"Ghiffari Aby Malik Nasution,Masaki Matsumoto,Makoto Hagiwara","Switching-Ripple Current Evaluation of Bidirectional Chopper with Single Auxiliary Full-Bridge Converter","2023 IEEE Energy Conversion Congress & Expo (ECCE2023)",,,,,,2023,Nov.
"Taiki Kanda,Kazuki Ishii,takahiro urakabe,Makoto Hagiwara,Yuuki Itogawa,檜垣優介","ゲート磁気結合方式を用いた駆動回路におけるゲート電圧振動抑制方法","電気学会研究会資料. SPC, 半導体電力変換研究会",,,,,,2023,Oct.
"Yuto Nakamura,Atsuya Suzuki,Makoto Hagiwara","単一デルタブリッジセル変換器を用いた単方向三相/直流変換器の制御法と実験検証","電気学会研究会資料. SPC, 半導体電力変換研究会",,,,,,2023,Oct.
"Atsuya Suzuki,Yuto Nakamura,Makoto Hagiwara","単一デルタブリッジセル変換器を用いた直流/三相変換器の逆相無効電力制御と有効電力制御","電気学会研究会資料. SPC, 半導体電力変換研究会",,,,,,2023,Oct.
"Vinay Kumar Reddy,Makoto Hagiwara","LVRT capability of three-phase PV inverter using bidirectional choppers for utility-scale solar PV generation systems","令和5年電気学会産業応用部門大会",,"電気学会",,,"pp. I-277-I-282",2023,Aug.
"Kazuki Ishii,Taiki Kanda,takahiro urakabe,Makoto Hagiwara,Yuuki Itogawa,檜垣優介","ゲート磁気結合トランスとコンデンサを併用したSiC-MOSFET/SiC-SBDスイッチング素子の直列駆動に関する研究","電気学会研究会資料. SPC, 半導体電力変換研究会",,"電気学会",,,,2023,July
"Masaki Matsumoto,Ghiffari Aby Malik Nasution,Makoto Hagiwara","補助フルブリッジ変換器を有する双方向チョッパの電流リプル解析と実験検証","電気学会研究会資料. SPC, 半導体電力変換研究会",,"電気学会",,,,2023,July
"Hamdan Nour,Makoto Hagiwara","Power Analysis of Switched Capacitor Converter Utilizing Singular Auxiliary Chopper","電気学会研究会資料. SPC, 半導体電力変換研究会",,"電気学会",,,,2023,July
"Junichi Nakashima,Takeshi Horiguchi,Yasushige Mukunoki,Makoto Hagiwara,Takahiro Urakabe,Shigeki Harada","Automated Flexible Modeling for Various Full-SiC Power Modules",,"IEEE Transactions on Power Electronics","IEEE","Vol. 38","Issue 5","pp. 6094-6107",2023,May
"Luo Tian,Yu-chen Su,Makoto Hagiwara","Operation and Performance of DC-DC Converter Using Multiple Cascaded Choppers for Future DC Power Grids","2023 11th International Conference on Power Electronics and ECCE Asia (ICPE 2023 - ECCE Asia)",,"IEEE",,,"pp. 1745-1751",2023,May
"Yu-Chen Su,Kento Okumura,Makoto Hagiwara","Operation of the SDBC based STATCOM integrated with one Single-Phase Converter allowing Active Power Control under Unbalanced Grid Conditions","2023 11th International Conference on Power Electronics and ECCE Asia (ICPE 2023 - ECCE Asia)",,"IEEE",,,"pp. 2504-2511",2023,May
"Kazuma Kinutani,Kazuaki Tesaki,Makoto Hagiwara,田口義晃","フライングキャパシタ変換器をベースとした非絶縁形DC-DC変換器の電流制御法比較",,"電気学会論文誌. D, 産業応用部門誌","電気学会","Vol. 143","No. 4","pp. 281-291",2023,Apr.
"Qiao Linyue,Makoto Hagiwara","Evaluation and Performance of Three-phase Inverter Using Multiple Bidirectional Choppers Intended for 1.5-kVdc PV Systems",,"IEEE Access","IEEE","Vol. 11",,"pp. 32636-32647",2023,Apr.
"Taiki Kanda,Kazuki Ishii,takahiro urakabe,Makoto Hagiwara,檜垣優介","ゲート磁気結合方式を用いた駆動回路におけるゲート電圧振動抑制方法","令和5年電気学会全国大会",,,,"  4-019","pp. 28-29",2023,Mar.
"Yuto Nakamura,Tateto OKUMURA,蘇 ?丞,Makoto Hagiwara","単一デルタブリッジセル変換器を用いた単方向三相/直流変換器の実験検証","令和5年電気学会全国大会",,,,"  4-027","pp. 43-44",2023,Mar.
"Nour Hamdan,Makoto Hagiwara","Fundamental Experiment of Switched Capacitor Converter with Single Auxiliary Chopper Cell","令和5年電気学会全国大会",,,,"  4-047","pp. 80-81",2023,Mar.
"Masaki Matsumoto,Ghiffari Aby Malik Nasution,Makoto Hagiwara","補助フルブリッジ変換器を有する双方向チョッパの電流リプル評価","令和5年電気学会全国大会",,,,"  4-044","pp. 75-76",2023,Mar.
"Tatsuya Yamada,Makoto Hagiwara","昇降圧チョッパをベースとしたコンデンサ絶縁形DC-DCコンバータの接地時の挙動","令和5年電気学会全国大会",,,,"  4-036","pp. 61-62",2023,Mar.
"Yamato Kamiyama,Kazuma Kinutani,Makoto Hagiwara","電気的絶縁を目的としたスイッチトキャパシタ変換器をベースとしたDC-DCコンバータの基礎実験","令和5年電気学会全国大会",,,,"  4-031","pp. 51-52",2023,Mar.
"Luo Tian,Yu-chen Su,Makoto Hagiwara","A Bidirectional Isolated DC-DC Converter with Auxiliary Choppers for Energy Storage","電気学会研究会資料. SPC, 半導体電力変換研究会",,,,,"  SPC-23-055",2023,Jan.
"Qiao Linyue,Yoshifumi Shimizu,Makoto Hagiwara","Current Control of Three-phase Inverter Using Multiple Bidirectional Choppers Intended for 1.5-kV PV Systems",,"IEEE Transactions on Industry Applications","IEEE","Vol. 59","No. 1","pp. 910-924",2023,Jan.
"Nikola Krneta,Makoto Hagiwara","Reconfigurable Large Current and High Voltage Test Bench for HVDC Circuit Breaker Verification",,"IEEE Transactions on Power Electronics","IEEE","Vol. 38","Issue 1","pp. 523-537",2023,Jan.