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EBOOK - Design Of Analog Cmos Integrated Circuit - Full Edition (RAZAVI)
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The text comprises 16 chapters whose contents and order are carefully chosen to provide a natural flow for both self-study and classroom adoption in quarter or semester systems. Unlike some other books on analog design, we cover only a bare minimum of MOS device physics at the beginning, leaving more advanced properties and fabrication details for later chapters. To an expert, the elementary device physics treatment my appear oversimplified, but my experience suggests that (a) first-time readers simply do not absorb the high-order device effects and fabrication technology before they study circuits because they do not see the relevance; (b) if properly presented, even the simple treatment proves adequate for a substantial coverage of basic circuits; (c) readers learn advanced device phenomena and processing steps much more readily after they have been exposed to a significant amount of circuit analysis and design.
Chapter 1 provides the reader with motivation for learning the material in this book. Chapter 2 describes basic physics and operation of MOS devices.
Chapters 3 through 5 deal with single-stage and differential amplifiers and current mirrors, respectively, developing efficient analytical tools for quantifying the behavior of basic circuits by inspection.
Chapters 6 and 7 introduce two imperfections of circuits, namely, frequency response and noise. Noise is treated at an early stage so that it “sinks in” as the reader accounts for its effects in subsequent circuit developments.
Chapters 8 through 10 describe feedback, operational amplifiers, and stability in feedback sys-tems, respectively. With the useful properties of feedback analyzed, the reader is motivated to designhigh-performance, stable op amps and understand the trade-offs between speed, precision, and power dissipation.
Chapters 11 through 13 deal with more advanced topics: bandgap references, elementary switched-capacitor circuits, and the effect of nonlinearity and mismatch. These three subjects are included here because they prove essential in most analog and mixed-signal systems today.
Chapter 14 is concerned with high-order MOS device effects and models, emphasizing the circuit design implications. If preferred, the chapter can directly follow Chapter 2 as well. Chapter 15 describes
CMOS fabrication technology with a brief overview of layout design rules.
Chapter 16 presents the layout and packaging of analog and mixed-signal circuits. Many practical issues that directly impact the performance of the circuit are described and various techniques are introduced.
The reader is assumed to have a basic knowledge of electronic circuits and devices, e.g., pn junctions, the concept of small-signal operation, equivalent circuits, and simple biasing. For a senior-level elective course, Chapters 1 through 8 can be covered in a quarter and Chapters 1 through 10 in a semester. For a first-year graduate course, Chapters 1 through 11 plus one of Chapters 12, 13, or 14 can be taught in one quarter, and almost the entire book in one semester.
The problem sets at the end of each chapter are designed to extend the reader’s understanding of the material and complement it with additional practical considerations. A solutions manual will be available for instructors
EBOOK - Design Of Analog Cmos Integrated Circuit - 2nd Edition (RAZAVI) 2017.
LINK ĐẶT MUA TÀI LIỆU ONLINE 1
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The text comprises 16 chapters whose contents and order are carefully chosen to provide a natural flow for both self-study and classroom adoption in quarter or semester systems. Unlike some other books on analog design, we cover only a bare minimum of MOS device physics at the beginning, leaving more advanced properties and fabrication details for later chapters. To an expert, the elementary device physics treatment my appear oversimplified, but my experience suggests that (a) first-time readers simply do not absorb the high-order device effects and fabrication technology before they study circuits because they do not see the relevance; (b) if properly presented, even the simple treatment proves adequate for a substantial coverage of basic circuits; (c) readers learn advanced device phenomena and processing steps much more readily after they have been exposed to a significant amount of circuit analysis and design.
Chapter 1 provides the reader with motivation for learning the material in this book. Chapter 2 describes basic physics and operation of MOS devices.
Chapters 3 through 5 deal with single-stage and differential amplifiers and current mirrors, respectively, developing efficient analytical tools for quantifying the behavior of basic circuits by inspection.
Chapters 6 and 7 introduce two imperfections of circuits, namely, frequency response and noise. Noise is treated at an early stage so that it “sinks in” as the reader accounts for its effects in subsequent circuit developments.
Chapters 8 through 10 describe feedback, operational amplifiers, and stability in feedback sys-tems, respectively. With the useful properties of feedback analyzed, the reader is motivated to designhigh-performance, stable op amps and understand the trade-offs between speed, precision, and power dissipation.
Chapters 11 through 13 deal with more advanced topics: bandgap references, elementary switched-capacitor circuits, and the effect of nonlinearity and mismatch. These three subjects are included here because they prove essential in most analog and mixed-signal systems today.
Chapter 14 is concerned with high-order MOS device effects and models, emphasizing the circuit design implications. If preferred, the chapter can directly follow Chapter 2 as well. Chapter 15 describes
CMOS fabrication technology with a brief overview of layout design rules.
Chapter 16 presents the layout and packaging of analog and mixed-signal circuits. Many practical issues that directly impact the performance of the circuit are described and various techniques are introduced.
The reader is assumed to have a basic knowledge of electronic circuits and devices, e.g., pn junctions, the concept of small-signal operation, equivalent circuits, and simple biasing. For a senior-level elective course, Chapters 1 through 8 can be covered in a quarter and Chapters 1 through 10 in a semester. For a first-year graduate course, Chapters 1 through 11 plus one of Chapters 12, 13, or 14 can be taught in one quarter, and almost the entire book in one semester.
The problem sets at the end of each chapter are designed to extend the reader’s understanding of the material and complement it with additional practical considerations. A solutions manual will be available for instructors
EBOOK - Design Of Analog Cmos Integrated Circuit - 2nd Edition (RAZAVI) 2017.
LINK ĐẶT MUA TÀI LIỆU ONLINE 1
LINK BUY BOOK (V) (UPDATING...)
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