- Home
- Workshop
- Workshop Program
- Workshop 03-08
Workshop Program
Workshop 03-08
D [ Systems ]
Workshop 03
Dec. 11 (Thu) 09:00-11:30 Room 1 (Annex Hall F201+F202)
Microwave Power Transfer
Organizers / Chair : Naoki Shinohara, Kyoto Univ.
Wireless power transfer (WPT) technologies are presently expected
to commercial applications in the world. Especially, a microwave
power transfer (MPT) technologies are presented in this session. The
MPT can be applied for an energy harvesting from broadcasting or
wireless communication microwaves, a WPT to multi-users like
wireless communication systems, a WPT in closed waveguide, for
example, 2-D sheet, and beamed WPT to a single user. In this
session, various MPT applications are presented and a dream of next
generation WPT like a Solar Power Satellite is introduced.
Keyword : Microwave Power Transfer,Wireless Power Transfer,Solar Power Satellite
Keyword : Microwave Power Transfer,Wireless Power Transfer,Solar Power Satellite
- 1Electromagnetic Energy Harvesting in Living Environment
- Shoichi Kitazawa, Hirokazu Kamoda, Naoya Kukutsu, Kiyoshi Kobayashi, ATR Wave Engineering Lab.,
Nose Koichi, Ikenaga Yoshifumi, Noguchi Koichiro, Yoshida Yoichi, Renesas Electronics Corp.
- 2Integrated Transmission Technology on Signal and Power by Wireless Using Sheet Medium
- Bing Zhang, Takashi Matsuda, Ryu Miura, NICT
- 3Wireless Power Transfer System for Multi Users
- Naoki Shinohara, Kyoto Univ.
- 4Space Application of Wireless Power Transmission Technology −Prospect of Solar Power Satellite−
- Koji Tanaka, JAXA
C [ Measurement Techniques ]
Workshop 04
Dec. 11 (Thu) 09:00-11:30 Room 2 (Annex Hall F203)
Recent Trend of Multi-Physics Simulation for Field of Microwave Analysis
Organizers : Masayuki Kimishima, Advantest Laboratories Ltd.Chair : Shinichiro Ohnuki, Nihon Univ.
Recently, multi-physics simulation techniques which deal with
operating analysis under interaction of multi-physical phenomenon
have been applicable for high frequency design. Especially, the
electro-thermal simulation techniques for electromagnetic and circuit
analysis have been becoming indispensable for the development of
high frequency power devices and power applications. In this work
shop session, recent multi-physics simulation techniques for high
frequency electromagnetic and circuit analysis will be discussed
focusing on interaction between electromagnetic and heat transfer,
and thermal effect of active elements on RF circuit performance.
Keyword : Interaction Between Microwave and Human, Microwave Safety, Multi-Physics Analysis, Integrated Operating Environment, Electro-thermal Simulation, Self-heating
Keyword : Interaction Between Microwave and Human, Microwave Safety, Multi-Physics Analysis, Integrated Operating Environment, Electro-thermal Simulation, Self-heating
- 1Computational Electromagnetics and Thermodynamics for Human Exposed to Microwaves
- Akimasa Hirata, Nagoya Inst. of Tech.
- 2An Integrated Operating Environment for Multi-Physics Analysis, and Its Computational Examples
- Shinya Watanabe, Jun Igarashi, Takashi Kotera, ANSYS Japan K.K.
- 3Electro-Thermal Simulation for RF Power Amplifier Circuit
- Noriyoshi Hashimoto, Keysight Technologies, Inc.
D [ Systems ]
Workshop 05
Dec. 11 (Thu) 13:30-16:00 Room 1 (Annex Hall F201+F202)
Technologies for High Capacity and High Efficiency in Wireless Power Transfer Systems
−An Encounter Between Two Approaches−
Organizers / Chair : Hirohito Funato, Utsunomiya Univ.
Wireless power transfer consists of three major parts, power source,
power converter, and contactless power transfer components
(antennas or transformers). Currently, researches on contactless
power transfer components are very active. However, three
components should be equally developed in order to realize high
power wireless power transfer. In this workshop, there are two
presentations from power electronics specialists and one presentation
from circuit analysis specialist in order to introduce different
approaches from the different viewpoints in order to understand
wireless power transfer as a total system.
Keyword : Contactless Power Transmission,High-Frequency Inverter,High-Frequency Rectifier,Applications of Contactless Power Transmission,High Power,React ive Power,Power Conver ter Control,Zero Cur rent Switching,Railway Application
Keyword : Contactless Power Transmission,High-Frequency Inverter,High-Frequency Rectifier,Applications of Contactless Power Transmission,High Power,React ive Power,Power Conver ter Control,Zero Cur rent Switching,Railway Application
- 1Key Technologies for High-Power and High-Frequency Power Converters
−Approaches for High-Performance Power Converter− - Junichi Itoh, Nagaoka Univ. of Tech.
- 2A Study on a Contactless High Power Transmission System for Railway Vehicles Power Supply
- Keiichiro Kondo, Kouhei Yamamoto, Satoshi Kitazawa, Shougo Shibata, Chiba Univ.
- 3Voltage-Current Domain View to Maximum Efficiency and k-Q Product
−Lucid Formulas before Learning S11 on Smith Chart− - Takashi Ohira, Toyohashi Univ. of Tech.
