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Delmar's Standard Textbook of Electricity, 3E

ISBN: 9781401825652 | 1401825656
Edition: 3rd
Format: Hardcover
Publisher: Cengage Learning
Pub. Date: 7/31/2003

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SummaryTable of Contents
Mastering the theory and application of electrical concepts is necessary for a successful career in the electrical installation or industrial maintenance fields, and this newly revised, full color text delivers! Delmar's Standard Textbook of Electricity, 3E trains aspiring electricians by blending concepts relating to electrical theory with practical 'how to' information that prepares students for situations commonly encountered on the job. Topics span the major aspects of the electrical field including atomic structure and basic electricity, d... MORE
... MORE
Prefacexix
SECTION 1 Safety, basic Electricity, and Ohm's Law2(132)
SAFETY OVERVIEW
S-1 General Safety Rules
4(2)
S-2 Effects of Electric Current on the Body
6(1)
S-3 On the Job
7(5)
S-4 Protective Clothing
12(4)
S-5 Ladders and Scaffolds
16(2)
S-6 Fires
18(2)
S-7 Ground-Fault Circuit Interrupters
20(2)
S-8 Grounding
22(6)
UNIT 1 Atomic Structure
28(23)
1-1 Early History of Electricity
29(2)
1-2 Atoms
31(3)
1-3 The Law of Charges
34(2)
1-4 Centripetal Force
36(1)
1-5 Electron Orbits
37(2)
1-6 Valence Electrons
39(1)
1-7 Electron Flow
40(3)
1-8 Insulators
43(1)
1-9 Semiconductors
44(1)
1-10 Molecules
44(2)
1-11 Methods of Producing Electricity
46(1)
1-12 Electrical Effects
47(4)
UNIT 2 Electrical Quantities and Ohm's Law
51(28)
2-1 The Coulomb
52(1)
2-2 The Ampere
53(1)
2-3 The Electron Flow Theory
54(1)
2-4 The Conventional Current Flow Theory
54(2)
2-5 Speed of Current
56(3)
2-6 Basic Electric Circuits
59(2)
2-7 The Volt
61(1)
2-8 The Ohm
62(2)
2-9 The Watt
64(2)
2-10 Other Measures of Power
66(2)
2-11 Ohm's Law
68(5)
2-12 Metric Prefixes
73(6)
UNIT 3 Static Electricity
79(15)
3-1 Static Electricity
80(2)
3-2 Charging an Object
82(1)
3-3 The Electroscope
82(3)
3-4 Static Electricity in Nature
85(3)
3-5 Nuisance Static Charges
88(1)
3-6 Useful Static Charges
89(5)
UNIT 4 Magnetism
94(18)
4-1 The Earth Is a Magnet
95(2)
4-2 Permanent Magnets
97(1)
4-3 The Electron Theory of Magnetism
97(2)
4-4 Magnetic Materials
99(1)
4-5 Magnetic Lines of Force
100(1)
4-6 Electromagnets
101(4)
4-7 Magnetic Measurement
105(2)
4-8 Magnetic Polarity
107(1)
4-9 Demagnetizing
107(2)
4-10 Magnetic Devices
109(3)
UNIT 5 Resistors
112(22)
5-1 Uses of Resistors
113(1)
5-2 Fixed Resistors
114(4)
5-3 Color Code
118(6)
5-4 Standard Resistance Values of Fixed Resistors
124(2)
5-5 Power Ratings
126(1)
5-6 Variable Resistors
127(3)
5-7 Schematic Symbols
130(4)
SECTION II Basic Electric Circuits134(110)
UNIT 6 Series Circuits
135(27)
6-1 Series Circuits
136(1)
6-2 Voltage Drops in a Series Circuit
137(2)
6-3 Resistance in a Series Circuit
139(1)
6-4 Calculating Series Circuit Values
139(2)
6-5 Solving Circuits
141(13)
6-6 Voltage Dividers
154(2)
6-7 The General Voltage Divider Formula
156(1)
6-8 Voltage Polarity
157(1)
6-9 Using Ground as a Reference
158(4)
UNIT 7 Parallel Circuits
162(26)
7-1 Parallel Circuit Values
163(3)
7-2 Parallel Resistance Formulas
166(22)
UNIT 8 Combination Circuits
188(56)
8-1 Combination Circuits
189(1)
8-2 Solving Combination Circuits
190(1)
8-3 Simplifying the Circuit
191(18)
8-4 Other Electrical Laws
209(35)
SECTION III Meters and Wire Sizes244(94)
UNIT 9 Measuring Instruments
245(60)
9-1 Analog Meters
246(5)
9-2 The Voltmeter
251(1)
9-3 Multirange Voltmeters
252(3)
