Kazuhiko Ikeda
Panasonic
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Publication
Featured researches published by Kazuhiko Ikeda.
ieee wireless power transfer conference | 2015
Yoshihiro Kanasaki; Tatsunori Yui; Hiroyuki Uno; Kazuhiko Ikeda; Yutaka Saito
The wireless power transfer (WPT) system has been actively developed in recent years, and the interference to the other devices that is caused by the electromagnetic field leaked from the WPT system has also been discussed. In this paper, we propose the WPT leakage emulator that is extremely usable to quantitatively evaluate the interference and the leaked electromagnetic field distribution. The WPT leakage emulator that is composed of only a primary coil can easily reproduce the electromagnetic field leaked from the various types of WPT system by adjusting the coil configuration, input power, and the operating frequency appropriately. The WPT leakage emulator that operates at 85 kHz and 6.78 MHz is fabricated, and the fundamental operation and its operating mechanism are demonstrated in both the measurement and the simulation.
asia pacific microwave conference | 2015
Tatsunori Yui; Hiroyuki Uno; Takashi Izumi; Hironobu Watanabe; Kazuhiko Ikeda; Yutaka Saito
The wireless power transfer (WPT) system for electronic devices and so on has been actively developed in recent years. Since the electromagnetic field leaked from the WPT system may cause the false operation of other devices, it is required to quantitatively evaluate the electromagnetic interference. In the housing environment, the WPT system is located generally close to the devices, such as the radio receiver and the wireless LAN apparatus. Therefore, the quantitative evaluation of the leaked electromagnetic field in various installation environments is indispensable. In this paper, the leaked electromagnetic field in a case-study house is simulated by using the FDTD method at 87 MHz, 815 MHz and 2.497 GHz for representative examples of the high-harmonic component of the WPT operating frequency. The comparison between the simulation and measurement results is discussed to confirm the validity of the simulation, and the leaked electromagnetic field distributions are demonstrated.
Archive | 2004
Kazuhiko Ikeda; Takashi Izumi
Archive | 1998
Kazuhiko Ikeda; Yutaka Saito; Hiroyuki Shiotani; 宏行 塩谷; 裕 斎藤; 和彦 池田
Archive | 2005
Kazuhiko Ikeda; Takashi Izumi; Takashi Enoki
Archive | 1995
Kenji Sakanashi; Tetsuya Matsuoka; Kouta Okada; Takayoshi Murahashi; Keiichi Zenmyo; Taro Ura; Kenichi Nakano; Kazuhiko Ikeda
Archive | 1997
Kenichi Nakano; Kazuhiko Ikeda
Archive | 2000
Kazuhiko Ikeda; Naoki Matsubara; Yasushi Higashida
Archive | 1997
Hisashi Adachi; Hiroaki Kosugi; Kaoru Ishida; Hiroshi Haruki; Junichi Yasuno; Kazuhiko Ikeda
Archive | 2004
Takashi Izumi; Kazuhiko Ikeda; Takashi Enoki; Makoto Sasaki
