2013/4 - 2014/3

Journal

    1. Takaharu Takeshita :
      "Handbook of Electrical Engineering (The 7th edition）,The 20th piece Power Electronics".
      The Institute of Electrical Engineers of Japan,Ohmsha,Ltd., pp.965-966

Journal

    1. Masaki Mori,Wataru Kitagawa,Takaharu Takeshita :
      "Design of Two-Degree-of-Freedom Electromagnetic Actuator using PMSM and LSM".
      Japan Society of Applied Electromagnetics and Mechanics, Vol.21 No. 3,pp.144-149

    2. Inami Asai,Takaharu Takeshita :
      "Visualization of PWM Strategy for a Direct Matrix Converter during Input and Output Voltage Periods".
      IEEJ Transactions on Industry Applications, Vol.134 No.1,pp.49-58

International Conference

    1. Baraji Veerasamy,Wataru Kitagawa,Takaharu Takeshita :
      "Input Power Factor Control of Bi-directional AC/DC Converter".
      The 10th IEEE International Conference on Power Electronics and Drive Systems（PEDS), B4L-F02-9086,pp.1103-1108

    2. Michihiko Yamada,Takaharu Takeshita :
      "PWM Strategy of AC to DC Converter with High Frequency Link for Reducing Output Voltage Ripple".
      International Conference on Power Engineering,Energy and Electrical Drives,POWERENG-2013, ID:357,pp.846-851

    3. Masaki Mori,Wataru Kitagawa,Takaharu Takeshita :
      "Characteristic Analysis of Two-Degree-of-Freedom Cylindrical Actuator".
      Institute for Superconducting & Electronic Materials (ISEM), pp.21-22

    4. Mahmoud A. Sayed,Takaharu Takeshita :
      "Novel PWM Technique for Three-to-Five Phase Matrix Converter".
      International Conference on Renewable Energy Research and Applications,ICRERA-2013, 231

    5. Wataru Kitagawa,Masaki Mori,Takaharu Takeshita :
      "Desing and Analysis of Two-Degree-of-Freedom Actuator using PMSM and LSM".
      The 10th IEEE International Conference on Power Electronics and Drive Systems（PEDS), B2L-F04-9175,pp.506-511

    6. Yuma Hayashi,Takaharu Takeshita :
      "Independent Control of Input Current and Output,Voltage for Modular Matrix Converters".
      The 39th Annual Conference of the IEEE Industrial Electronics Society（IECON-2013）, 0886-vf-008273,pp.886-891

    7. Yuya Fujishima,Wataru Kitagawa,Takaharu Takeshita :
      "Discharge Operation of Single-Stage Buck Bi-Directional AC/DC Converter".
      International Future Energy Electronics Conference 2013 (IFEEC 2013), S01-3-1174,pp.12-17

    8. Mahmoud A. Sayed Maha G. Elsheikh Mohamed Orabi,Emad M. Ahmed Takaharu Takeshita :
      "Grid-Connected Single-Phase Multi-Level Inverter".
      Twenty-Ninth Annual IEEE Applied Power Electronics Conference and Exposition(APEC), pp.2312-2317

Technical Meeting

    1. Kota Ishikawa,Wataru Kitagawa,Takaharu Takeshita :
      "Expansion of Degrees of Freedom for Design Parameter on,Optimization Analysis by Using 2D-Polygon Model Method".
      Joint Technical Meeting on Static Apparatus and Rotating Machinery,IEE,Japan, SA-13-089,RM-13-103,pp79－84

    2. Yuya Fujishima,Wataru Kitagawa,Takaharu Takeshita :
      "Charge and Discharge Operations of Bi-directional AC/DC Converter Using PWM Strategy for Suppressing Output Voltage Ripple".
      Joint Technical Meeting on Electron,Devices and Semiconductor Power Converter,IEE Japan, EDD-13-56,SPC-13-118,pp57-61

    3. Shota Watanabe,Takaharu Takeshita :
      "Evaluation of Switching Patterns of a Matorix Coverter under High Power Factor".
      The Papers of Joint Technical Meeting on Semiconductor Power Converter and Motor Drive,IEE Japan, SPC-14-025,MD-14-025,pp.143-148

    4. Toshiki Nakamori,Yuma Hayashi,Takaharu Takeshita,Kuni Hirao,Masakazu Muneshima :
      "Control of a Modular Matrix Converter under Synchronization between Loat Frequency and Source Frequency".
      The Papers of Joint Technical Meeting on Semiconductor Power Converter and Motor Drive,IEE Japan, SPC-14-043,MD-14-043,pp.95-101

    5. Mitsuo Sugimoto,Takaharu Takeshita :
      "Voltage Control under Load Change on Loop Distribution System using Series and Shunt Converters of a UPFC".
      The Papers of Joint Technical Meeting on Semiconductor Power Converter and Motor Drive,IEE Japan, SPC-14-044,MD-14-044,pp.103-108