9-4 Reading a Meter
255(3)
9-5 The Ammeter
258(1)
9-6 Ammeter Shunts
259(3)
9-7 Multirange Ammeters
262(1)
9-8 The Ayrton Shunt
262(5)
9-9 AC Ammeters
267(4)
9-10 Clamp-On Meters
271(3)
9-11 DC-AC Clamp-On Ammeters
274(3)
9-12 The Ohmmeter
277(2)
9-13 Shunt-Type Ohmmeters
279(1)
9-14 Digital Meters
280(3)
9-15 The Low-Impedance Voltage Tester
283(2)
9-16 The Oscilloscope
285(11)
9-17 The Wattmeter
296(2)
9-18 Recording Meters
298(1)
9-19 Bridge Circuits
298(7)
UNIT 10 Using Wire Tables and Determining Conductor Sizes
305(33)
10-1 Using the NECŪ Charts
306(5)
10-2 Factors That Determine Ampacity
311(1)
10-3 Correction Factors
312(4)
10-4 Computing Conductor Sizes and Resistance
316(11)
10-5 Computing Voltage Drop
327(1)
10-6 Parallel Conductors
328(3)
10-7 Testing Wire Installations
331(7)
SECTION IV Small Sources of Electricity338(74)
UNIT 11 Conduction in Liquids and Gases
339(14)
11-1 The Ionization Process: Magnesium and Chlorine
340(2)
11-2 Other Types of Ions
342(2)
11-3 Electroplating
344(1)
11-4 Electrolysis
345(1)
11-5 Conduction in Gases
345(5)
11-6 Ionization in Nature
350(3)
UNIT 12 Batteries and Other Sources of Electricity
353(35)
12-1 History of the Battery
354(2)
12-2 Cells
356(1)
12-3 Cell Voltage
357(2)
12-4 Primary Cells
359(8)
12-5 Secondary Cells: Lead-Acid Batteries
367(7)
12-6 Other Secondary Cells
374(3)
12-7 Series and Parallel Battery Connections
377(2)
12-8 Other Small Sources of Electricity
379(9)
UNIT 13 Magnetic Induction
388(24)
13-1 Electromagnetic Induction
389(3)
13-2 Fleming's Left-Hand Generator Rule
392(1)
13-3 Moving Magnetic Fields
393(1)
13-4 Determining the Amount of Induced Voltage
393(1)
13-5 Lenz's Law
394(3)
13-6 Rise Time of Current in an Inductor
397(2)
13-7 The Exponential Curve
399(2)
13-8 Inductance
401(2)
13-9 R-L Time Constants
403(1)
13-10 Induced Voltage Spikes
404(8)
SECTION V Basics of Alternating Current (AC)412(46)
UNIT 14 Basic Trigonometry and Vectors
413(21)
14-1 Right Triangles
414(1)
14-2 The Pythagorean Theorem
415(2)
14-3 Sines, Cosines, and Tangents
417(4)
14-4 Formulas
421(1)
14-5 Practical Application
421(13)
UNIT 15 Alternating Current (AC)
434(24)
15-1 Advantages of AC
435(1)
15-2 AC Waveforms
436(6)
15-3 Sine Wave Values
442(8)
15-4 Resistive Loads
450(1)
15-5 Power in an AC Circuit
451(1)
15-6 Skin Effect in AC Circuits
452(6)
SECTION VI Alternating Current (AC) Circuits Containing Inductance458(70)
UNIT 16 Inductance in AC Circuits
459(21)
16-1 Inductance
460(3)
16-2 Inductive Reactance
463(4)
16-3 Schematic Symbols
467(1)
16-4 Inductors Connected in Series
468(1)
16-5 Inductors Connected in Parallel
469(2)
16-6 Voltage and Current Relationships in an Inductive Circuit
471(2)
16-7 Power in an Inductive Circuit
473(1)
16-8 Reactive Power
474(1)
16-9 Q of an Inductor
474(6)
UNIT 17 Resistive-Inductive Series Circuits
480(28)
17-1 R-L Series Circuits
481(2)
17-2 Impedance
483(2)
17-3 Total Current
485(1)
17-4 Voltage Drop across the Resistor
486(1)
17-5 Watts
487(1)
17-6 Computing the Inductance
488(1)
17-7 Voltage Drop across the Inductor
488(1)
17-8 Total Voltage
489(1)
17-9 Computing the Reactive Power
490(1)
17-10 Computing the Apparent Power
491(2)
17-11 Power Factor
493(1)
17-12 Angle Theta
494(14)
UNIT 18 Resistive-Inductive Parallel Circuits
508(20)
18-1 Resistive-Inductive Parallel Circuits
509(1)
18-2 Computing Circuit Values
510(18)
SECTION VII AC Circuits Containing Capacitors528(90)
UNIT 19 Capacitors
529(34)
19-1 Capacitors
530(3)
19-2 Electrostatic Charge
533(4)
19-3 Dielectric Constants
537(1)
19-4 Capacitor Ratings
538(1)
