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Hecho en Colombia
Jun Imaoka
Universidad de Nagoya
Perfil externo:
Citaciones:
331
Productos:
16
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16 Productos
Más citado
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Downsizing Effects of Integrated Magnetic Components in High Power Density DC–DC Converters for EV and HEV Applications
Acceso Cerrado
ART-ART_A1
ID Minciencias: ART-0001405196-27
Fuente: IEEE Transactions on Industry Applications
Shota Kimura
Yuki Itoh
Wilmar Hernan Martinez Martinez
Masayoshi Yamamoto
Jun Imaoka
Wilmar Hernan Martinez Martinez
Temas:
Inductor
Converters
Powertrain
Duty cycle
Power density
Electrical engineering
Power (physics)
Electric vehicle
Electronic engineering
Engineering
Automotive industry
Automotive engineering
Voltage
Physics
Torque
Quantum mechanics
Aerospace engineering
Thermodynamics
Publicado: 2016
Citaciones:
65
Altmétricas:
0
Artículo de revista
Magnetic Design and Experimental Evaluation of a Commercially Available Single Integrated Transformer in Three-Phase LLC Resonant Converter
Acceso Abierto
ART-ART_A1
ID Minciencias: ART-0001405196-52
Fuente: IEEE Transactions on Industry Applications
Mostafa Noah
Shota Kimura
Jun Imaoka
Wilmar Hernan Martinez Martinez
Shun Endo
Masayoshi Yamamoto
Kazuhiro Umetani
Wilmar Hernan Martinez Martinez
Temas:
Transformer
Electrical engineering
Engineering
Electronic engineering
Magnetic core
Three-phase
Electromagnetic coil
Energy efficient transformer
Distribution transformer
Network topology
Topology (electrical circuits)
Computer science
Voltage
Operating system
Publicado: 2018
Citaciones:
41
Altmétricas:
0
Artículo de revista
A novel three-phase LLC resonant converter with integrated magnetics for lower turn-off losses and higher power density
Acceso Cerrado
Fuente: 2022 IEEE Applied Power Electronics Conference and Exposition (APEC)
Mostafa Noah
Shota Kimura
Shun Endo
Masayoshi Yamamoto
Jun Imaoka
Kazuhiro Umetani
Wilmar H Martinez
Temas:
Transformer
Topology (electrical circuits)
Buck–boost converter
Power density
Electronic engineering
Boost converter
Electrical engineering
Forward converter
Three-phase
Magnetic core
Voltage
Power (physics)
Computer science
Engineering
Electromagnetic coil
Physics
Quantum mechanics
Publicado: 2017
Citaciones:
30
Altmétricas:
0
Artículo de revista
A Novel Integrated Magnetic Core Structure Suitable for Transformer-Linked Interleaved Boost Chopper Circuit
Acceso Abierto
ART-ART_B
ID Minciencias: ART-0001405196-17
Fuente: IEEJ Journal of Industry Applications
Jun Imaoka
Shota Kimura
Wilmar Hernan Martinez Martinez
Masayoshi Yamamoto
Wilmar Hernan Martinez Martinez
Temas:
Inductor
Transformer
Inductive coupling
Chopper
Inductance
Magnetic core
Magnetic circuit
Leakage inductance
Electrical engineering
Electronic engineering
Ferrite core
Equivalent circuit
Computer science
Materials science
Magnet
Engineering
Electromagnetic coil
Voltage
Publicado: 2014
Citaciones:
29
Altmétricas:
0
Artículo de revista
A Magnetic Design Method Considering DC-Biased Magnetization for Integrated Magnetic Components Used in Multiphase Boost Converters
Acceso Abierto
ART-ART_A1
ID Minciencias: ART-0001405196-50
Fuente: IEEE Transactions on Power Electronics
Jun Imaoka
Kenkichiro Okamoto
Shota Kimura
Mostafa Noah
Wilmar Hernan Martinez Martinez
Masayoshi Yamamoto
Masahito Shoyama
Wilmar Hernan Martinez Martinez
Temas:
Inductor
Converters
Electronic engineering
Power (physics)
Magnetic circuit
Inductance
Electrical engineering
Engineering
Computer science
Control theory (sociology)
Magnet
Physics
Voltage
Control (management)
Quantum mechanics
Artificial intelligence
Publicado: 2017
Citaciones:
29
Altmétricas:
0
Artículo de revista
Total volume evaluation of high‐power density non‐isolated DC–DC converters with integrated magnetics for electric vehicles
Acceso Abierto
ART-ART_A1
ID Minciencias: ART-0000462411-101
Fuente: IET Power Electronics
Wilmar H Martinez
Camilo A Cortes
Masayoshi Yamamoto
Jun Imaoka
Kazuhiro Umetani
Temas:
Converters
Inductor
Interleaving
Power density
Power (physics)
Capacitor
Electronic engineering
Electrical engineering
Volume (thermodynamics)
Computer science
Engineering
Voltage
Physics
Quantum mechanics
Publicado: 2017
Citaciones:
28
Altmétricas:
0
Artículo de revista
Effect of inductor parasitic resistances on the voltage gain of high step‐up DC–DC converters for electric vehicle applications
Acceso Abierto
ART-ART_A1
ID Minciencias: ART-0000462411-100
Fuente: IET Power Electronics
Wilmar H Martinez
Camilo A Cortes
Masayoshi Yamamoto
Jun Imaoka
Temas:
Converters
Inductor
Voltage
Electrical engineering
Materials science
Charge pump
Parasitic element
Optoelectronics
Engineering
Capacitor
Publicado: 2018
Citaciones:
28
Altmétricas:
0
Artículo de revista
Volume comparison of DC-DC converters for electric vehicles
Acceso Cerrado
Wilmar H Martinez
Shota Kimura
Jun Imaoka
Masayoshi Yamamoto
Camilo A Cortes
Temas:
Interleaving
Converters
Inductor
Network topology
Electronic engineering
Capacitor
Electrical engineering
Power (physics)
Boost converter
Topology (electrical circuits)
Volume (thermodynamics)
Computer science
Engineering
Voltage
Physics
Quantum mechanics
Operating system
Publicado: 2015
Citaciones:
25
Altmétricas:
0
Artículo de revista
Efficiency optimization of a two-phase interleaved boost DC-DC converter for Electric Vehicle applications
Acceso Cerrado
Wilmar H Martinez
Masayoshi Yamamoto
Jun Imaoka
Freddy Velandia
Camilo A Cortes
Temas:
Converters
Network topology
Inductor
Electronic engineering
Electric vehicle
Topology (electrical circuits)
Power (physics)
Power density
Three-phase
Boost converter
Computer science
Electrical engineering
Engineering
Voltage
Physics
Quantum mechanics
Operating system
Publicado: 2016
Citaciones:
23
Altmétricas:
0
Artículo de revista
Feasible Evaluations of Coupled Multilayered Chip Inductor for POL Converters
Acceso Abierto
ART-ART_B
ID Minciencias: ART-0001405196-19
Fuente: IEEJ Journal of Industry Applications
Jun Imaoka
Shota Kimura
Yuki Itoh
Wilmar Hernan Martinez Martinez
Masayoshi Yamamoto
Michiaki Suzuki
Kenji Kawano
Wilmar Hernan Martinez Martinez
Temas:
Inductor
Converters
Ferrite core
Materials science
Electromagnetic coil
Magnetic core
Chip
Eddy current
Electronic engineering
Electrical engineering
Optoelectronics
Engineering
Voltage
Publicado: 2015
Citaciones:
10
Altmétricas:
0
Artículo de revista
1
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