Fundamentals Of Semiconductor Devices

Table of contents
1. Qualitative Semiconductor Theory 2. Qualitative Theory of PN Junction Transistors 3. Quantitative Semiconductor Theory 4. the PN Junction under forward and reverse bias 5. Bipolar Junction Transistors D.C. and Low Frequency Properties Under Idealized Conditions 6. Junction Transition Capacitance and Junction Breakdown Voltages 7. Photo Diodes, Photo Transistors and PNPN Structures Basic Principles 8. A.C. Properties of Devices 9. High Frequency Analysis and High Frequency Equivalent Circuits, Using the Concepts of Complex Lifetime and Complex Stored Charge 10. Metal Semiconductor Contacts, Metal Semiconductor and Junction Field Effect Transistors 11. Metal Oxide Semiconductor Field Effect Transistor (MOSFET) 12. Basic Principles of Device Fabrication 13. Miscellaneous Devices and Effects 14. Low Frequency Small Signal Analysis of Transistor Circuits

New Features

?Fundamentals of Semiconductor Devices? is a comprehensively written text which deals with both qualitative and quantitative analysis of semiconductor theory & devices. This book is perfect for the first course on ?Semiconductor Physics and Devices? at the UG level. Written for the introductory level course on Semiconductor Devices with a lot of emphasis on both qualitative and quantitative aspects of the technology. Excellent coverage on the device capacitance, AC and transient analysis, equivalent circuits and the high frequency performance of these devices. Simple language, easy to understand (See the chapter on BJT in all the books). Separate chapters on Analysis of DC and AC Properties of Devices. (A feature not seen in Streetman). Chapter 9(High Frequency Analysis & Equivalent Circuits) has used the concepts of complex lifetime & complex stored charge which is unique to this book. Large number of application-oriented solved as well as practice problems are given. Pedagogical features: Solved problems-111 Unsolved problems-163