Fundamentals of Industrial Electronics is the first volume in The Industrial Electronics Handbook, Second Edition. It focuses on the fundamental areas which form the basis for the field of industrial electronics. Because of the breadth of this field, the knowledge required spans a wide spectrum of technology that includes analog and digital circuits, electronics, electromagnetics, machines, and signal processing.
Preface
Acknowledgements
Editorial Board
Editors
Contributors
Part I : Circuits and Signal
Chapter 1 : DC and Transient Circuit Analysis
Chapter 2 : AC Circuits Analysis
Chapter 3 : Computational Methods for Node and Loop Analysis
Chapter 4 : Transistor Operation and Modeling
Chapter 5 : Application of Operational Amplifiers
Chapter 6 : Frequency Response and Bode Diagrams
Chapter 7 : Laplace Transforms
Part II : Devices
Chapter 8 : Semiconductor Diode
Chapter 9 : Bipolar Junction Transistor
Chapter 10 : Field Effect Transistors
Chapter 11 : Noise in Semiconductor Devices
Chapter 12 : Physical Phenomena Used in Sensors
Chapter 13 : MEMS Devices
Chapter 14 : MEMS Technologies
Chapter 15 : Applications of MEMS
Chapter 16 : Transistors in Switching Circuits
Chapter 17 : Transistors in Amplifier Circuits
Chapter 18 : A Simplistic Approach to the Analysis of Transistor Amplifiers
Chapter 19 : Analog and Digital VLSI Design
Part III : Digital Circuits
Chapter 20 : Digital Design - Combinational Logics
Chapter 21 : Digital Design - Sequential Logic
Chapter 22 : Soft-Core Processors
Chapter 23 : Computer Architecture
Chapter 24 : FPGAs and Reconfigurable Systems
Part IV : Digital and Analog Signal Processing
Chapter 25 : Signal Processing
Chapter 26 : Analog Filter Synthesis
Chapter 27 : Active Filter Implementation
Chapter 28 : Designing Passive Filters with Lossy Elements
Part V : Electromagnetics
Chapter 29 : Electromagnetic Fields - I
Chapter 30 : Propagating Electromagnetics Fields - II
Chapter 31 : Transmission Line Time-Domain Analysis and Signal Integrity
Index