19-5 Capacitors Connected in Parallel
539(1)
19-6 Capacitors Connected in Series
540(1)
19-7 Capacitive Charge and Discharge Rates
541(2)
19-8 RC Time Constants
543(2)
19-9 Applications for Capacitors
545(1)
19-10 Nonpolarized Capacitors
545(3)
19-11 Polarized Capacitors
548(3)
19-12 Variable Capacitors
551(2)
19-13 Capacitor Markings
553(2)
19-14 Temperature Coefficients
555(1)
19-15 Ceramic Capacitors
555(1)
19-16 Dipped Tantalum Capacitors
556(1)
19-17 Film Capacitors
556(1)
19-18 Testing Capacitors
557(6)
UNIT 20 Capacitance in AC Circuits
563(22)
20-1 Connecting the Capacitor into an AC Circuit
564(2)
20-2 Capacitive Reactance
566(1)
20-3 Computing Capacitance
567(1)
20-4 Voltage and Current Relationships in a Pure Capacitive Circuit
568(2)
20-5 Power in a Pure Capacitive Circuit
570(1)
20-6 Quality of a Capacitor
571(1)
20-7 Capacitor Voltage Rating
572(1)
20-8 Effects of Frequency in a Capacitive Circuit
573(1)
20-9 Series Capacitors
574(5)
20-10 Parallel Capacitors
579(6)
UNIT 21 Resistive-Capacitive Series Circuits
585(17)
21-1 Resistive-Capacitive Series Circuits
586(1)
21-2 Impedance
587(1)
21-3 Total Current
588(1)
21-4 Voltage Drop across the Resistor
589(1)
21-5 True Power
589(1)
21-6 Capacitance
589(1)
21-7 Voltage Drop across the Capacitor
590(1)
21-8 Total Voltage
590(1)
21-9 Reactive Power
591(1)
21-10 Apparent Power
591(1)
21-11 Power Factor
592(1)
21-12 Angle Theta
592(10)
UNIT 22 Resistive Capacitive Parallel Circuits
602(16)
22-1 Operation of RC Parallel Circuits
603(1)
22-2 Computing Circuit Values
604(14)
SECTION VII AC Circuits Containing Resistance-Inductance-Capacitance618(62)
UNIT 23 Resistive-Inductive-Capacitive Series Circuits
619(21)
23-1 RLC Series Circuits
620(11)
23-2 Series Resonant Circuits
631(9)
UNIT 24 Resistive-Inductive-Capacitive Parallel Circuits
640(24)
24-1 RLC Parallel Circuits
641(9)
24-2 Parallel Resonant Circuits
650(14)
UNIT 25 Filters
664(16)
25-1 Broad-Band Tuning
666(1)
25-2 Low-Pass Filters
667(2)
25-3 High-Pass Filters
669(3)
25-4 Bandpass Filters
672(1)
25-5 Band-Rejection (Notch) Filters
673(2)
25-6 T Filters
675(1)
25-7 PI-Type Filters
676(1)
25-8 Crossover Networks
676(4)
SECTION IX Three-Phase Power680(30)
UNIT 26 Three-Phase Circuits
681(29)
26-1 Three-Phase Circuits
682(2)
26-2 Wye Connections
684(4)
26-3 Delta Connections
688(1)
26-4 Three-Phase Power
689(1)
26-5 Watts and VARS
690(1)
26-6 Three-Phase Circuit Calculations
691(9)
26-7 Load 3 Calculations
700(1)
26-8 Load 2 Calculations
700(1)
26-9 Load 1 Calculations
701(1)
26-10 Alternator Calculations
702(1)
26-11 Power Factor Correction
703(7)
SECTION X Transformers710(92)
UNIT 27 Single-Phase Transformers
711(49)
27-1 Single-Phase Transformers
712(2)
27-2 Isolation Transformers
714(26)
27-3 Autotransformers
740(3)
27-4 Transformer Polarities
743(5)
27-5 Voltage and Current Relationships in a Transformer
748(2)
27-6 Testing the Transformer
750(1)
27-7 Transformer Nameplates
751(1)
27-8 Determining Maximum Current
752(1)
27-9 Transformer Impedance
753(7)
UNIT 28 Three-Phase Transformers
760(42)
28-1 Three-Phase Transformers
761(5)
28-2 Closing a Delta
766(1)
28-3 Three-Phase Transformer Calculations
767(6)
28-4 Open-Delta Connection
773(1)
28-5 Single-Phase Loads
774(4)
28-6 Closed Delta with CenterTap
778(1)
28-7 Closed Delta without CenterTap
779(1)
28-8 Delta-Wye Connection with Neutral
780(1)
28-9 T Connected Transformers
781(3)
28-10 Scott Connection
784(1)
28-11 Zig-Zag Connection
784(2)
28-12 Harmonics
786(16)
SECTION XI DC Machines802(78)
UNIT 29 DC Generators
803(40)
29-1 What Is a Generator?
