Quantities and Units | p. 1 |
Units of Measurement | p. 2 |
Scientific Notation | p. 4 |
Engineering Notation and Metric Prefixes | p. 7 |
Metric Unit Conversions | p. 10 |
Voltage, Current, and Resistance | p. 16 |
Atomic Structure | p. 17 |
Electrical Charge | p. 21 |
Voltage, Current, and Resistance | p. 23 |
Voltage and Current Sources | p. 26 |
Resistors | p. 32 |
The Electric Circuit | p. 40 |
Basic Circuit Measurements | p. 49 |
Electrical Safety | p. 55 |
A Circuit Application | p. 57 |
Ohm's Law | p. 72 |
The Relationship of Current, Voltage, and Resistance | p. 73 |
Calculating Current | p. 77 |
Calculating Voltage | p. 80 |
Calculating Resistance | p. 82 |
Introduction to Troubleshooting | p. 84 |
A Circuit Application | p. 87 |
Energy and Power | p. 97 |
Energy and Power | p. 98 |
Power in an Electric Circuit | p. 100 |
Resistor Power Ratings | p. 102 |
Energy Conversion and Voltage Drop in Resistance | p. 106 |
Power Supplies | p. 107 |
A Circuit Application | p. 109 |
Series Circuits | p. 117 |
Resistors in Series | p. 118 |
Current in a Series Circuit | p. 120 |
Total Series Resistance | p. 122 |
Application of Ohm's Law | p. 126 |
Voltage Sources in Series | p. 130 |
Kirchhoff's Voltage Law | p. 133 |
Voltage Dividers | p. 137 |
Power in Series Circuits | p. 144 |
Voltage Measurements | p. 146 |
Troubleshooting | p. 150 |
A Circuit Application | p. 155 |
Parallel Circuits | p. 172 |
Resistors in Parallel | p. 173 |
Voltage in a Parallel Circuit | p. 176 |
Kirchhoff's Current Law | p. 178 |
Total Parallel Resistance | p. 182 |
Application of Ohm's Law | p. 188 |
Current Sources in Parallel | p. 192 |
Current Dividers | p. 193 |
Power in Parallel Circuits | p. 197 |
Parallel Circuit Applications | p. 199 |
Troubleshooting | p. 204 |
A Circuit Application | p. 208 |
Series-Parallel Circuits | p. 226 |
Identifying Series-Parallel Relationships | p. 227 |
Analysis of Series-Parallel Resistive Circuits | p. 232 |
Voltage Dividers with Resistive Loads | p. 240 |
Loading Effect of a Voltmeter | p. 245 |
Ladder Networks | p. 247 |
The Wheatstone Bridge | p. 253 |
Troubleshooting | p. 258 |
A Circuit Application | p. 262 |
Circuit Theorems and Conversions | p. 280 |
The DC Voltage Source | p. 281 |
The Current Source | p. 283 |
Source Conversions | p. 285 |
The Superposition Theorem | p. 288 |
Thevenin's Theorem | p. 295 |
Norton's Theorem | p. 306 |
Maximum Power Transfer Theorem | p. 310 |
Delta-to-Wye ([Delta]-toY) and Wye-to-Delta (Y-to-[Delta]) Conversions | p. 313 |
A Circuit Application | p. 319 |
Branch, Loop, and Node Analyses | p. 334 |
Simultaneous Equations in Circuit Analysis | p. 335 |
Branch Current Method | p. 344 |
Loop Current Method | p. 347 |
Node Voltage Method | p. 353 |
A Circuit Application | p. 360 |
Magnetism and Electromagnetism | p. 370 |
The Magnetic Field | p. 371 |
Electromagnetism | p. 375 |
Electromagnetic Devices | p. 381 |
Magnetic Hysteresis | p. 388 |
Electromagnetic Induction | p. 390 |
Applications of Electromagnetic Induction | p. 394 |
A Circuit Application | p. 398 |
Introduction to Alternating Current and Voltage | p. 406 |
The Sinusoidal Waveform | p. 407 |
Sinusoidal Voltage Sources | p. 412 |
Sinusoidal Voltage and Current Values | p. 415 |
Angular Measurement of a Sine Wave | p. 419 |
The Sine Wave Formula | p. 423 |
Introduction to Phasors | p. 425 |
Analysis of AC Circuits | p. 431 |
Superimposed DC and AC Voltages | p. 434 |
Nonsinusoidal Waveforms | p. 436 |
The Oscilloscope | p. 443 |
A Circuit Application | p. 450 |
Capacitors | p. 466 |
The Basic Capacitor | p. 467 |
Types of Capacitors | p. 474 |
Series Capacitors | p. 480 |
Parallel Capacitors | p. 484 |
Capacitors in DC Circuits | p. 486 |
Capacitors in AC Circuits | p. 496 |
Capacitor Applications | p. 502 |
Switched-Capacitor Circuits | p. 507 |
