PART 1 DC Circuits

Chapter 1 Basic Concepts

1.1 Introduction

1.2 International Systems of Units

1.3 Scientific and Engineering Notation

1.4 ？Scientific Calculators

1.5 Charge and Current

1.6 Voltage

1.7 Powerand Energy

1.8 ？Applications

1.8.1 TV Picture Tube

1.8.2 Electricity Bills

1.9 Summary

Review Questions

Problems

Comprehensive Problems

Chapter 2 Resistance

2.1 Introduction

2.2 Resistance

2.3 Ohmis Law

2.4 Conductance

2.5 Circular Wires

2.6 Typesof Resistors

2.7 Resistor Color Code

2.8 Standard Resistor Values

2 9 Applications:Measurements

2.10 Electrical Safety Precautions

2.10.1 Electric Shock

2.10.2 Precautions

2.11 Summary

Review Questions

Problems

Chapter 3 Power and Energy

3.1 Introduction

3.2 Power and Energy

3.3 Power in Electric Circuits

3.4 Power Sign Convention

3.5 Resistor Power Ratings

3.6 Efficiency

3.7 Fuses,Circuit Breakers,and GFCls

3.8 ？Applications:Wattmeter and Watt-hour Meter

3.8.1 Wattmeter

3.8.2 Watt-hour Meter

3.9 Summary

Review Questions

Problems

Chapter 4 Series Circuits

4.1 Introduction

4.2 Nodes,Branches,and Loops

4.3 Resistors in Series

4.4 Kirchhoff's Voltage Law

4.5 Voltage Sources in Series

4.6 Voltage Dividers

4.7 Ground Connections

4.8 Computer Analysis

4.8.1 PSpice

4.8.2 Multisim

4.9 Applications

4.10 Summary

Review Questions

Problems

Chapter 5 Parallel Circuits

5.1 Introduction

5.2 Parallel Circuits

5.3 Kirchhoff's Current Law

5.4 Current Sources in Parallel

5.5 Resistors in Parallel

5.6 Current Dividers

5.7 Computer Analysis

5.7.1 PSpice

5.7.2 Multisim

5.8 Troubleshooting

5.9 ？Applications

5.10 Summary

Review Questions

Problems

Chapter 6 Series-Parallel Circuits

6.1 Introduction

6.2 Series-Parallel Circuits

6.3 Ladder Networks

6.4 Dependent Sources

6.5 Loading Effects of Instruments

6.6 Computer Analysis

6.6.1 PSpice

6.6.2 Multisim

6.7 ？Application:Wheatstone Bridge

6.8 Summary

Review Questions

Problems

Chapter 7 Methods of Analysis

7.1 Introduction

7 2 Mesh Analysis

7.3 Mesh Analysis with Current Sources

7.4 Nodal Analysis

7.5 Nodal Analysis with Voltage Sources

7 6 ？Mesh and Nodal Analysis by Inspection

7 7 Mesh Versus Nodal Analysis

7.8 ？Wye-Delta Transformations

7.8.1△-to-Y Conversion

7.8.2 Y-to-A Conversion

7 9 Computer Analysis

7.9 1 PSpice

7 9.2 Multisim

7.10 ？Applications:DC Transistor Circuits

7.11 Summary

Review Questions

Problems

Chapter 8 Circuit Theorems

8.1 Introduction

8.2 Linearity Propety

8.3 Superposition

8.4 Source Transformations

8.5 Thevenin's Theorem

8.6 Norton'S Theorem

8.7 Maximum Power Transfer Theorem

8 8 ？Millman's Theorem

8.9 ？Substitution Theorem

8.10 ？Reciprocity Theorem

8.11 Verifying Circuit Theorems with Computers

8.11.1 PSpice

8.11.2Multisim

8.12 ？Application:Source Modeling

8.13 Summary

Review Questions

Problems

Chapter 9 Capacitance

9.1 Introduction

9.2 Capacitors

9.3 Electric Fields

9.4 Types of Capacitors

9 5 Series and Parallel Capacitors

9.6 Current-Voltage Relationship

9.7 Charging and Discharging a Capacitor

9 7.1 Charging Cycle

9.7.2 Discharging Cycle

9.8 Computer Analysis

9.8.1 PSpice

9.8.2 Multisim

9.9 Troubleshooting

9.10 ？Applications

9.10.1 Delay Circuits

9.10.2 Photoflash Unit

9.11 Summary

Review Questions

Problems

Chapter 10 Inductance

10.1 Introduction

10.2 Electromagnetic Induction