B [ Active Circuit ]
Workshop 06
Dec. 11 (Thu) 13:30-16:00 Room 2 (Annex Hall F203)
Leading Edge Electron Devices and Circuits
Organizers / Chair : Hiroki Fujishiro, Tokyo Univ. of Science
This workshop presents the wide variety of topics for the leading
edge electron devices and circuits, including the recent progress and
prospects of the wide-bandgap semiconductor power devices and the
next generation CMOS transistors, the recent trend in the circuit
application of the Si and III-V semiconductor devices, and the device
modeling.
Keyword : Wide Bandgap Semiconduc tor Power Device, Next Generation CMOS, Millimeter Wave and Sub-Millimeter Wave MMIC, Device Modeling
Keyword : Wide Bandgap Semiconduc tor Power Device, Next Generation CMOS, Millimeter Wave and Sub-Millimeter Wave MMIC, Device Modeling
- 1Current Status in Wide-Bandgap Semiconductor Power Devices
- Jun Suda, Kyoto Univ.
- 2Present Status of Research and Development of Next Generation CMOS
(Ge/III-V Channel and Tunnel FET) - Yasuyuki Miyamoto, Tokyo Inst. of Tech.
- 3Recent Trend of mm-W and Sub-mm-W Band MMICs in Silicon and Compound Semiconductor Transistors
- Yoichi Kawano¹, Hiroshi Matsumura¹, Shoichi Shiba¹, Masaru Sato¹, Tsuyoshi Takahashi¹, Kozo Makiyama¹, Toshihide Suzuki¹, Yasuhiro Nakasha¹, Taisuke Iwai², Naoki Hara¹, ¹Fujitsu Ltd., ²Fujitsu Laboratories Ltd.
- 4Device Modeling for Circuit Design
- Toshiyuki Oishi¹, Yutaro Yamaguchi², Hiroshi Otsuka², ¹Saga Univ., ²Mitsubishi Electric Corp.
C [ Measurement Techniques ]
Workshop 07
Dec. 11 (Thu) 13:00-14:30 Room 4 (Exhibition Hall Workshop Space)
Canonical Problems for Electromagnetic Simulators −Excitation Modeling with Connectors−
Organizers : Hiroshi Okabe, Murata Manufacturing Co. Ltd., Shinichiro Ohnuki, Nihon Univ.Chair : Takuichi Hirano, Tokyo Inst. of Tech.
Electromagnetic (EM) simulators are necessary nowadays for
simulation of high frequency circuits. Last year, analytically-solvable
canonical problems (conducting/dielectric sphere, patch antenna with
ideal excitation) were dealt with. This year, more realistic problems
in measurement are focused. Circular and rectangular patch antennas
fed by an SMA connector will be dealt with. Tips for good excitation
modeling of realistic excitation structure will be discussed.
Keyword : Electromagnetic Simulators, Canonical Problems, Connectors, Patch Antennas
Keyword : Electromagnetic Simulators, Canonical Problems, Connectors, Patch Antennas
- Canonical Problems for Electromagnetic Simulators −Excitation Modeling with Connectors−
-
1. Shinya Watanabe (Ansys Japan K.K.)
2. Kenji Amano (Kozo Keikaku Engineering, Inc.)
3. 寿征 Takahashi (Farad Corp.)
4. Yasuhiko Oodate (AET, Inc.)
5. 段 Nakahara (Keysight Technologies, Inc.)
6. Tokumasa Iwatobi (Sonnet Giken Co., Ltd.)
7. Yoshimi Iwawaki (WIPL-D (Japan), Inc.)
8. Takahiro Ogawa (MEL Inc.)
D [ Systems ]
Workshop 08
Dec. 11 (Thu) 15:00-16:30 Room 4 (Exhibition Hall Workshop Space)
Take Off "Energy-Information-Value Fusion Network"
−Environment Adaption Wireless Technology to Realize IoT−
Organizers / Chair : Ken Takei, Hitachi, Ltd.
The rapid worldwide spread of personal wireless devices, for
example a cell-phone, leads to penetration of informationcommunication
technology into various scenes of social lives. To
achieve the sustainable industries and society, “energy-informationvalue
fusion network” supported by the information-communication
technology has been globally constructing under concepts of Smart
City/Community and open a door of new businesses related to RF
and wireless technologies. For the purpose of getting a whole picture
of the energy-information-value fusion network and having a view of
such business, the cutting-edge engineers plainly explain the actual
status of the typical standardizations, i.e., M2M, Wi-SUN, and
Control System Security, and some business scenarios about them.
Keyword : Energy, Information, Value, Network, Security, M2M, Wi-SUN, HEMS, Smart City
Keyword : Energy, Information, Value, Network, Security, M2M, Wi-SUN, HEMS, Smart City
- 1An Overview of Standardization Activities related to M2M
- Tetsushi Matsuda, Mitsubishi Electric Corp.
- 2Wi-SUN Compliant 920Mhz Band Wireless Module
−for the Communication between Smart Meter and HEMS− - Takehiko Okuyama, Toshiba Corp.
- 3Trends on Control System Security Standardization for Social Infrastructure System
- Tsutomu Yamada, Hitachi, Ltd.