新的模拟电路设计方法，from stanford

skymusic

不错，谢谢！

s2618017

感恩ㄟ~~

melectronic

厉害!

zhyhello

看看再作评论，希望银子没白花

zhyhello

   

原帖由 zhyhello 于 2008-7-10 20:18 发表

                               
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看看再作评论，希望银子没白花

失望，已经有了：
EE214: Analog Integrated Circuit Design
- Autumn 2007/08 -
http://eeclass.stanford.edu/ee214/

froghqh

具体什么方法，给个abstract啊，是不是gm/Id?

hgdllt

thank you

semico_ljj

Table of Contents
Introduction 3
Lecture 1 CMOS Technology, Long Channel MOS Model 10
Lecture 2 Common Source Amplifier 16
Lecture 3 Technology Characterization: gm/ID 30
Lecture 4 Technology Characterization: fT, gm/gds 42
Lecture 5 gm/ID-based Design 56
Lecture 6 Extrinsic Capacitance 68
Lecture 7 Miller Approximation, ZV Time Constant Analysis 85
Lecture 8 Electronic Noise 96
Lecture 9 Electronic Noise (Continued) 109
Lecture 10 Backgate Effect, Common Gate Stage 118
Lecture 11 Common Drain Stage 130
Lecture 12 Differential Pair 141
Lecture 13 Current Mirrors, Offset Voltage 152
Lecture 14 Process Variations, Feedback 165
Lecture 15 Fully Differential Amplifiers, SC Circuits 175
Lecture 16 Stability, Analysis of Feedback Circuits 185
Lecture 17 Loop Gain Simulation 197
Lecture 18 Two-Stage OTA 209
Lecture 19 Compensation, Noise in Feedback OTAs 218
Lecture 20 OTA Design Considerations 233
Lecture 21 Step Response 258
Lecture 22 Slewing 275
Lecture 23 Feedback and Port Impedances, OTA Variants 285
Lecture 24 Single Ended OTAs, Output Stage Examples 298
Lecture 25 Supply Insensitive Biasing 307
Lecture 26 Bandgap Reference 317
Lecture 27 Bandgap Reference (Continued) 323
Lecture 28 Technology Scaling 332
Lecture 29 Class Summary 348

zhang209a

东西很好
附件太小