Integrated electronics; analog and digital circuits and systems

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Integrated electronics; analog and digital circuits and systems - jacob millman, christos c halkias - mcgraw hill

This book was written primarily as a text for a first course in electronics for electrical engineering students. It should also be of interest to physics majors and to practicing engineers and scientists who wish to update their knowledge of semiconductor electronics and, particularly, of integrated circuits. There are over 720 homework problems, which will test the student`s grasp of the fundamental concepts enunciated in the book and will give him experience in the analysis and design of electronic circuits. In almost all numerical problems, realistic parameter values and specifications have been chosen. Each chapter is followed by many review (quiz) questions. Considerable thought was given to the pedagogy of presentation, to the explanation of circuit behavior, to the use of a consistent system of notation, the care with which diagrams are drawn, the many illustrative examples worked out in detail in the text, and to the review questions at the end of each chapter. It is hoped that these will facilitate the use of the book in self-study and that the practicing engineer will find the book useful in updating himself in this fast-moving field.

Table of Contents

Preface
1. Energy Bands in Solids
2. Transport Phenomena in Semiconductors
3. Junction-Diode Characteristics
4. Diode Circuits
5. Transistor Characteristics
6. Digital Circuits
7. Integrated Circuits: Fabrication and Characteristics
8. The Transistor at Low Frequencies
9. Transistor Biasin and Thermal Stabilization
10. Field-effect Transistors
11. The Transistor at High Frequencies
12. Multistage Amplifiers
13. Feedback Amplifiers
14. Stability and Oscillators
15. Operational Amplifiers
16. Integrated Circuits as Analog System Building Blocks
17. Integrated Circuits as Digital Systems Building Blocks
18. Power Circuits and Systems
19. Semiconductor-devices Physics

Appendices
a. Probable Values of General Physical Constants
b. Conversion Factors and Prefixes
c. Problems
Index

About The Author(s)

Jacob Millman is Professor Emeritus of Columbia University, where he held the Charles Batchelor Chair in Electronics. He obtained his B.S (1932) and Ph.D. (1935) in physics from the Massachusetts Institute of Technology. His first graduate year was spent in Munich, Germany (1932-1933). He taught electrical engineering at the City College of New York (1936-1941 and 1946-1951) and at Columbia (1952-1975). During World War II he worked on the development of radar systems at the Radiation Laboratory of MIT (1942-1945).

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