Principles of electric circuits / 6th ed.

Table Of Contents:

Components, Quantities, and Units 1(17)

Electrical Components and Measuring Instruments 2(5)

Electrical and Magnetic Units 7(1)

Scientific Notation 8(3)

Metric Prefixes 11(2)

Metric Unit Conversions 13(5)

Voltage, Current, and Resistance 18(50)

Atomic Structure 20(3)

Electrical Charge 23(2)

Voltage 25(4)

Current 29(1)

Resistance 30(7)

The Electric Circuit 37(8)

Basic Circuit Measurements 45(7)

Technology Theory into Practice 52(16)

Ohm's Law 68(22)

Ohm's Law 70(2)

Calculating Current 72(3)

Calculating Voltage 75(2)

Calculating Resistance 77(2)

The Relationship of Current, Voltage, and Resistance 79(3)

Technology Theory into Practice 82(8)

Energy and Power 90(20)

Energy and Power 92(2)

Power in an Electric Circuit 94(2)

Resistor Power Ratings 96(4)

Energy Conversion and Voltage Drop in Resistance 100(1)

Power Supplies 101(2)

Technology Theory into Practice 103(7)

Series Circuits 110(50)

Resistors in Series 112(2)

Current in a Series Circuit 114(2)

Total Series Resistance 116(3)

Ohm's Law in Series Circuits 119(4)

Voltage Sources in Series 123(3)

Kirchhoff's Voltage Law 126(3)

Voltage Dividers 129(7)

Power in a Series Circuit 136(2)

Circuit Ground 138(4)

Troubleshooting 142(2)

Technology Theory into Practice 144(16)

Parallel Circuits 160(50)

Resistors in Parallel 162(3)

Voltage Drop in Parallel Circuits 165(1)

Kirchhoff's Current Law 166(4)

Total Parallel Resistance 170(6)

Ohm's Law in Parallel Circuits 176(4)

Current Sources in Parallel 180(1)

Current Dividers 181(4)

Power in Parallel Circuits 185(2)

Examples of Parallel Circuit Applications 187(5)

Troubleshooting 192(4)

Technology Theory into Practice 196(14)

Series-Parallel Circuits 210(50)

Identifying Series-Parallel Relationships 212(5)

Analysis of Series-Parallel Circuits 217(8)

Voltage Dividers with Resistive Loads 225(4)

Loading Effect of a Voltmeter 229(3)

Ladder Networks 232(5)

The Wheatstone Bridge 237(3)

Troubleshooting 240(3)

Technology Theory into Practice 243(17)

Circuit Theorems and Conversions 260(50)

The Voltage Source 262(2)

The Current Source 264(2)

Source Conversions 266(3)

The Superposition Theorem 269(7)

Thevenin's Theorem 276(9)

Norton's Theorem 285(3)

Maximum Power Transfer Theorem 288(2)

Delta-to-Wye (δ-to-Y) and Wye-to-Delta (Y-to-δ) Conversions 290(5)

Technology Theory into Practice 295(15)

Branch, Mesh, and Node Analysis 310(30)

Branch Current Method 312(2)

Determinants 314(6)

Solving Simultaneous Equations Using a Calculator 320(3)

Mesh Current Method 323(4)

Node Voltage Method 327(3)

Technology Theory into Practice 330(10)

Magnetism and Electromagnetism 340(36)

The Magnetic Field 342(4)

Electromagnetism 346(6)

Electromagnetic Devices 352(5)

Magnetic Hysteresis 357(2)

Electromagnetic Induction 359(4)

Applications of Electromagnetic Induction 363(4)

Technology Theory into Practice 367(9)

Introduction to Alternating Current and Voltage 376(54)

The Sine Wave 378(5)

Sinusoidal Voltage Sources 383(3)

Voltage and Current Values of Sine Waves 386(4)

Angular Measurement of a Sine Wave 390(4)

The Sine Wave Formula 394(2)

Ohm's Law and Kirchhoff's Laws in AC Circuits 396(3)

Superimposed DC and AC Voltages 399(2)

Nonsinusoidal Waveforms 401(7)

Oscilloscope Measurements 408(5)

Technology Theory into Practice 413(17)

Phasors and Complex Numbers 430(30)

Introduction to Phasors 432(5)

The Complex Number System 437(4)

Rectangular and Polar Forms 441(7)

Mathematical Operations 448(5)

Technology Theory into Practice 453(7)

Capacitors 460(58)

The Basic Capacitor 462(7)

Types of Capacitors 469(6)

Series Capacitors 475(4)

Parallel Capacitors 479(2)

Capacitors in DC Circuits 481(10)