804(10)
29-2 Armature Windings
814(2)
29-3 Brushes
816(1)
29-4 Pole Pieces
816(1)
29-5 Field Windings
817(1)
29-6 Series Generators
818(4)
29-7 Shunt Generators
822(6)
29-8 Compound Generators
828(1)
29-9 Compounding
829(3)
29-10 Countertorque
832(1)
29-11 Armature Reaction
833(3)
29-12 Setting the Neutral Plane
836(1)
29-13 Paralleling Generators
837(6)
UNIT 30 DC Motors
843(37)
30-1 DC Motor Principles
844(3)
30-2 Shunt Motors
847(3)
30-3 Series Motors
850(2)
30-4 Compound Motors
852(2)
30-5 Terminal Identification for DC Motors
854(1)
30-6 Determining the Direction of Rotation of a DC Motor
855(3)
30-7 Speed Control
858(2)
30-8 The Field-Loss Relay
860(1)
30-9 Horsepower
861(3)
30-10 Bruskless DC Motors
864(3)
30-11 Converters
867(1)
30-12 Permanent Magnet Motors
868(8)
30-13 The Right-Hand Motor Rule
876(4)
SECTION XII AC Machines880(126)
UNIT 31 Three-Phase Alternators
881(18)
31-1 Three-Phase Alternators
882(4)
31-2 The Rotor
886(1)
31-3 The Bruskless Exciter
886(3)
31-4 Alternator Cooling
889(1)
31-5 Frequency
890(1)
31-6 Output Voltage
891(1)
31-7 Paralleling Alternators
892(2)
31-8 Sharing the Load
894(1)
31-9 Field-Discharge Protection
895(4)
UNIT 32 Three-Phase Motors
899(53)
32-1 Three-Phase Motors
900(1)
32-2 The Rotating Magnetic Field
901(10)
32-3 Connecting Dual-Voltage Three-Phase Motors
911(6)
32-4 Squirrel-Cage Induction Motors
917(17)
32-5 Wound-Rotor Induction Motors
934(3)
32-6 Synchronous Motors
937(7)
32-7 Selsyn Motors
944(8)
UNIT 33 Single-Phase Motors
952(54)
33-1 Single-Phase Motors
953(1)
33-2 Split-Phase Motors
953(4)
33-3 Resistance-Start Induction-Run Motors
957(8)
33-4 Capacitor-Start Induction-Run Motors
965(2)
33-5 Dual-Voltage Split-Phase Motors
967(3)
33-6 Determining the Direction of Rotation for Split-Phase Motors
970(1)
33-7 Capacitor-Start Capacitor-Run Motors
971(3)
33-8 Shaded-Pole Induction Motors
974(4)
33-9 Multispeed Motors
978(2)
33-10 Repulsion-Type Motors
980(1)
33-11 Construction of Repulsion Motors
980(3)
33-12 Repulsion-Start Induction-Run Motors
983(3)
33-13 Repulsion-Induction Motors
986(1)
33-14 Single-Phase Synchronous Motors
987(2)
33-15 Stepping Motors
989(9)
33-16 Universal Motors
998(8)
APPENDIX A. Trigonometric Functions-Natural Sines and Cosines1006(2)
APPENDIX B Trigonometric Functions-Natural Tangents and Cotangents1008(2)
APPENDIX C Identifying the Leads of a Three-Phase, Wye-Connected, Dual Voltage Motor1010(4)
APPENDIX D Alternating Current Formulas1014(12)
APPENDIX E Greek Alphabet1026(1)
APPENDIX F Metals1027(2)
APPENDIX G Scientific Notation1029(5)
APPENDIX H Answers to Practice Problems1034(16)
GLOSSARY1050(17)
INDEX1067

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