Shinnosuke Kamata
Fujitsu
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Publication
Featured researches published by Shinnosuke Kamata.
international solid-state circuits conference | 1990
Y. Maki; Shinnosuke Kamata; Yoshinori Okajima; Tsunenori Yamauchi; H. Fukuma
A 256 K-word*4-b emitter-coupled-logic (ECL) RAM fabricated by means of 0.8- mu m BiCMOS technology is described. The memory has an address access time of 6.5 ns with active power dissipation of 800 mW at 80 MHz. The memory utilizes a 41- mu m/sup 2/ NMOS four-transistor memory cell, 2-row and 16-column redundancy, a wired-OR sense amplifier, and an improved ECL CMOS level converter to achieve 6.5-ns access time with an ECL 10 K interface. To improve yield for a high-density RAM, a flexible redundancy scheme is necessary. The 2-row and 16-column redundant array increases the number of usable devices at least fivefold compared with a previously reported scheme.<<ETX>>
Archive | 2007
Tomohiro Kawakubo; Syusaku Yamaguchi; Hitoshi Ikeda; Toshiya Uchida; Hiroyuki Kobayashi; Tatsuya Kanda; Yoshinobu Yamamoto; Satoru Shirakawa; Tetsuo Miyamoto; Tatsushi Otsuka; Hidenaga Takahashi; Masanori Kurita; Shinnosuke Kamata; Ayako Sato
Archive | 2011
Yasurou Matsuzaki; Takaaki Suzuki; Masafumi Yamazaki; Kenichi Kawasaki; Shinnosuke Kamata; Ayako Sato; Masato Matsumiya
Archive | 1998
Masataka Mizukoshi; Hidehiko Akasaki; Masao Nakano; Yasuhiro Fujii; Shinnosuke Kamata; Makoto Yanagisawa; Yasurou Matsuzaki; Toyonobu Yamada; Masami Matsuoka; Hiroyoshi Tomita
Archive | 2002
Hiroyoshi Tomita; Shinnosuke Kamata
Archive | 1991
Shinnosuke Kamata
Archive | 1991
Shinnosuke Kamata
Archive | 2005
Fusao Seki; Tatsushi Otsuka; Masanori Kurita; Shinnosuke Kamata; Toshiya Uchida; Hiroyoshi Tomita; Hiroyuki Kobayashi
Archive | 1992
Yoshinori Okajima; Yoshihide Sato; Shinnosuke Kamata
Archive | 2010
Masafumi Yamazaki; Yasurou Matsuzaki; Kenichi Kawasaki; Takaaki Suzuki; Shinnosuke Kamata
