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Produktbild: Introduction to Electric Circuits

Introduction to Electric Circuits

Fr. 172.00

inkl. gesetzl. MwSt., Versandkostenfrei

Beschreibung

Produktdetails

Einband

Gebundene Ausgabe

Erscheinungsdatum

Mai 2012

Verlag

Oxford University Press

Seitenzahl

1056

Maße (L/B/H)

28.2/22.1/5.6 cm

Gewicht

2336 g

Auflage

9. Auflage

Sprache

Englisch

ISBN

978-0-19-543813-0

Beschreibung

Produktdetails

Einband

Gebundene Ausgabe

Erscheinungsdatum

Mai 2012

Verlag

Oxford University Press

Seitenzahl

1056

Maße (L/B/H)

28.2/22.1/5.6 cm

Gewicht

2336 g

Auflage

9. Auflage

Sprache

Englisch

ISBN

978-0-19-543813-0

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  • Produktbild: Introduction to Electric Circuits
  • FROM THE PUBLISHER; FROM THE PREFACE TO THE FIRST EDITION (1959); FROM THE AUTHORS OF THE EIGHTH EDITION; PART I THE BASIC ELECTRIC CIRCUIT; 1. INTRODUCTION; LEARNING OUTCOMES; KEY TERMS; 1-1 CIRCUIT DIAGRAMS; 1-2 THE INTERNATIONAL SYSTEM OF UNITS; 1-3 CALCULATORS FOR CIRCUIT THEORY; 1-4 NUMERICAL ACCURACY; 1-5 SCIENTIFIC NOTATION; 1-6 SI UNIT PREFIXES; 1-7 CONVERSION OF UNITS; SUMMARY; PROBLEMS; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; 2. CURRENT AND VOLTAGE; LEARNING OUTCOMES; KEY TERMS; 2-1 THE NATURE OF CHARGE; 2-2 FREE ELECTRONS IN METALS; 2-3 ELECTRIC CURRENT; 2-4 THE COULOMB; 2-5 THE AMPERE; 2-6 POTENTIAL DIFFERENCE; 2-7 THE VOLT; 2-8 EMF, POTENTIAL DIFFERENCE, AND VOLTAGE; 2-9 CONVENTIONAL CURRENT AND ELECTRON FLOW; SUMMARY; PROBLEMS; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; 3. CONDUCTORS, INSULATORS, AND SEMICONDUCTORS; LEARNING OUTCOMES; KEY TERMS; 3-1 CONDUCTORS; 3-2 ELECTROLYTIC CONDUCTION; 3-3 INSULATORS; 3-4 INSULATOR BREAKDOWN; 3-5 SEMICONDUCTORS; SUMMARY; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; 4. CELLS, BATTERIES, AND OTHER VOLTAGE SOURCES; LEARNING OUTCOMES; KEY TERMS; 4-1 BASIC TERMINOLOGY; 4-2 SIMPLE PRIMARY CELL; 4-3 CARBON-ZINC AND ALKALINE CELLS; 4-4 OTHER COMMERCIAL PRIMARY CELLS; 4-5 SECONDARY CELLS; 4-6 CAPACITY OF CELLS AND BATTERIES; 4-7 FUEL CELLS; 4-8 OTHER VOLTAGE SOURCES; SUMMARY; PROBLEMS; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; 5. RESISTANCE AND OHM'S LAW; LEARNING OUTCOMES; KEY TERMS; 5-1 OHM'S LAW; 5-2 THE NATURE OF RESISTANCE; 5-3 FACTORS GOVERNING RESISTANCE; 5-4 RESISTIVITY; 5-5 CIRCULAR MILS; 5-6 AMERICAN WIRE GAUGE; 5-7 EFFECT OF TEMPERATURE ON RESISTANCE; 5-8 TEMPERATURE COEFFICIENT OF RESISTANCE; 5-9 LINEAR RESISTORS; 5-10 NONLINEAR RESISTORS; 5-11 RESISTOR COLOR CODE; 5-12 VARIABLE RESISTORS; 5-13 VOLTAGE-CURRENT CHARACTERISTICS; 5-14 APPLYING OHM'S LAW; SUMMARY; PROBLEMS; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; 6. WORK AND POWER; LEARNING