Extended Switching-Capacitor-Based Buck–Boost Converter
V Khubchandani, M Veerachary - IEEE Journal of Emerging …, 2022 - ieeexplore.ieee.org
In this article, a fifth-order extended switching-capacitor-based buck–boost converter
(ESCBBC) is proposed, which exhibits lower source current ripple. It is formulated by the …
(ESCBBC) is proposed, which exhibits lower source current ripple. It is formulated by the …
Improved methodology for estimating switching losses of wide band-gap semiconductors using Gaussian curve fitting
BM Bryant, AN Lemmon, BT DeBoi… - … on Power Electronics, 2024 - ieeexplore.ieee.org
The accurate assessment of switching losses is critical for evaluating the achievable
performance of hard-switched applications implemented with wide-bandgap …
performance of hard-switched applications implemented with wide-bandgap …
Multi-phase hybrid boost converter with high conduction loss reduction and fast dynamic response for automotive applications
In this paper, the concept of multi-phase hybrid buck and boost converters (MP-HBUC and
MP-HBOC), is presented. By using single-phase hybrid buck and boost converters (HBUC …
MP-HBOC), is presented. By using single-phase hybrid buck and boost converters (HBUC …