The Japan Society of Applied Physics

617件中(281 - 290)

[M-6-2] Spin-transistor characteristics of pseudo-spin-MOSFETs monolithically-integrated by utilizing a multi-project-wafer CMOS chip

R. Nakane1,5、Y. Shuto2,3,5、H. Sukegawa4,5、Z.C. Wen4,5、S. Yamamoto2,5、S. Mitani4,5、M. Tanaka1,5、K. Inomata4,5、S. Sugahara2,5 (1.Univ. of Tokyo、2.Tokyo Institute of Technology、3.Kanagawa Academy of Science and Technology、4.National Institute for Materials Science、5.CREST, Japan Science and Technology Agency (Japan))

2013 International Conference on Solid State Devices and Materials |PDF ダウンロード

[M-6-4] Zero Area Overhead State Retention Flip Flop Utilizing Crystalline In-Ga-Zn Oxide Thin Film Transistor with Simple Power Control Implemented in a 32-bit CPU

N. Sjokvist1,2、T. Ohmaru1、K. Furutani1、A. Isobe1、N. Tsutsui1、H. Tamura1、W. Uesugi1、T. Ishizu1、T. Onuki1、K. Ohshima1、T. Matsuzaki1、H. Mimura1、A. Hirose1、Y. Suzuki1、Y. Ieda1、T. Atsumi1、Y. Shionoiri1、K. Kato1、G. Goto1、J. Koyama1、M. Fujita3、S. Yamazaki1 (1.Semiconductor Energy Laboratory Co., Ltd.、2.Linkoping Univ.、3.Univ. of Tokyo (Japan))

2013 International Conference on Solid State Devices and Materials |PDF ダウンロード

[M-8-2] A Normally Off Microcontroller Unit with an 84% Power Overhead Reduction Based On Crystalline In-Ga-Zn-Oxide Thin Film Transistors

K. Ohshima1、H. Kobayashi1、T. Nishijima1、S. Yoneda1、H. Tomatsu1、K. Tsukida1、K. Takahashi1、T. Sato1、K. Watanabe1、R. Yamamoto1、M. Kouzuma1、T. Aoki1、N. Yamade1、Y. Ieda1、H. Miyairi1、T. Atsumi1、Y. Shionoiri1、K. Kato1、Y. Maehashi1、J. Koyama1、S. Yamazaki1 (1.Semiconductor Energy Laboratory Corp. Ltd. (Japan))

2013 International Conference on Solid State Devices and Materials |PDF ダウンロード

617件中(281 - 290)