Simultaneous power and data transmission is possible by data injection into control signals
of power converters without additional hardware. In this letter, a modified analog hysteretic …

A non-isolated buck/boost converter features bidirectional power flow capability and a wide
output voltage range. The zero-voltage switching (ZVS) can be achieved under triangular …

A switched-mode power converter for highly efficient charging and discharging of
electrocaloric capacitors is presented. A GaN-based half-bridge is controlled by analog …

This paper introduces a novel approach to designing autonomous gate drivers for soft-
switched buck converters. The objective is to reduce switching losses, enhance converter …

Triangular conduction mode (TCM) is a technique to operate non-isolated buck/boost
converters under zero voltage switching (ZVS) turn-on. In TCM, a negative current is …

This paper presents a ZVS-bidirectional converter for 48V MHVs. The proposed converter
boasts attractive features, including enhanced voltage gain, minimized voltage stresses, a …

In this paper, a simple auxiliary circuit is utilized to provide soft-switching condition for the
conventional buck converter. The utilized auxiliary circuit contains no switches and without …

This paper introduces an analytical approach to specify the zero-voltage switching (ZVS)
condition in TCM operation without any extra circuits for a high voltage gain DC-DC …

In this article, a soft-switched structure for the synchronous buck converters is proposed and
analyzed. In this structure, by adding an LC circuit to the synchronous buck converter, soft …

A new, optimal thermal-based adaptive frequency control (OTC) for a bidirectional DC–DC
converter with full-range zero-voltage switching (ZVS) is presented in this paper. The …