OUTCOMES; KEY TERMS; 6-1 ENERGY AND WORK; 6-2 POWER; 6-3 EFFICIENCY; 6-4 THE KILOWATT HOUR; 6-5 RELATIONSHIPS AMONG BASIC ELECTRIC UNITS; 6-6 HEATING EFFECT OF CURRENT; SUMMARY; PROBLEMS; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; PART II RESISTANCE NETWORKS; 7. SERIES AND PARALLEL CIRCUITS; LEARNING OUTCOMES; KEY TERMS; 7-1 RESISTORS IN SERIES; 7-2 VOLTAGE DROPS IN SERIES CIRCUITS; 7-3 DOUBLE-SUBSCRIPT NOTATION; 7-4 KIRCHHOFF'S VOLTAGE LAW; 7-5 CHARACTERISTICS OF SERIES CIRCUITS; 7-6 INTERNAL RESISTANCE; 7-7 CELLS IN SERIES; 7-8 MAXIMUM POWER TRANSFER; 7-9 RESISTORS IN PARALLEL; 7-10 KIRCHHOFF'S CURRENT LAW; 7-11 CONDUCTANCE AND CONDUCTIVITY; 7-12 CHARACTERISTICS OF PARALLEL CIRCUITS; 7-13 CELLS IN PARALLEL; 7-14 TROUBLESHOOTING; SUMMARY; PROBLEMS; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; 8. SERIES-PARALLEL CIRCUITS; LEARNING OUTCOMES; KEY TERMS; 8-1 SERIES-PARALLEL RESISTORS; 8-2 EQUIVALENT-CIRCUIT METHOD; 8-3 KIRCHHOFF'S LAWS METHOD; 8-4 VOLTAGE-DIVIDER PRINCIPLE; 8-5 VOLTAGE DIVIDERS; 8-6 CURRENT-DIVIDER PRINCIPLE; 8-7 CELLS IN SERIES-PARALLEL; 8-8 TROUBLESHOOTING; SUMMARY; PROBLEMS; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; 9. RESISTANCE NETWORKS; LEARNING OUTCOMES; KEY TERMS; 9-1 NETWORK EQUATIONS FROM KIRCHHOFF'S LAWS; 9-2 CONSTANT-VOLTAGE SOURCES; 9-3 CONSTANT-CURRENT SOURCES; 9-4 SOURCE CONVERSION; 9-5 KIRCHHOFF'S VOLTAGE-LAW EQUATIONS: LOOP PROCEDURE; 9-6 NETWORKS WITH MORE THAN ONE VOLTAGE SOURCE; 9-7 LOOP EQUATIONS IN MULTISOURCE NETWORKS; 9-8 MESH ANALYSIS; 9-9 KIRCHHOFF'S CURRENT-LAW EQUATIONS; 9-10 NODAL ANALYSIS; 9-11 THE SUPERPOSITION THEOREM; SUMMARY; PROBLEMS; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; 10. EQUIVALENT-CIRCUIT THEOREMS; LEARNING OUTCOMES; KEY TERMS; 10-1 THEVENIN'S THEOREM; 10-2 NORTON'S THEOREM; 10-3 DEPENDENT SOURCES; 10-4 DELTA-WYE TRANSFORMATION; 10-5 TROUBLESHOOTING; SUMMARY; PROBLEMS; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; 11. ELECTRICAL MEASUREMENT; LEARNING OUTCOMES; KEY TERMS; 11-1 MOVING-COIL METERS; 11-2 THE AMMETER; 11-3 THE VOLTMETER; 11-4 VOLTMETER LOADING EFFECT; 11-5 RESISTANCE MEASUREMENT; 11-6 THE ELECTRODYNAMOMETER MOVEMENT; 11-7 DIGITAL METERS; SUMMARY; PROBLEMS; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; PART III CAPACITANCE AND INDUCTANCE; 12. CAPACITANCE; LEARNING OUTCOMES; KEY TERMS; 12-1 ELECTRIC FIELDS; 12-2 DIELECTRICS; 12-3 CAPACITANCE; 12-4 CAPACITORS; 12-5 FACTORS GOVERNING CAPACITANCE; 12-6 DIELECTRIC CONSTANT; 12-7 CAPACITORS IN PARALLEL; 12-8 CAPACITORS IN SERIES; SUMMARY; PROBLEMS; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; 13. CAPACITANCE IN DC CIRCUITS; LEARNING OUTCOMES; KEY TERMS; 13-1 CHARGING A CAPACITOR; 13-2 RATE OF CHANGE OF VOLTAGE; 13-3 TIME CONSTANT; 13-4 GRAPHICAL