A Circuit Application | p. 510 |
Inductors | p. 525 |
The Basic Inductor | p. 526 |
Types of Inductors | p. 532 |
Series and Parallel Inductors | p. 533 |
Inductors in DC Circuits | p. 535 |
Inductors in AC Circuits | p. 545 |
Inductor Applications | p. 550 |
A Circuit Application | p. 552 |
Transformers | p. 563 |
Mutual Inductance | p. 564 |
The Basic Transformer | p. 565 |
Step-Up and Step-down Transformers | p. 569 |
Loading the Secondary Winding | p. 572 |
Reflected Load | p. 574 |
Impedance Matching | p. 576 |
Nonideal Transformer Characteristics | p. 579 |
Tapped and Multiple-Winding Transformers | p. 582 |
Troubleshooting | p. 587 |
A Circuit Application | p. 589 |
RC Circuits | p. 600 |
Series Circuits With an Introduction to Complex Numbers | p. 601 |
The Complex Number System | p. 601 |
Sinusoidal Response of Series RC Circuits | p. 610 |
Impedance of Series RC Circuits | p. 611 |
Analysis of Series RC Circuits | p. 614 |
Parallel Circuits | p. 626 |
Impedance and Admittance of Parallel RC Circuits | p. 626 |
Analysis of Parallel RC Circuits | p. 629 |
Series-Parallel Circuits | p. 635 |
Analysis of Series-Parallel RC Circuits | p. 635 |
Special Topics | p. 642 |
Power in RC Circuits | p. 642 |
Basic Applications | p. 646 |
Troubleshooting | p. 653 |
A Circuit Application | p. 658 |
RL Circuits | p. 677 |
Series Circuits | p. 678 |
Sinusoidal Response of RL Circuits | p. 678 |
Impedance of Series RL Circuits | p. 679 |
Analysis of Series RL Circuits | p. 681 |
Parallel Circuits | p. 691 |
Impedance and Admittance of Parallel RL Circuits | p. 691 |
Analysis of Parallel RL Circuits | p. 694 |
Series-Parallel Circuits | p. 698 |
Analysis of Series-Parallel RL Circuits | p. 698 |
Special Topics | p. 702 |
Power in RL Circuits | p. 702 |
Basic Applications | p. 705 |
Troubleshooting | p. 709 |
A Circuit Application | p. 714 |
RLC Circuits and Resonance | p. 726 |
Series Circuits | p. 727 |
Impedance of Series RLC Circuits | p. 727 |
Analysis of Series RLC Circuits | p. 729 |
Series Resonance | p. 733 |
Parallel Circuits | p. 740 |
Impedance of Parallel RLC Circuits | p. 740 |
Analysis of Parallel RLC Circuits | p. 742 |
Parallel Resonance | p. 745 |
Series-Parallel RLC Circuits | p. 749 |
Analysis of Series-Parallel RLC Circuits | p. 749 |
Special Topics | p. 757 |
Bandwidth of Resonant Circuits | p. 757 |
Applications | p. 761 |
A Circuit Application | p. 765 |
Passive Filters | p. 778 |
Low-Pass Filters | p. 779 |
High-Pass Filters | p. 786 |
Band-Pass Filters | p. 790 |
Band-Stop Filters | p. 795 |
A Circuit Application | p. 799 |
Circuit Theorems in AC Analysis | p. 809 |
The Superposition Theorem | p. 810 |
Thevenin's Theorem | p. 815 |
Norton's Theorem | p. 825 |
Maximum Power Transfer Theorem | p. 829 |
A Circuit Application | p. 833 |
Time Response of Reactive Circuits | p. 842 |
The RC Integrator | p. 843 |
Response of an RC Integrator to a Single Pulse | p. 844 |
Response of RC Integrators to Repetitive Pulses | p. 849 |
Response of an RC Differentiator to a Single Pulse | p. 854 |
Response of RC Differentiators to Repetitive Pulses | p. 859 |
Response of RL Integrators to Pulse Inputs | p. 861 |
Response of RL Differentiators to Pulse Inputs | p. 866 |
Relationship of Time Response to Frequency Response | p. 870 |
Troubleshooting | p. 873 |
A Circuit Application | p. 876 |
Three-Phase Systems in Power Applications | p. 887 |
Introduction to Three-Phase Machines | p. 888 |
Generators in Power Applications | p. 889 |
Types of Three-Phase Generators | p. 893 |
Three-Phase Source/Load Analysis | p. 899 |
Three-Phase Power | p. 905 |
Appendices | |
Table of Standard Resistor Values | p. 914 |
Derivations | p. 915 |
Capacitor Color Coding | p. 920 |
Answers to Odd-Numbered Problems | p. 924 |
Glossary | p. 938 |
Index | p. 944 |
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