Electronic Principles, 8th Edition

This eighth edition of Malvino’s classic Electronic Principles offers students a definitive overview of electronic circuits and devices. Expert knowledge of electronic devices is presented in a stimulating, clearly written, conversational style. The new, streamlined book design is full-color throughout, with ample, clear illustrations. Greater emphasis on modern integrated circuit (IC) technology, and the revision of nearly one third of the previous edition’s chapter problems and review questions refresh this text while retaining its proven approach.

In addition to the text there is a wealth of supplementary material included for both student and instructor. An upgraded Experiments Manual, the optional use of MultiSIM software, an instructor’s manual with an Instructor Productivity Center CD-ROM, and the brand new Online Learning Center website make this text a powerful learning tool.”

Electronic Principles is written for electronics students who have done course work in basic DC/AC circuit analysis, along with algebra and trigonometry prerequisites. The book gives clear, accessible coverage of basic electronics concepts in the first half of the book, then applies these to the important electronic circuits and devices most widely used in today’s industry.

Table of Contents

Chapter 1: Introduction
Chapter 2: Semiconductors
Chapter 3: Diode Theory
Chapter 4: Diode Circuits
Chapter 5: Special- Purpose Diodes
Chapter 6: BJT Fundamentals
Chapter 7: BJT Biasing
Chapter 8 : Basic BJT Amplifiers
Chapter 9: Multistage, CC, and CB Amplifiers
Chapter 10: Power Amplifiers
Chapter 11: JFETs
Chapter 12: MOSFETs
Chapter 13: Thyristors
Chapter 14: Frequency Effects
Chapter 15: Differential Amplifiers
Chapter 16: Operational Amplifiers
Chapter 17: Negative Feedback
Chapter 18: Linear Op-Amp Circuit Applications
Chapter 19: Active Filters
Chapter 20: Nonlinear Op-Amp Circuit Applications
Chapter 21: Oscillators
Chapter 22: Regulated Power Supplies
Appendix A: Data Sheet List
Appendix B: Mathematical Derivations
Appendix C: Multisim Primer
Appendix D: Thevenizing the R/2R D/A Converter
Appendix E: Summary Table Listing
Appendix F: Digital/Analog Trainer System