SOLUTION FOR CAPACITOR VOLTAGE; 13-5 DISCHARGING A CAPACITOR; 13-6 ALGEBRAIC SOLUTION FOR CAPACITOR VOLTAGE; 13-7 TRANSIENT RESPONSE; 13-8 ENERGY STORED BY A CAPACITOR; 13-9 CHARACTERISTICS OF CAPACITIVE DC CIRCUITS; 13-10 TROUBLESHOOTING; SUMMARY; PROBLEMS; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; 14. MAGNETISM; LEARNING OUTCOMES; KEY TERMS; 14-1 MAGNETIC FIELDS; 14-2 MAGNETIC FIELD AROUND A CURRENT-CARRYING CONDUCTOR; 14-3 MAGNETIC FLUX; 14-4 MAGNETOMOTIVE FORCE; 14-5 RELUCTANCE; 14-6 PERMEANCE AND PERMEABILITY; 14-7 MAGNETIC FLUX DENSITY; 14-8 MAGNETIC FIELD STRENGTH; 14-9 DIAMAGNETIC, PARAMAGNETIC, AND FERROMAGNETIC MATERIALS; 14-10 PERMANENT MAGNETS; 14-11 MAGNETIZATION CURVES; 14-12 PERMEABILITY FROM THE BH CURVE; 14-13 HYSTERESIS; 14-14 EDDY CURRENT; 14-15 MAGNETIC SHIELDING; SUMMARY; PROBLEMS; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; 15. MAGNETIC CIRCUITS; LEARNING OUTCOMES; KEY TERMS; 15-1 PRACTICAL MAGNETIC CIRCUITS; 15-2 LONG AIR-CORE COILS; 15-3 TOROIDAL COILS; 15-4 LINEAR MAGNETIC CIRCUITS; 15-5 NONLINEAR MAGNETIC CIRCUITS; 15-6 LEAKAGE FLUX; 15-7 SERIES MAGNETIC CIRCUITS; 15-8 AIR GAPS; 15-9 PARALLEL MAGNETIC CIRCUITS; SUMMARY; PROBLEMS; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; 16. INDUCTANCE; LEARNING OUTCOMES; KEY TERMS; 16-1 ELECTROMAGNETIC INDUCTION; 16-2 FARADAY'S LAW; 16-3 LENZ'S LAW; 16-4 SELF-INDUCTION; 16-5 SELF-INDUCTANCE; 16-6 FACTORS GOVERNING INDUCTANCE; 16-7 INDUCTORS IN SERIES; 16-8 INDUCTORS IN PARALLEL; 16-9 THE DC GENERATOR; 16-10 SIMPLE GENERATORS; 16-11 SIMPLE DC GENERATORS; 16-12 EMF EQUATION; 16-13 THE CD MOTOR; 16-14 SPEED AND TORQUE OF A DC MOTOR; 16-15 TYPES OF DC MOTORS; 16-16 SPEED CHARACTERISTICS OF DC MOTORS; 16-17 TORQUE CHARACTERISTICS OF DC MOTORS; 16-18 PERMANENT MAGNET AND BRUSHES OF DC MOTORS; SUMMARY; PROBLEMS; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; 17. INDUCTANCE IN DC CIRCUITS; LEARNING OUTCOMES; KEY TERMS; 17-1 CURRENT IN AN IDEAL INDUCTOR; 17-2 RISE OF CURRENT IN A PRACTICAL INDUCTOR; 17-3 TIME CONSTANT; 17-4 GRAPHICAL SOLUTION FOR INDUCTOR CURRENT; 17-5 ALGEBRAIC SOLUTION FOR INDUCTOR CURRENT; 17-6 ENERGY STORED BY AN INDUCTOR; 17-7 FALL OF CURRENT IN AN INDUCTIVE CIRCUIT; 17-8 ALGEBRAIC SOLUTION FOR DISCHARGE CURRENT; 17-9 TRANSIENT RESPONSE; 17-10 CHARACTERISTICS OF INDUCTIVE DC CIRCUITS; 17-11 TROUBLESHOOTING; SUMMARY; PROBLEMS; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; PART IV ALTERNATING CURRENT; 18. ALTERNATING CURRENT; LEARNING OUTCOMES; KEY TERMS; 18-1 A SIMPLE GENERATOR; 18-2 THE NATURE OF THE INDUCED VOLTAGE; 18-3 THE SINE WAVE; 18-4 PEAK VALUE OF A SINE WAVE; 18-5 INSTANTANEOUS VALUE OF A SINE WAVE; 18-6 THE RADIAN; 18-7 INSTANTANEOUS CURRENT IN A RESISTOR; 18-8 INSTANTANEOUS POWER IN A RESISTOR; 18-9 