Capacitors in AC Circuits 491(5)

Capacitor Applications 496(5)

Testing Capacitors 501(3)

Technology Theory into Practice 504(14)

Inductors 518(40)

The Basic Inductor 520(6)

Types of Inductors 526(1)

Series Inductors 527(1)

Parallel Inductors 528(2)

Inductors in DC Circuits 530(9)

Inductors in AC Circuits 539(5)

Inductor Applications 544(2)

Testing Inductors 546(1)

Technology Theory into Practice 547(11)

Transformers 558(40)

Mutual Inductance 560(1)

The Basic Transformer 561(4)

Step-Up Transformers 565(1)

Step-Down Transformers 566(1)

Loading the Secondary Winding 567(2)

Reflected Load 569(2)

Matching the Load and Source Resistances 571(3)

The Transformer as an Isolation Device 574(2)

Nonideal Transformer Characteristics 576(3)

Other Types of Transformers 579(5)

Troubleshooting Transformers 584(2)

Technology Theory into Practice 586(12)

RC Circuits 598(64)

Series Reactive Circuits 600(1)

Sinusoidal Response of RC Circuits 600(1)

Impedance and Phase Angle of Series RC Circuits 601(3)

Analysis of Series RC Circuits 604(7)

Parallel Reactive Circuits 611(1)

Impedance and Phase Angle of Parallel RC Circuits 611(3)

Analysis of Parallel RC Circuits 614(6)

Series-Parallel Reactive Circuits 620(1)

Series-Parallel RC Circuits 620(6)

Special Topics 626(1)

Power in RC Circuits 626(4)

Basic Applications 630(11)

Troubleshooting 641(3)

Technology Theory into Practice 644(18)

RL Circuits 662(46)

Series Reactive Circuits 664(1)

Sinusoidal Response of RL Circuits 664(1)

Impedance and Phase Angle of Series RL Circuits 665(2)

Analysis of Series RL Circuits 667(5)

Parallel Reactive Circuits 672(1)

Impedance and Phase Angle of Parallel RL Circuits 672(3)

Analysis of Parallel RL Circuits 675(4)

Series-Parallel Reactive Circuits 679(1)

Series-Parallel RL Circuits 679(4)

Special Topics 683(1)

Power in RL Circuits 683(4)

Basic Applications 687(7)

Troubleshooting 694(2)

Technology Theory into Practice 696(12)

RLC Circuits and Resonance 708(52)

Series Reactive Circuits 710(1)

Impedance of Series RLC Circuits 710(2)

Analysis of Series RLC Circuits 712(4)

Series Resonance 716(7)

Parallel Reactive Circuits 723(1)

Impedance of Parallel RLC Circuits 723(3)

Analysis of Parallel RLC Circuits 726(2)

Parallel Resonance 728(4)

Series-Parallel Reactive Circuits 732(1)

Analysis of Series-Parallel RLC Circuits 732(8)

Special Topics 740(1)

Bandwidth of Resonant Circuits 740(4)

Applications 744(4)

Technology Theory into Practice 748(12)

Basic Filters 760(32)

Low-Pass Filters 762(7)

High-Pass Filters 769(4)

Band-Pass Filters 773(5)

Band-Stop Filters 778(3)

Technology Theory into Practice 781(11)

Circuit Theorems in AC Analysis 792(32)

The Superposition Theorem 794(4)

Thevenin's Theorem 798(9)

Norton's Theorem 807(4)

Maximum Power Transfer Theorem 811(3)

Technology Theory into Practice 814(10)

Pulse Response of Reactive Circuits 824(46)

The RC Integrator 826(1)

Single-Pulse Response of RC Integrators 827(5)

Repetitive-Pulse Response of RC Integrators 832(5)

Single-Pulse Response of RC Differentiators 837(5)

Repetitive-Pulse Response of RC Differentiators 842(2)

Pulse Response of RL Integrators 844(5)

Pulse Response of RL Differentiators 849(4)

Relationship of Time (Pulse) Response to Frequency Response 853(3)

Troubleshooting 856(3)

Technology Theory into Practice 859(11)

Polyphase Systems in Power Applications 870(30)

Basic Polyphase Machines 872(2)

Polyphase Generators in Power Applications 874(5)

Three-Phase Generators 879(6)

Three-Phase Source/Load Analysis 885(6)

Three-Phase Power 891(9)
Appendix A TAble of Standard Resistor Values 900(1)
Appendix B Batteries 901(3)
Appendix C Derivations 904(3)
Appendix D Capacitor Color Coding 907(1)
Answers to Selected Odd-Numbered Problems 908(11)
Glossary 919(5)
Index 924