This paper describes a detailed design procedure for passivity-based controllers developed
using the Brayton-Moser (BM) framework. Several passivity-based feedback designs are …

The focus of this paper is on a simple half‐bridge converter that performs power factor
correction (PFC) using current sensorless control. Current sensors increase cost, auxiliary …

Passivity-based control is widely used in electronic circuit systems because it can utilize
their internal structures to facilitate the controller design. In this paper, we first propose a …

A novel chaotic pulse‐width‐modulation (PWM) boost converter has been previously
proposed to reduce electromagnetic interference (EMI) in DC–DC converters, where the …

A passivity based control strategy for an electric vehicle single-phase battery charger is
presented in this paper. The proposed control strategy allows charging the battery bank with …

This paper proposes a 1‐kV single‐phase neutral point clamped (NPC) PWM rectifier with a
simple predictive power controller (PPC). It includes the three‐level NPC converter and a …

This paper presents a sliding mode control strategy for a dc-dc dual active bridge converter.
The controller is based on a truncated model obtained using the generalized state space …

Hybrid generation systems produce electric energy from a wide variety of energy sources,
including renewable sources. A hybrid system based on renewable sources usually consists …

This letter presents a single‐stage soft‐switched full‐bridge AC/DC converter for low‐
voltage/high‐current output applications. A phase‐shifted method with a variable frequency …

SUMMARY A novel energy‐retaining power supply for AC arc welding machines is
proposed in this paper. In this kind of power supply, current‐steering diodes connected …