IEICE Technical Committee

Information and Systems-Image Engineering(Date:2023/01/19)

Presentation

Design of DC-DC converter for hybrid battery - thermoelectric generator power supply

Shunsuke Tanabe(Shizuoka Univ.), Toru Tanzawa(Shizuoka Univ.),

[Date]2023-01-19
[Paper #]EE2022-30

A circuit model of latch-type RF-DC charge pump for microwave wireless power transfer

Ryoma Kotsubo(Shizuoka Univ), Toru Tanzawa(Shizuoka Univ),

[Date]2023-01-19
[Paper #]EE2022-31

[Invited Talk] Whole element loss analysis by Scideam

Soichiro Nakamura(SEL), Masatoshi Nakahara(SEL),

[Date]2023-01-19
[Paper #]EE2022-36

Current Balancing Three-Phase Interleaved Resonant Converter with 1.5x Step-Up Conversion Ratio for High-Voltage EV Batteries

Yuto Fujii(Ibaraki Univ.), Masatoshi Uno(Ibaraki Univ.),

[Date]2023-01-19
[Paper #]EE2022-32

Evaluation of Power Generation of Photovoltaic Panel on EVs with Cell- and Substring-Level Differential Power Processing Converters Using 3D Model

Benzhou Xin(Ibaraki Univ.), Ryota Hiraide(Ibaraki Univ.), Masatoshi Uno(Ibaraki Univ.),

[Date]2023-01-19
[Paper #]EE2022-33

Emergency Solar Power Generation System

Koki Hamada(Oita Univ.), Terukazu Sato(Oita Univ.),

[Date]2023-01-19
[Paper #]EE2022-34

Analysis of Load Sharing Characteristics on Plug-and-Play DC Distribution System Across Multi Level Virtual Conductor

Yasushi Eto(Kyushu Univ.), Yuichi Noge(Kyushu Univ.), Masahito Shoyama(Kyushu Univ.), Tadatoshi babasaki(NTT-F),

[Date]2023-01-19
[Paper #]EE2022-35

Parameter estimation of component of DC-DC converter with state-space modeling and linear regression

Yano Ikuma(Nagasaki Univ.), Maruta Hidenori(Nagasaki Univ.),

[Date]2023-01-19
[Paper #]EE2022-38

A Study on Model Predictive Control DC-DC Converter Using Dynamic Quantization

Kohei Yamamoto(Nagasaki Univ.), Hidenori Maruta(Nagasaki Univ.),

[Date]2023-01-19
[Paper #]EE2022-39

PWM Control of LLC Resonant Converters

So Yanagimoto(Oita Univ), Terukazu Sato(Oita Univ),

[Date]2023-01-19
[Paper #]EE2022-40

Proposal of a Virtual Prototyping Technique as a Design Method of Next Generation Power Supply and Design Consideration of the Switching Power Supply for Miniaturization using the Proposed Technique

Ayano Furue(Kyutech), Shinei Miyasaka(Kyutech), Yusuke Ogushi(Kyutech), Riki Yamanishi(Kyutech), Satoshi Matsumoto(Kyutech), Masataka Hasegawa(AIST),

[Date]2023-01-19
[Paper #]EE2022-41

Load-independent constant-current output series-resonant inverter

Yutaro Komiyama(Chiba Univ.), Wenqi Zhu(Chiba Univ.), Xiuqin Wei(Chiba Tech.), Kien Nguyen(Chiba Univ.), Hiroo Sekiya(Chiba Univ.),

[Date]2023-01-19
[Paper #]EE2022-42

[Invited Talk] Power Electronics for a Future Sustainable Society

Ichiro Omura(KIT),

[Date]2023-01-19
[Paper #]EE2022-37

Waveform Improvement of Three-Phase Inverter with Virtual Dummy Resistor

Takeshi Uematsu(OMRON), Mitsuru Sato(OMRON), Takeshi Kiribuchi(OMRON),

[Date]2023-01-20
[Paper #]EE2022-52

Isolated Multilevel Pulsating DC-Link Inverter for Cryogenic Temperature Power Conversion in Aircraft Applications

Shin Geonho(Kyushu Univ.), Mohamed Salah(Minia Univ.), Yuichi Noge(Kyushu Univ.), Masahito Shoyama(Kyushu Univ.), Gamal M. Dousoky(Minia Univ.),

[Date]2023-01-20
[Paper #]EE2022-53

Behavior of power MOSFETs driving 13.56MHz series LC resonant inverters

Daisuke Arai(Nagoya Univ.), Aoi Oyane(Nagoya Univ.), Yu Yonezawa(Nagoya Univ.), Jun Imaoka(Nagoya Univ.), Masayoshi Yamamoto(Nagoya Univ.),

[Date]2023-01-20
[Paper #]EE2022-54

Frequency response analysis of small wind turbine generator by resonance phenomenon

Yuto Iwasaki(AIT), Tadashi Hosoe(AIT), Kazuki Ikeda(AIT), Tsuyoshi Nishitani(AIT), Aoi Tanaka(AIT), Kazuto Yukita(AIT), Toshiya Nanahara(AIT), Yasuyuki Goto(AIT),

[Date]2023-01-20
[Paper #]EE2022-43

Single PCB current sensor for feedback control in the switch mode power converters

Bayarkhuu Battuvshin(KIT), Omura Ichiro(KIT),

[Date]2023-01-20
[Paper #]EE2022-45

Online junction temperature measurement of Power MOSFET by dynamic VGS-ID monitoring system

Yandagkhuu Bayarsaikhan(KIT), Ichiro Omura(KIT),

[Date]2023-01-20
[Paper #]EE2022-46

Analysis and Design on a Receiver-side PWM-based Load-Independent ZVS Class-E2 Wireless Power Transfer

Shoma Shimizu(Kobe Univ.), Tomokazu Mishima(Kobe Univ.),

[Date]2023-01-20
[Paper #]EE2022-51