10.3 Inductors

10.4 Energy Storage and Steady-State DC

10.5 Types of lnductors

10.6 Series and Parallellnductors

10.7 Transient RL Circuits

10.8 Computer Analysis

10.8.1 PSpice

10.8.2 Multisim

10.9 ？Applications

10.9.1 Relay Circuits

10.9.2 Automobile Ignition Circuits

10.10 Summary

Review Questions

Problems

PART 2 AC Circuits

Chapter 11 AC Voltage and Current

11.1 Introduction

11.2 AC Voltage Generator

11.3 Sinusoids

11.4 Phase Relations

11.5 Average and RMS Values

11.6 Oscilloscopes

11 7 TrueRMSMeters

11.8 Summary

Review Questions

Problems

Chapter 12 Phasors and Impedance

12.1 Introduction

12.2 Phasors and Complex Numbers

12.3 Phasor Relationships for Circuit Elements

12 4 Impedance and Admittance

12.5 Impedance Combinations

12.6 Computer Analysis

12.6.1 MATLAB

12.6.2 PSpice

12.7 ？Applications

12.7.1 Phase-Shifters

12.7.2 AC Bridges

12.8 Summary

Review Questions

Problems

Chapter 13 Sinusoidal Steady-State Analysis

13 1 Introduction

13.2 Mesh Analysis

13.3 Nodal Analysis

13 4 Superposition Theorem

13.5 Source Transformation

13.6 Thevenin and Norton Equivalent Circuits

13.7 Computer Analysis

13.8 Summaty

Review Questions

Problems

Chapter 14 AC Power Analysis

14.1 Introduction

14.2 Instantaneous and Average Power

14.3 Maximum Average Power Transfer

14.4 Apparent Power and Power Factor

14.5 Complex Power

14.6 ？Conservation of AC Power

14.7 Power Factor Correction

14.8 ？Applications

14.8.1 Power Measurement

14.8.2 Electricity Consumption

14.8.3 Power in CPUs

14.9 Summary

Review Questions

Problems

Chapter 15 Resonance

15.1 Introduction

15.2 Series Resonance

15.3 Quality Factor

15.4 Parallel Resonance

15.5 Computer Analysis

15.5.1 PSpice

15.5.2 Multisim

15.6 ？Applications

15.7 Summary

Review Questions

Problems

Chapter 16 Filters and Bode Plots

16.1 Introduction

16.2 The Decibel Scale

16.3 Transfer Function

16.4 Bode Plots

16.5 Filters

16.5.1 Lowpass Filter

16.5.2 Highpass Filter

16.5.3 Bandpass Filter

16.5.4 Bandstop Filter

16.6 Computer Analysis

16.6.1 PSpice

16.6.2 Multisim

16.7 Applications

16.7.1 Touch-Tone Telephone

16.7.2 Crossover Network

16.8 Summary

Review Questions

Problems

Chapter 17 Three-Phase Circuits

17.1 Introduction

17.2 Three-Phase Generator

17.3 Balanced Three-Phase Voltages

17.4 Balanced Wye-Wye Connection

17.5 Balanced Wye-Delta Connection

17.6 Balanced Delta-Delta Connection

17.7 Balanced Deita-Wye Connection

17.8 Power in a Balanced System

17.9 ？Unbalanced Three-Phase Systems

17.10 Computer Analysis

17.11 ？Applications

17.11.1 Three-Phase Power Measurement

17.11.2 Residential Electrical Wiring

17.12 Summary

Review Questions

Problems

Chapter 18 Transformers and Coupled Circuits

18.1 Introduction

18.2 Mutual Inductance

18.3 Energy in a Coupled Circuit

18.4 Linear Transformers

18.5 ldeal Transfomers

18.6 Ideal Autotransformers

18.7 Computer Analysis

18.8 ？Applications

18.8.1 Transformers as Isolation Devices

18.8.2 Transformers as Matching Devices

18.8.3 Power Distribution

18.9 Summary

Review Questions

Problems

Chapter 19 Two-Port Networks

19.1 Introduction

19.2 Impedance Parameters

19.3 Admittance Parameters

19.4 Hybrid Parameters

19.5 ？Relationships Between Parameters

19.6 Interconnection of Networks

19.7 Computer Analysis

19.8 ？Applications

19.9 Summary

Review Questions

Problems