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mobidsaka
来自: mobidsaka (上海) 2012-12-11创建   2013-10-12更新

28 人关注
来自:豆瓣读书
(8人评价)
作者: Samir Palnitkar
出版社: Prentice Hall
出版年: 2003-3-3
来自:豆瓣读书
8.2 (17人评价)
作者: Theodore S. Rappaport
出版社: Prentice Hall
出版年: 2002-1-10
来自:豆瓣读书
(2人评价)
作者: Bernard Sklar
出版社: Prentice Hall
出版年: 2001-1-11
来自:豆瓣读书
(13人评价)
作者: Neil Weste / David Harris
出版社: Addison Wesley
出版年: 2004-05-21
来自:豆瓣读书
9.7 (21人评价)
作者: Adel S. Sedra / K. C. Smith
出版社: OUP USA
出版年: 2004-2-5
来自:豆瓣读书
(1人评价)
作者: Roth
出版社: Thomson Learning
出版年: 2007-2
评语:for non-begginer
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来自:豆瓣读书
(0人评价)
作者: [美]Charles H.Roth, Jr / [美]Lizy Kurian John
出版社: 电子工业出版社
出版年: 2010-6
评语:for non-begginer
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来自:豆瓣读书
(5人评价)
作者: 茨沃林斯基
出版社: 电子工业
出版年: 2011-2
来自:豆瓣读书
(0人评价)
作者: Mark Zwolinski
出版社: Prentice Hall
出版年: 2000-10-18
来自:豆瓣读书
(0人评价)
作者: Neil H. E. Weste / Kamran Eshraghian
出版社: Addison Wesley
出版年: 1994-10
来自:豆瓣读书
(2人评价)
作者: Mark Zwolinski
出版社: Prentice Hall
出版年: 2003-12-30
来自:豆瓣读书
(0人评价)
作者: Neil H. E. Weste / Kamran Eshraghian / Michael John Sebastian Smith
出版社: Addison Wesley
出版年: 2000-12-20
评语:Great book for beginners. I would recommend reading the first half of the book and then reading "Skew Tolerant Circuit Design" and then "Logical Effort." These books will give a circuit designer the basic tools to circuit design.
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来自:豆瓣读书
9.6 (46人评价)
作者: Neil Weste / David Harris
出版社: Addison Wesley
出版年: March 11, 2010
评语: it appears less useful for practicing engineers and becomes more of an introductory college textbook. Even as an introductory textbook, it is not a particularly good one. The 2nd ed was better organized and more succinct.
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来自:豆瓣读书
8.8 (17人评价)
作者: Jan M. Rabaey / Anantha Chandrakasan / Borivoje Nikolic
出版社: Prentice Hall
出版年: 2003-1-3
评语:The book does not go deep in to each subject since its intention is intro/intermediate. Also this book is not for serious circuit designers but its a start book to make one. Its the book to learn and broaden your knowledge on designing custom and high per
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来自:豆瓣读书
(0人评价)
作者: Waser, Rainer 编
出版年: 2012-5
评语:If you want to learn about nanotechnology and read about the fundamental physics and chemistry of nanoscale materials and devices, this is the book to buy. This book can give you a very quick tutorial of what you want to know immediately without the hassl
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来自:豆瓣读书
(3人评价)
作者: Thomas H. Lee
出版社: Cambridge University Press
出版年: December 22, 2003
评语: If you are familiar with discrete RF design and have a knowledge of CMOS analog design this book helps you tie the two together for high frequency RFIC design. Although the level of detail is a little thin the chapters on high frequency amplifiers and ot
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来自:豆瓣读书
9.5 (16人评价)
作者: Behzad Razavi
出版社: Prentice Hall
出版年: 2011-10-2
评语:电子工业出版社有引进版
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来自:豆瓣读书
(1人评价)
作者: Sabih H. Gerez
出版社: John Wiley & Sons
出版年: 1998-12-22
评语:A good place to review electronic design automation fundamentals. Real interesting thing to see in this book is how modeling aspect changes given the steps in the VLSI flow.
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来自:豆瓣读书
(4人评价)
作者: Giovanni De Micheli
出版社: McGraw-Hill Science/Engineering/Math
出版年: 1994-01-01
评语:Despite its 1994 copyright date, this book is still current and relevant. It gives its reader a broad and rigorous start on industrial-strength synthesis. I recommend this highly to anyone seriously involved in creating tools for logic and system design.
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来自:豆瓣读书
(0人评价)
作者: Rushton, Andrew
出版年: 2011-6
评语: It clearly explains the difference between sequential (traditional) programming and concurrent programming--both are used in VHDL. It also clearly defines the differences between the modelling stage (not covered in detail) and the design stage (Register
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来自:豆瓣读书
8.3 (22人评价)
作者: [美] Larry D. Wolfgang
出版社: 人民邮电出版社
出版年: 2009-6
来自:豆瓣读书
8.2 (17人评价)
作者: (美)荣格
出版社: 人民邮电出版社
出版年: 2009-1-1
来自:豆瓣读书
9.4 (4362人评价)
作者: (美)Brian W. Kernighan / (美)Dennis M. Ritchie
出版社: 机械工业出版社
出版年: 2004-1
来自:豆瓣读书
9.6 (559人评价)
作者: Brian W. Kernighan / Dennis M. Ritchie
出版社: 机械工业出版社
出版年: 2006-8-1
来自:豆瓣读书
(3人评价)
作者: 冼进 主编
出版社: 水利水电
出版年: 2007-4
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