Coference of Society

    1. Yuncheng Meng,Takaharu Takeshita :
      "PWM Strategy of Matrix Converter for Suppressing Input Current Harmonic under Reducing Number of Commutations".
      Proceedings of the 2013 Japan Industry Applications Society Conference, 1-35,pp.1-173-176

    2. Hironori Kawagushi,Takaharu Takeshita,Yasuyuki Kunii,Fukashi Ueda :
      "Control of,Node Voltage and Line loss Minimization on Radial Distribution System Using Series Power Converter".
      Proceedings of the 2013 Japan Industry Applications Society Conference, 1-46,pp.1-217-220

    3. Mitsuo Sugimoto,Takaharu Takeshita,Yasuyuki Kunii,Fukashi Ueda :
      "Node Voltage Control Using Shunt and Series Converters,UPFC on Loop Distribution System".
      Proceedings of the 2013 Japan Industry Applications Society Conference, 1-47,pp.1-221-224

    4. Kensuke Miyazaki,Takaharu Takeshita :
      "Line Ｌoss Minimization Control of,Distribution System using Multiple Reactive Current Sources,and,Static,Capactiors".
      Proceedings of the 2013 Japan Industry Applications Society Conference, 1-49,pp.1-229-232

    5. Kazuki Morishita,Takaharu Takeshita,Kuniaki Hirao,Shizunori Hamada :
      "Frequency Characteristics of Torque for an IPMSM under High－Speed Region".
      Proceedings of the 2013 Japan Industry Applications Society Conference, 3-52,pp.Ⅲ-273-276

annual meeting

    1. Mitsuo Sugimoto,Takaharu Takeshita :
      "Characteristic of Voltage Control using a UPFC under Load Change of Loop Distribution System".
      2014Annual Meeting of the Institute of Electrical Engineers of Japan, 6-212,pp.394-395

    2. Kensuke Miyazaki,Takaharu Takeshita :
      "Installation Nodes of Multiple Reactive Current Sources Focused on Line Loss Minimization of Distribution System".
      2014Annual Meeting of the Institute of Electrical Engineers of Japan, 4-149,pp.250-251

    3. Hironori Kawagushi,Takaharu Takeshita,Yasuyuki Kunii,Fukashi Ueda :
      "Node Voltage Control and Line Loss Minimization Using Series Power Converter on Radial Distribution System".
      2014Annual Meeting of the Institute of Electrical Engineers of Japan, 6-210,pp.390-391

    4. Yu Sugahara,Takaharu Takeshita :
      "Experimental Results of Reactive Power Control by a Cascade Power Converter".
      2014Annual Meeting of the Institute of Electrical Engineers of Japan, 4-049,pp.79-80

others

    1. Kota Ishikawa,Yoshihiro Kimura,Wataru Kitagawa,Takaharu Takeshita :
      "Investigation of Shape Design for Flux Barrier of IPMSM by using 2D Polygon Model Process".
      The 25th Symposium on Electromagnetics and Dynamics (SEAD25), 17C2-4,pp.380-383

    2. Yuya Fujishima,Wataru Kitagawa,Takaharu Takeshita :
      "PWM Strategy of Compact Size and High Efficiency Bi-directional AC/DC Converter".
      The Society of Signal Processing Applications and Technology of Japan, pp.49-50

    3. Kazuma Suzuki,Michihiko Yamada,Takaharu Takeshita :
      "Input Power Factor Control of High-Frequency-Link AC/DC Converter".
      Record of 2013Tokai-Section Joint Conference of the eight Institute of Electrical and Related Engineers, CD-ROM,C4-5

    4. Yuncheng Meng,Takaharu Takeshita :
      "An Efficient PWM Strategy of Matrix Converter,for Suppressing Input Current,Harmonics under Reducing Number of Commutations".
      2013 Korea-Japan Joint Technical Workshop on Semiconductor Power Converter, IEEJ-SPC-P1-13,pp95－96

    5. Mitsuo Sugimoto,Takaharu Takeshita :
      "Node Voltage Control on Loop Distribution System using Series and Shunt Converters of a UPFC".
      2013 Korea-Japan Joint Technical Workshop on Semiconductor Power Converter, IEEJ-SPC-P1-01,pp53－54

    6. Baraji Veerasamy,Wataru Kitagawa,Takaharu Takeshita :
      "Output Ripple Minimization of Single-Stage Bi-directional Buck AC/DC Converter".
      2013 Korea-Japan Joint Technical Workshop on Semiconductor Power Converter, IEEJ-SPC-P1-21,pp129－130

    7. Kota Ishikawa,Wataru Kitagawa,Takaharu Takeshita :
      "Shape Optimization Technique of IPMSM by using 2D Polygon Model".
      2013 Korea-Japan Joint Technical Workshop on Semiconductor Power Converter, IEEJ-SPC-P2-03,pp155－156

Up