Model predictive control for quad active bridge DC-DC converter for more electric aircraft applications. [PDF]
Sci RepAdam AHA, Chen J, Xu M, Kamel S, Ali G.
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A modelling technique to determine the high frequency transformer leakage inductance using the winding structure. [PDF]
Sci RepDira YS +3 more
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A novel soft-switched trans-inverse ultra-high-gain DC/DC converter with low switch voltage stress. [PDF]
Sci RepHasanpour S.
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Soft switched high gain trans inverse DC-DC converter based on three winding coupled inductor for renewable energy applications. [PDF]
Sci RepVenkatesan S, Nandagopal A.
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Development of a solar-integrated energy management system for grid-to-vehicle and vehicle-to-grid power exchange. [PDF]
Sci RepRao NVK, Krishna KB.
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Design and analysis of power decoupling based microinverter considering parasitic parameters. [PDF]
Sci RepZhang Y, Si B.
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Fuzzy-Adaptive ESO Control for Dual Active Bridge Converters. [PDF]
Sensors (Basel)Seo JH, Choi SJ.
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In this paper, a novel zero-voltage switching (ZVS) full-bridge converter is proposed to overcome the disadvantages of traditional phase-shifted full-bridge (PSFB) converter. In the proposed converter, a half-bridge (HB) converter with center-tap rectifier (CTR) is integrated into the traditional PSFB converter by sharing the lagging-leg switches and ...
Jikai Chen, Hongpeng Liu, Chuang Liu
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A Zero Voltage Switching (ZVS) Boost Converter Suitable for Power Factor Correction
2017 14th IEEE India Council International Conference (INDICON), 2017The paper addresses zero voltage switching (ZVS) boost converter that ensures to reduce the switching power losses and smart for the power factor correction as well as the wider range of the input voltages load variations. The boost diode of a standard boost converter is reinstated by auxiliary MOSFET ascertaining the turned off ZVS operations from the
T Halder
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A Zero Voltage Switching SVM (ZVS–SVM) Controlled Three-Phase Boost Rectifier
IEEE Transactions on Power Electronics, 2007A zero voltage switching space vector modulation (ZVS-SVM) controlled three-phase boost rectifier is proposed. A branch composed of one active switch, one resonant inductor and one clamping capacitor is added to the six-switch boost rectifier. In addition, a ZVS-SVM for the rectifier is proposed. It can effectively suppress the reverse recovery process
Rui Li, Dehong Xu
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