PERIODIC WAVES; 18-10 AVERAGE VALUE OF A PERIODIC WAVE; 18-11 RMS VALUE OF A SINE WAVE; SUMMARY; PROBLEMS; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; 19. REACTANCE; LEARNING OUTCOMES; KEY TERMS; 19-1 INSTANTANEOUS CURRENT IN AN IDEAL INDUCTOR; 19-2 INDUCTIVE REACTANCE; 19-3 FACTORS GOVERNING INDUCTIVE REACTANCE; 19-4 INSTANTANEOUS CURRENT IN A CAPACITOR; 19-5 CAPACITIVE REACTANCE; 19-6 FACTORS GOVERNING CAPACITIVE REACTANCE; 19-7 RESISTANCE, INDUCTIVE REACTANCE, AND CAPACITIVE REACTANCE; SUMMARY; PROBLEMS; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; 20. PHASORS; LEARNING OUTCOMES; KEY TERMS; 20-1 ADDITION OF SINE WAVES; 20-2 ADDITION OF INSTANTANEOUS VALUES; 20-3 REPRESENTING A SINE WAVE BY A PHASOR DIAGRAM; 20-4 LETTER SYMBOLS FOR PHASOR QUANTITIES; 20-5 PHASOR ADDITION BY GEOMETRICAL CONSTRUCTION; 20-6 ADDITION OF PERPENDICULAR PHASORS; 20-7 EXPRESSING PHASORS WITH COMPLEX NUMBERS; 20-8 PHASOR ADDITION BY RECTANGULAR COORDINATES; 20-9 SUBTRACTION OF PHASOR QUANTITIES; 20-10 MULTIPLICATION AND DIVISION OF PHASOR QUANTITIES; SUMMARY; PROBLEMS; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; 21. IMPEDANCE; LEARNING OUTCOMES; KEY TERMS; 21-1 RESISTANCE AND INDUCTANCE IN SERIES; 21-2 IMPEDANCE; 21-3 PRACTICAL INDUCTORS; 21-4 RESISTANCE AND CAPACITANCE IN SERIES; 21-5 RESISTANCE, INDUCTANCE, AND CAPACITANCE IN SERIES; 21-6 RESISTANCE, INDUCTANCE, AND CAPACITANCE IN PARALLEL; 21-7 CONDUCTANCE, SUSCEPTANCE, AND ADMITTANCE; 21-8 IMPEDANCE AND ADMITTANCE; 21-9 TROUBLESHOOTING; SUMMARY; PROBLEMS; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; 22. POWER IN ALTERNATING-CURRENT CIRCUITS; LEARNING OUTCOMES; KEY TERMS; 22-1 POWER IN A RESISTOR; 22-2 POWER IN AN IDEAL INDUCTOR; 22-3 POWER IN A CAPACITOR; 22-4 POWER IN A CIRCUIT CONTAINING RESISTANCE AND REACTANCE; 22-5 THE POWER TRIANGLE; 22-6 POWER FACTOR; 22-7 POWER FACTOR CORRECTION; SUMMARY; PROBLEMS; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; PART V IMPEDANCE NETWORKS; 23. SERIES AND PARALLEL IMPEDANCES; LEARNING OUTCOMES; KEY TERMS; 23-1 RESISTANCE AND IMPEDANCE; 23-2 IMPEDANCES IN SERIES; 23-3 IMPEDANCES IN PARALLEL; 23-4 SERIES-PARALLEL IMPEDANCES; 23-5 SOURCE CONVERSION; SUMMARY; PROBLEMS; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; 24. IMPEDANCE NETWORKS; LEARNING OUTCOMES; KEY TERMS; 24-1 LOOP EQUATIONS; 24-2 MESH EQUATIONS; 24-3 SUPERPOSITION THEOREM; 24-4 THEVENIN'S THEOREM; 24-5 NORTON'S THEOREM; 24-6 NODAL ANALYSIS; 24-7 DELTA-WYE TRANSFORMATION; SUMMARY; PROBLEMS; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; 25. RESONANCE; LEARNING OUTCOMES; KEY TERMS; 25-1 EFFECT OF VARYING FREQUENCY IN A SERIES RLC CIRCUIT; 25-2 SERIES RESONANCE; 25-3 QUALITY FACTOR; 25-4 RESONANT RISE OF VOLTAGE; 25-5 SELECTIVITY; 25-6 IDEAL PARALLEL-RESONANT