-switch (3ph-6s) boost …

In three-phase applications, the six-switch boost power factor correction rectifier is the most
widely employed topology because of its good performance and cost effectiveness. A vast …

Converters operating in discontinuous-conduction-mode and using the bridgeless technique
can offer rectification and elevation of voltage in high frequency, also can offer better …