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1
Theoretical Discovery and Experimental Synthesis of Ultra-Wide-Band-Gap Semiconductors for Power Electronics.
Theoretical Discovery and Experimental Synthesis of Ultra-Wide-Band-Gap Semiconductors for Power Electronics.
Chae, Sieun.Materials Science and Engineering. | University of Michigan. | 2022
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2
Advanced Power Electronics Topologies and Control for Electric Distribution and Microgrid Applications.
Advanced Power Electronics Topologies and Control for Electric Distribution and Microgrid Applications.
Ramos-Ruiz, Jorge Alfonso.Electrical and Computer | Texas A&M University. | 2020
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3
Improving the Performance of Passive Components of the Power Electronics at High Switching Frequency.
Improving the Performance of Passive Components of the Power Electronics at High Switching Frequency.
Alshaabani, Abdulrhman.Electrical Engineering - Do | Michigan State University. | 2021
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4
Conducted EMI Mitigation Associated with Capacitive and Inductive Coupling of the Magnetic Components in Power Electronics
Conducted EMI Mitigation Associated with Capacitive and Inductive Coupling of the Magnetic Components in Power Electronics
Zhang, Huan. | University of Florida | 2019
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5
Power electronics : principles and applications
Power electronics : principles and applications
Vithayathil, Joseph | McGraw-Hill | 1995
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6
Power electronic systems : theory anddesign
Power electronic systems : theory anddesign
Agrawal, Jai P. | Prentice Hall | 2001
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7
Power electronics : principles & applications
Power electronics : principles & applications
Jacob, J. Michael. | Delmar Thomson Learning | 2002
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8
Manhattan Converter Family: Partial Power Processing, Module Stacking With Linear Complexity, Efficiency and Power Density, in DC and AC Applications.
Manhattan Converter Family: Partial Power Processing, Module Stacking With Linear Complexity, Efficiency and Power Density, in DC and AC Applications.
Jahnes, Matthew H.Electrical Engineering. | Columbia University. | 2024
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9
현대 전력전자공학
현대 전력전자공학
Trzynadlowski, Andrzej | 한빛미디어 | 2011
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10
Granular Power Conversion with Distributed Switching Cells and Magnetics Integration- [electronic resource]
Granular Power Conversion with Distributed Switching Cells and Magnetics Integration- [electronic resource]
Wang, Ping.Electrical and Computer Engineering. | Princeton University. | 2023
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