Michael H. Kaneshiro
Motorola
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Publication
Featured researches published by Michael H. Kaneshiro.
international symposium on low power electronics and design | 1996
Jun Ma; Han-Bin Liang; Michael H. Kaneshiro; Carl Kyono; Robert A. Pryor; Ken Papworth; Sunny Cheng
Graded-Channel MOS (GCMOS) VLSI technology has been developed to meet the growing demand for low power and high performance applications. In this paper, it will be shown that, compared with conventional CMOS, the GCMOS device offers the advantage of significantly higher drive current, capable of lower threshold voltage with improved punchthrough resistance, lower body effect and lower series resistance, thus making it most suitable for applications that require both high performance and low power consumption, such as DSPs. This is demonstrated, for the first time, by much improved low voltage circuit performance of a DSP logic circuit fabricated using a 0.5 /spl mu/m GCMOS process. At 1.8 V, a 30% speed improvement over CMOS is achieved, and the power-delay product is reduced by 25%.
international symposium on low power electronics and design | 1997
Jun Ma; Han-Bin Liang; Robert A. Pryor; Sunny Cheng; Michael H. Kaneshiro; Carl Kyono; Ken Papworth
Archive | 1997
Vida Ilderem; Michael H. Kaneshiro; Diann Dow
Archive | 1994
Michael H. Kaneshiro; Diann Dow
Archive | 1994
Vida Ilderem Burger; Michael H. Kaneshiro; Diann Dow; Kevin M. Klein; Michael P. Masquelier; E. James Prendergast
Archive | 1995
Michael H. Kaneshiro; Diann Dow
Archive | 2001
Vida Ilderem Burger; Phillip W Dahl; Jay P. John; Michael H. Kaneshiro; James A. Kirchgessner; Ik-Sung Lim; Richard W Mauntel; John W Steele; David L Stolfa
Archive | 2001
Jay P. John; James A. Kirchgessner; Ik-Sung Lim; Michael H. Kaneshiro; Vida Ilderem Burger; Phillip W Dahl; David L Stolfa; Richard W Mauntel; John W Steele
Archive | 1996
Vida Ilderem; Michael H. Kaneshiro; Diann Dow
Archive | 1996
Diann Dow; Vida Ilderem; Michael H. Kaneshiro