CMOS Circuit Design for Flexible Retinal Prosthesis Device based on Multi-Unit Architecture

カテゴリ: 全国大会

論文No: 3-185

グループ名: 【全国大会】平成31年電気学会全国大会論文集

発行日: 2019/03/01

タイトル(英語): CMOS Circuit Design for Flexible Retinal Prosthesis Device based on Multi-Unit Architecture

著者名: Chia-Chi Chang(Nara Institute of Science and Technolgy),Yasuto Mori(Nara Institute of Science and Technolgy),Hiroki Endo(Nara Institute of Science and Technolgy),Maho Hata(Nara Institute of Science and Technolgy),Toshihiko Noda(Toyohashi University of Technology),Kenzo Shodo(NIDEK),Yasuo Terasawa(NIDEK),Makito Haruta(Nara Institute of Science and Technolgy),Kiyotaka Sasagawa(Nara Institute of Science and Technolgy),Takashi Tokuda(Nara Institute of Science and Technolgy),Jun Ohta(Nara Institute of Science and Technolgy)

著者名(英語): ChiaChi Chang(Nara Institute of Science Technolgy),Yasuto Mori(Nara Institute of Science Technolgy),Hiroki Endo(Nara Institute of Science Technolgy),Maho Hata(Nara Institute of Science Technolgy),Toshihiko Noda(Toyohashi University of Technology),Kenzo Shodo(NIDEK Co., LTD),Yasuo Terasawa(NIDEK Co., LTD),Makito Haruta(Nara Institute of Science Technolgy),Kiyotaka Sasagawa(Nara Institute of Science Technolgy),Takashi Tokuda(Nara Institute of Science Technolgy),Jun Ohta(Nara Institute of Science Technolgy)

キーワード: 人工視覚,CMOS,生体埋め込みデバイス,ワイヤレスシステム

要約(日本語): AC powerling scheme was newly introduced in a retinal prosthesis implant for the sake of risk management. We adopted two-frequency power transfer scheme to comply with two contradictory constraints of limited chip area (requires high frequency) and large parasitic capcitance of inter-unit cable (requires low frequency).

原稿種別: 英語

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