CMOS Analog Integrated Circuit Design (Second Edition)

Author: Allen
Publisher:
Publish Date: 2005-03-01
Features: After years of anticipation, the highly respected authors Phillip E. Allen and Douglas R. Holberg have once again presented a classic textbook, "CMOS Analog Integrated Circuit Design," in its second edition. Starting from the forefront of CMOS technology, the authors combine their extensive practical and teaching experience to provide an in-depth and detailed discussion of the principles and techniques of CMOS analog circuit design. This book has two main goals: to perfectly integrate theory and practice, avoiding both superficiality and excessive detail in its content; and to enable readers to apply hierarchical design methods for analog integrated circuit design. Many of the techniques and principles discussed in the second edition were introduced to industry readers over the past decade, and their questions and needs have played a significant role in the revision of this book, making the new edition a more valuable reference for engineering professionals. The book features a unique design methodology that allows readers to step-by-step experience the process of creating practical circuits and analyze complex design problems. It provides detailed discussions on easily overlooked issues and intentionally downplays bipolar analog circuits, as CMOS is the dominant technology in analog integrated circuit design. This book is suitable for senior undergraduate and graduate students with a solid foundation in electronics, including knowledge of biasing, modeling, circuit analysis, and frequency response. It provides a complete design flowchart, enabling readers to complete analog circuit design using CMOS technology. This book is a classic textbook for courses on analog integrated circuit design. Drawing from the forefront of CMOS technology and combining rich engineering and teaching experience, the authors provide a detailed discussion of the principles and techniques of CMOS analog circuit design, as well as easily overlooked issues, while elaborating on hierarchical design methods. The book is divided into ten chapters, primarily introducing the background knowledge of analog integrated circuit design, CMOS technology, device models, and the principles and design of major analog circuits, including CMOS basic unit circuits (MOS switches, MOS diodes, active resistors, current sinks, current sources, current mirrors, bandgap references, reference current sources, and voltage sources, etc.), amplifiers, operational amplifiers, comparators, switched-capacitor circuits, D/A and A/D conversion circuits. The book illustrates design principles through numerous design examples, integrating theory and practice. At the same time, it analyzes and explains the needs and questions of many industry professionals, making this book not only a valuable textbook for senior undergraduate and graduate students in relevant fields at universities and colleges but also a highly valuable reference for technicians in the semiconductor integrated circuit design field.