Simple analog-based accurate variable on-time control for critical conduction mode boost power factor correction converters
In order to suppress the input current distortion of critical conduction mode (CRM) boost
power factor correction (PFC) converters, variable on-time (VOT) control has been adopted …
power factor correction (PFC) converters, variable on-time (VOT) control has been adopted …
A 9.2-ns to 1-s digitally controlled multituned deadtime optimization for efficient GaN HEMT power converters
This paper presents a tunable new deadtime control circuit providing an optimal delay for
power converter optimization. Our method can reduce the deadtime loss while improving the …
power converter optimization. Our method can reduce the deadtime loss while improving the …
Stability analysis of variable frequency control method of soft switching for boost converter with wide bandgap semiconductors
S Norouzi, H Ghoreishy, AA Ahmad… - 2023 14th Power …, 2023 - ieeexplore.ieee.org
As a means of achieving soft switching in a boost converter without altering the converter's
structure or its variable frequency control, the quasi-resonance method is proposed. The …
structure or its variable frequency control, the quasi-resonance method is proposed. The …
Adaptive constant power control of MHz GaN-based AC/DC converters for low power applications
With offline single-phase power supplies moving toward the megahertz switching frequency
range, the converter's bus capacitor becomes the bottleneck of further improvement of power …
range, the converter's bus capacitor becomes the bottleneck of further improvement of power …
Power loss model for GaN-based MHz critical conduction mode power factor correction circuits
Wide bandgap (WBG) devices allow power factor correction (PFC) circuits to operate at
megahertz (MHz), which improves power density. In low-power applications, critical …
megahertz (MHz), which improves power density. In low-power applications, critical …
Semiconductor galvanic isolation based onboard vehicle battery chargers
C Yao - 2018 - rave.ohiolink.edu
Power converters with galvanic isolation are widely used in various applications, which is
also required by the industry safety standards (eg, IEC60950 and UL2202). Traditionally …
also required by the industry safety standards (eg, IEC60950 and UL2202). Traditionally …
Design and analysis of a high power supply for the research system of superconducting magnets
R Huang, P Fu, Y Zhu, L Huang, G Gao, L Xu… - Fusion Engineering and …, 2019 - Elsevier
To test superconductors with high performance such as Nb 3 Sn Cable-in-Conduit
Conductor (CICC) and superconducting magnets from small scale to large scale, the …
Conductor (CICC) and superconducting magnets from small scale to large scale, the …
An optimization approach for high-efficiency high-power-density boost converters
C Zhang, DJ Perreault - 2018 IEEE 19th Workshop on Control …, 2018 - ieeexplore.ieee.org
Boost converters running in valley switching mode have the advantages of low switching
loss and small inductor size. However, the switching frequency is not fixed as operating …
loss and small inductor size. However, the switching frequency is not fixed as operating …
Active gate current control for non-insulating-gate WBG devices
This paper proposes an Active Gate Current Control (AGCC) strategy for non-insulating gate
WBG devices, for example, gallium nitride gate-injection-transistor (GaN-GIT) and silicon …
WBG devices, for example, gallium nitride gate-injection-transistor (GaN-GIT) and silicon …
Optimized variable on-time control for LED lighting driver
J Wang, H Eto, F Kurokawa - 2018 International Power …, 2018 - ieeexplore.ieee.org
This paper focus on how to implement variable on-time control to predictive boundary
conduction mode boost PFC converter for driving LED lighting applications. Normally, the …
conduction mode boost PFC converter for driving LED lighting applications. Normally, the …