Basic Engineering Circuit Analysis, Tenth Edition

CONTENTS

Preface

CHAPTER  1

BASIC CONCEPTS

1.1      Systems of Units

1.2      Basic Quantities

1.3      Circuit Elements

Summary

Problems

CHAPTER  2

RESISTIVE CIRCUITS

2.1      Ohm’s Law

2.2      Kirchhoff’s Laws

2.3      Single-Loop Circuits

2.4      Single-Node-Pair Circuits

2.5      Series and Parallel Resistor Combinations

2.6      Circuits with Series-Parallel Combinations of Resistors

2.7      Wye Delta Transformations

2.8      Circuits with Dependent Sources

2.9      Resistor Technologies for Electronic Manufacturing

2.10    Application Examples

2.11    Design Examples

Summary

Problems

CHAPTER  3

NODAL AND LOOP ANALYSIS TECHNIQUES

3.1      Nodal Analysis

3.2      Loop Analysis

3.3      Application Example

3.4      Design Example

Summary

Problems

CHAPTER  4

OPERATIONAL AMPLIFIERS

4.1      Introduction

4.2      Op-Amp Models

4.3      Fundamental Op-Amp Circuits

4.4      Comparators

4.5      Application Examples

4.6      Design Examples

Summary

Problems

CHAPTER  5

ADDITIONAL ANALYSIS TECHNIQUES

5.1      Introduction

5.2      Superposition

5.3      Thévenin's and Norton's Theorems

5.4      Maximum Power Transfer

5.5      Application Example

5.6      Design Example

Summary

Problems

CHAPTER  6

CAPACITANCE AND INDUCTANCE

6.1      Capacitors

6.2      Inductors

6.3      Capacitor and Inductor Combinations

6.4      RC Operational Amplifier Circuits

6.5      Application Examples