Introduction to Semiconductor Devices

Author: Neamen
Publisher:
Publication Date: 2006-03-01
Features: Introduction to Semiconductor Devices () is an improved version of the book "Semiconductor Physics and Devices, 3rd Edition" written by Professor Neamen of the Department of Electrical and Computer Engineering at the University of New Mexico. Compared to the original book, Introduction to Semiconductor Devices () better integrates solid lattice structure, introductory quantum mechanics, quantum theory of solids, and semiconductor physics and devices organically. Using Introduction to Semiconductor Devices (), students only need a foundation in advanced mathematics and general university physics to systematically learn the basic theories of semiconductor devices in one semester, laying a solid foundation for entering the field of microelectronics research. This feature is also difficult for similar textbooks currently published in China to achieve. This book is an improved version of the book "Semiconductor Physics and Devices, 3rd Edition" written by Professor Neamen of the Department of Electrical and Computer Engineering at the University of New Mexico. Compared to the original book, this book better integrates solid lattice structure, introductory quantum mechanics, quantum theory of solids, and semiconductor physics and devices organically. Using this book, students only need a foundation in advanced mathematics and general university physics to systematically learn the basic theories of semiconductor devices in one semester, laying a solid foundation for entering the field of microelectronics research. This feature is also difficult for similar textbooks currently published in China to achieve. Additionally, this book strives to maintain the main advantages of the original book:
(1) Emphasis on fundamental concepts and methods. The book reflects the guiding principle of highlighting physical concepts and emphasizing basic analytical methods in its overall content arrangement and specific chapter discussions. The mathematical derivations and physical analyses are integrated, and the conclusions not only greatly aid in understanding physical concepts but are also robust enough to withstand repeated scrutiny. The book also includes numerous clear illustrations to help readers better grasp fundamental concepts.
(2) Strong readability and ease of self-study. The book is well-structured with clear logic, making it easy for readers to understand and master. Each chapter begins with an introduction that tells readers what they can learn and what they should master. Each chapter includes examples and self-assessment questions, and each chapter ends with summaries, review outlines, and a large number of exercises (including some exercises that involve computer simulation calculations). Deepening readers' understanding of fundamental concepts through examples and exercises is a prominent feature of this book.