CMOS 运算放大器是CMOS 模拟集成电路的最重要的模块，它的特性决定了模拟集成
电路的特性。复杂的CMOS 运算放大器的基础是简单的单级放大器。本章将介绍常用
的单级共源放大器、共栅放大器、源跟随器、共源共栅放大器。
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CMOS 模拟IC设计-艾伦 课件 适合模拟IC入门自学者配合Allen同名书籍使用
Phillip Allen received his PhD in electrical engineering from the University of Kansas in 1970. He retired from the School of Electrical Engineering at Georgia Institute of Technology as Professor Emeritus in 2005. He has worked for the Lawrence Livermore Laboratory, Pacific Missile Range, Texas Instruments and consulted with numerous companies. He has taught at the University of Nevada at Reno, University of Kansas, University of California at Santa Barbara, and Texas A&M University. His technical interest include analog integrated circuit and systems design with focus on implementing low voltage and high frequency circuits and systems in standard CMOS technology. He has conducted research in frequency synthesizers, RF, IF, and baseband filters compatible with standard IC technology. He has over 60 refereed publications in the area of analog circuits and has coauthored Theory and Design of Active Filters (1980), Switched Capacitor Filters (1984), CMOS Analog Circuit Design (1987), and VLSI Design Techniques for Analog and Digital Circuits (1990). He is presently active in teaching short courses on analog IC design to professionals worldwide.
2004 Short Course Notes:
Chapter 1 - introduction
Chapter 2 - Technology
Chapter 3 - Models
Chapter 4 - Subcircuits
Chapter 5 - Amplifiers
Chapter 6 - Op amps
Chapter 7 - High performance op amps
Chapter 8 - Comparators
Chapter 9 - Switched capacitor circuits
Chapter 10 - AD and DA converters
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内容简介本书以单级放大器、运算放大器及模数转换器为重点，介绍模拟集成电路的基本概念、工作原理和分析方法，特别是全面系统地介绍了模拟集成电路的仿真技术，是模拟集成电路分析、设计和仿真的入门读物。
全书共分10章和7个附录。第1章介绍模拟集成电路的发展与设计方法；第2、3章介绍单级放大器、电流镜和差分放大器等基本模拟电路的原理；第4章是电路噪声分析计算与仿真；第5章介绍运算放大器的工作原理及其分析和仿真方法；第6、7章以双端输入、单端输出运算放大器以及全差分运算放大器为例，介绍运算放大器的设计仿真方法；第8、9章以带隙电压基准和电流基准电路为例，介绍参考电压源和电流源的设计方法，其中对温度补偿技术作了详细分析；第10章为模数转换电路（ADC），重点介绍了ADc的概念与工作原理以及采用Verilog—A语言进行系统设计的方法。本书的附录全面介绍了模拟集成电路设计的软件环境以及仿真技术。
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