Table Of ContentOUR COMMITMENT TO ACCURACY
You have a right to expect an accurate textbook, and McGraw-Hill invests considerable time and effort to ensure that we
deliver one. Listed below are the many steps we take to test our engineering books.
OUR ACCURACY VERIFICATION PROCESS
First Round
Step 1: Numerous college engineering instructorsreview the manuscript and report on any errors that they might find.
The authors make these corrections in their manuscript.
Second Round
Step 2: An outside, professional engineerworks through every example and exercise in the final manuscript to verify the
accuracy of the examples, exercises, and solutions. The authors review any resulting corrections and incorporate them
into the final manuscript.
Step 3: The manuscript goes to a copyeditor,who reviews the pages. At the same time, theindependent engineer begins
a second accuracy check. All corrections are submitted simultaneously to the authors, who review and integrate the
editing, then submit the pages for typesetting.
Third Round
Step 4: The authorsreview their page proofs for a dual purpose: 1) to make certain that any previous corrections were
properly made, and 2) to look for any errors they might have missed.
Step 5: Aproofreaderis assigned to the project to examine the new page proofs, double check the authors’work, and add
a fresh, critical eye to the book. Revisions are incorporated into a new batch of pages which the authors check again.
Fourth Round
Step 6: The author team submits the solutions manual to the independent engineer, who checks pages against the
solutions manual as a final review.
Step 7: The project manager,editorial team,and authorteamreview the pages for a final accuracy check.
⇒ The resulting engineering textbook has gone through several layers of quality assurance and is verified to be as ac-
curate and error-free as humanly possible. Our authors and publishing staff are confident that through this process
we deliver textbooks that are industry leaders in their correctness and technical integrity.
Donald A. Neamen
University of New Mexico
Tata McGraw-Hill Publishing Company Limited
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Microelectronics: Circuit Analysis and Design, Third Edition
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ISBN 0-07-063433-5
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Dedication
To the many students I’ve had the privilege of teaching over the years who have contributed in many ways to
the broad field of electrical engineering, and to future students who will contribute in ways we cannot now
imagine.
v
About the Author
Donald A. Neamen is a professor emeritus in the Department of Electrical and Computer Engineering at the
University of New Mexico where he taught for more than 25 years. He received his Ph.D. degree from the
University of New Mexico and then became an electronics engineer at the Solid State Sciences Laboratory at
Hanscom Air Force Base. In 1976, he joined the faculty in the ECE department at the University of New
Mexico, where he specialized in teaching semiconductor physics and devices courses and electronic circuits
courses. He is still a part-time instructor in the department.
In 1980, Professor Neamen received the Outstanding Teacher Award for the University of New Mexico.
In 1990, and each year from 1994 through 2001, he received the Faculty Recognition Award, presented by
graduating ECE students. He was also honored with the Teaching Excellence Award in the College of
Engineering in 1994.
In addition to his teaching, Professor Neamen served as Associate Chair of the ECE department for
several years and has also worked in industry with Martin Marietta, Sandia National Laboratories, and
Raytheon Company. He has published many papers and is the author of Semiconductor Physics and Devices:
Basic Principles,third edition and An Introduction to Semiconductor Devices.
Brief Table of Contents
PROLOGUE I
PROLOGUE TO ELECTRONICS 1
PART 1
SEMICONDUCTOR DEVICES AND BASIC APPLICATIONS 5
Chapter 1
Semiconductor Materials and Diodes 7
Chapter 2
Diode Circuits 61
Chapter 3
The Field-Effect Transistor 119
Chapter 4
Basic FET Amplifiers 207
Chapter 5
The Bipolar Junction Transistor 287
Chapter 6
Basic BJT Amplifiers 369
Chapter 7
Frequency Response 471
Chapter 8
Output Stages and Power Amplifiers 561
PROLOGUE II
PROLOGUE TO ELECTRONIC DESIGN 615
PART 2
ANALOG ELECTRONICS 619
Chapter 9
Ideal Operational Amplifiers and Op-Amp Circuits 621
vii
viii Brief Table of Contents
Chapter 10
Integrated Circuit Biasing and Active Loads 683
Chapter 11
Differential and Multistage Amplifiers 749
Chapter 12
Feedback and Stability 847
Chapter 13
Operational Amplifier Circuits 943
Chapter 14
Nonideal Effects in Operational Amplifier Circuits 1003
Chapter 15
Applications and Design of Integrated Circuits 1055
PROLOGUE III
PROLOGUE TO DIGITAL ELECTRONICS 1133
PART 3
DIGITAL ELECTRONICS 1137
Chapter 16
MOSFET Digital Circuits 1139
Chapter 17
Bipolar Digital Circuits 1249
Appendix A
Introduction to PSpice 1309
Appendix B
Answers to Selected Problems 1317
Index 1339
