(Ebook) Design of Analog CMOS Integrated Circuits 2nd eddition by Behzad Razavi ISBN 9780072524932, 0072524936

(Ebook) Design of Analog CMOS Integrated Circuits 2nd eddition by Behzad Razavi ISBN 9780072524932, 0072524936

Preface to 2nd edition: when I submitted proposals to publishers for the first edition of this book, they posed two questions to me: (1) What is the future demand for analog books in a digital world? and (2) Is it wise to publish a book dealing solely with CMOS? The words “analog” and “CMOS” in the book’s title were both in question.
Fortunately, the book resonated with students, instructors, and engineers. It has been adopted by hundreds of universities around the world, translated to five languages, and cited 6,500 times.  While many fundamentals of analog design have not changed since the first edition was introduced, several factors have called for a second: migration of CMOS technologies to finer geometries and lower supply voltages, new approaches to analysis and design, and the need for more detailed treatments of some topics. This edition provides:
- Greater emphasis on modern CMOS technology, culminating in a new chapter, Chapter 11, on design methodologies and step-by-step op amp design in nanometer processes
- Extensive study of feedback through the approaches by Bode and Middlebrook
- A new section on the analysis of stability using Nyquist’s approach—as the oft-used Bode method  falls short in some common systems
- Study of FinFETs
- Sidebars highlighting important points in nanometer design
- A new section on biasing techniques
- Study of low-voltage bandgap circuits
- More than 100 new examples
 Some instructors ask why we begin with square-law devices. This is for two reasons: (1) such a path serves as an intuitive entry point and provides considerable value in the analysis of amplifiers in terms of allowable voltage swings, and (2) despite their very short channel l
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