CIRCUITS; 25-7 PRACTICAL PARALLEL-RESONANT CIRCUITS; 25-8 SELECTIVITY OF PARALLEL-RESONANT CIRCUITS; SUMMARY; PROBLEMS; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; 26. PASSIVE FILTERS; LEARNING OUTCOMES; KEY TERMS; 26-1 FILTERS; 26-2 FREQUENCY RESPONSE GRAPHS; 26-3 RC LOW-PASS FILTERS; 26-4 RL LOW-PASS FILTERS; 26-5 RC HIGH-PASS FILTERS; 26-6 RL HIGH-PASS FILTERS; 26-7 BAND-PASS FILTERS; 26-8 BAND-STOP FILTERS; 26-9 TROUBLESHOOTING; SUMMARY; PROBLEMS; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; 27. TRANSFORMERS; LEARNING OUTCOMES; KEY TERMS; 27-1 TRANSFORMER ACTION; 27-2 TRANSFORMATION RATIO; 27-3 IMPEDANCE TRANSFORMATION; 27-4 LEAKAGE REACTANCE; 27-5 OPEN-CIRCUIT AND SHORT-CIRCUIT TESTS; 27-6 TRANSFORMER EFFICIENCY; 27-7 EFFECT OF LOADING A TRANSFORMER; 27-8 AUTOTRANSFORMERS; 27-9 TROUBLESHOOTING; SUMMARY; PROBLEMS; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; 28. COUPLED CIRCUITS; LEARNING OUTCOMES; KEY TERMS; 28-1 DETERMINING COUPLING NETWORK PARAMETERS; 28-2 OPEN-CIRCUIT IMPEDANCE PARAMETERS; 28-3 SHORT-CIRCUIT ADMITTANCE PARAMETERS; 28-4 HYBRID PARAMETERS; 28-5 AIR-CORE TRANSFORMERS; 28-6 MUTUAL INDUCTANCE; 28-7 COUPLED IMPEDANCE; SUMMARY; PROBLEMS; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; 29. THREE-PHASE SYSTEMS; LEARNING OUTCOMES; KEY TERMS; 29-1 ADVANTAGES OF POLYPHASE SYSTEMS; 29-2 GENERATION OF THREE-PHASE VOLTAGES; 29-3 DOUBLE-SUBSCRIPT NOTATION; 29-4 FOUR-WIRE WYE-CONNECTED SYSTEM; 29-5 DELTA-CONNECTED SYSTEMS; 29-6 WYE-DELTA SYSTEM; 29-7 POWER IN A BALANCED THREE-PHASE SYSTEM; 29-8 PHASE SEQUENCE; 29-9 UNBALANCED THREE-WIRE WYE LOADS; 29-10 THE AC GENERATOR; 29-11 THE THREE-PHASE INDUCTION MOTOR; 29-12 THE THREE-PHASE SYNCHRONOUS MOTOR; 29-13 SINGLE-PHASE MOTORS; SUMMARY; PROBLEMS; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; 30. HARMONICS; LEARNING OUTCOMES; KEY TERMS; 30-1 NONSINUSOIDAL WAVES; 30-2 FOURIER SERIES; 30-3 ADDITION OF HARMONICALLY RELATED SINE WAVES; 30-4 GENERATION OF HARMONICS; 30-5 HARMONICS IN AN AMPLIFIER; 30-6 HARMONICS IN AN IRON-CORE TRANSFORMER; 30-7 RMS VALUE OF A NONSINUSOIDAL WAVE; 30-8 SQUARE WAVES AND SAWTOOTH WAVES; 30-9 NONSINUSOIDAL WAVES IN LINEAR IMPEDANCE NETWORKS; SUMMARY; PROBLEMS; REVIEW QUESTIONS; INTEGRATE THE CONCEPTS; PRACTICE QUIZ; APPENDICES; 1 DETERMINANTS; 2 CALCULUS DERIVATIONS; 2-1 MAXIUM POWER-TRANSFER THEOREM; 2-2 INSTANTANEOUS VOLTAGE IN A CR CIRCUIT; 2-3 ENERGY STORED BY A CAPACITOR; 2-4 INSTANTANEOUS CURRENT IN AN LR CIRCUIT; 2-5 ENERGY STORED BY AN INDUCTOR; 2-6 RMS AND AVERAGE VALUES OF A SINE WAVE; 2-7 INDUCTIVE REACTANCE; 2-8 CAPACITIVE REACTANCE; 2-9 GENERAL TRANSFORMER EQUATION; 2-10 MAXIMUM TRANSFORMER EFFICIENCY; 3 MULTISIM SCHEMATIC CAPTURE AND SIMULATION; GLOSSARY; ANSWERS TO SELECTED PROBLEMS; INDEX