Principles of electrical engineering:
Gespeichert in:
| Hauptverfasser: | , |
|---|---|
| Format: | Buch |
| Sprache: | English |
| Veröffentlicht: |
[s.]
Franklin Classics Trade Press
2018
|
| Schriftenreihe: | Scholar selcect
|
| Schlagworte: | |
| Online-Zugang: | Inhaltsverzeichnis |
| Beschreibung: | viii, 513 Seiten Illustrationen, Diagramme |
| ISBN: | 9780343847012 |
Internformat
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Datensatz im Suchindex
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|---|---|
| adam_text | TABLE OF CONTENTS CHAPTER I The Electrical Engineer Electricity not a Natural Source of Power — Why We Have Central Power Plants — Why Central Power Plante are Electrical — Locations of Power Plants — Convenience of Electrical Power — The Electrical Engineer......................... CHAPTER II Electric Units and Electric Circuits The Electron Theory — The Ampere, a Unit of Current — The Volt, a Unit of Pressure — The Ohm, a Unit of Resistance — Ohm’s Law — Absolute System of Units: The Abvolt, Abampere and Abohm — General Application of Ohm’s Law — Kirchhoff’s Laws — Electromotive Force and IB Drop — Special Networks, the Delta and the Star — Meas urement of Current, Voltage and Resistance — The Wheat stone Bridge.................................................................................. CHAPTER III Electric Power and Energy The Power Equation — Voltage not a Force — Use of the Power Equation — Power Consumed by Resistance — Measure ment of Electric Power — Electric Energy — Heat Energy of Electricity — Efficiency of Transmission, Regulation — The Three-Wire System of Transmission..................................... CHAPTER IV The Computation of Resistance Resistivity — Resistance per Mil-foot — Resistivity of Metab used as Electrical Conductors — Conductivity of Materials — Temperature Coefficient of Resistance — Temperature Change Measured by Change in Resistance — Temperature Coefficient of Alloys, etc. — Copper-Wire Tables — Stranded
vi TABLE OF CONTENTS PAGE Wire — Aluminum — Copper-Clad Steel Wire — Safe Car rying Capacity of Wires — Determination of Right Sizes for Interior Wiring — Insulating Materials — Insulation Re sistance of Cabled........................................................................ 76 CHAPTER V Electrolytic Conduction Electrolytes and Ionization — Electrolytes and Dissociation — Electric Potential Series — Quantity Relations — Primary Cells — Storage Batteries — Electrolytic Refining of Metals — Electrolysis — Other Electrochemical Processes............. 107 CHAPTER VI The Magnetic Circuit Relation between Electricity and Magnetism — The Magnetic Circuit — Measurement of Flux — Flux Lines — Magneto motive Force — Ohm’s Law for Magnetic Circuits — Re luctances in Series and in Parallel — Variation of Permea bility— Ampere-turns to Produce a Given Flux — Flux Produced by a Given number of Ampere-turns — Air Gaps — Leakage Flux........................................................................... 136 CHAPTER VII The Magnetic Field The Line-Integral Law — Field About a Long Wire — Field In side a Conductor — Flux Density at the Center of a Single Turn of Circular Form Carrying Current — Flux Density at a Point on the Axis of a Circular Coil — The Air-Core Solenoid — Calibration of a Ballistic Galvanometer — The Toroid — Flux about a Conductor in a Slot — Introduction of Iron into a Magnetic Field — Magnetic Poles and Pole Strength........................................................................................ 183 CHAPTER VIII Induced Voltages Change of
Linkages: Lena’s Law — Self-Induction Coefficient — Transients in Inductive Circuits — Time Constant — In ertia of an Electric Circuit — Energy of a Magnetic Field — Magnetic Pull — Mutual Induction....................................... 250
TABLE OF CONTENTS ѴИ CHAPTER IX Magnetic Properties of Iron and Steel pagb Magnetic Retentivity and Hysteresis — Energy of Magnetic Field in Iron — Hysteresis Loops — Mead Magnetization Curves: Froelich’s Equation — Methods of Demagnet izing Steel — The Steinmetz Equation — Effect of the Composition of Steel — Permanent Magnets........................ 298 CHAPTER X Generated Voltage Change of Linkages — Elementary Alternators — The DirectCurrent Generator — Conductor in a Moving Field — The Homopolar Generator — Eddy Currents.............................. 328 CHAPTER XI Force on a Conductor Force on a Conductor Carrying a Current — Meters — Motors —The Back Electromotive Force — Speed............................ 367 CHAPTER XII Conduction Through Gases Non-Metallic Conduction of Electricity — Thermionic Con duction — Richardson s Law of Thermionic Conduction — Thermionic Amplifiers and Oscillators — X-Ray Tubes — The Gaseous Discharge Tube — The Spark — Corona — Arcs............................ .................................................................. 391 CHAPTER XIII Dielectrics Dielectric Strength — Condenser Action — Dielectric Constant — Parallel-Plate Condensers — Charge on a Condenser — Measurement of Capacitance — Charging a Condenser through a Resistance — Discharge — Energy Relations — Mechanical Force in a Condenser — Electrostatic Fields — Capacitance of a Pair of Long Aerial Conductors — Ap plication of a Sinusoidal Voltage to a Condenser — Con denser Losses: Dielectric Hysteresis — Condensers in Par allel and Series — Distribution of Stress in
Insulation — Cylindrical Condenser................................................................ 431
··· ѴШ TABLE OF CONTENTS APPENDIX PAGE Table I, Resistivity and Temperature Coefficient — Table II, Resistance of International Standard Annealed Copper — Table III, Allowable Carrying Capacities of Wires — Table IV, Atomic Weights and Usual Valences of Some Elements — Table V, Specific Heat of Various Materials — Table VI, Dielectric Constants.................................................................... 494
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| adam_txt |
TABLE OF CONTENTS CHAPTER I The Electrical Engineer Electricity not a Natural Source of Power — Why We Have Central Power Plants — Why Central Power Plante are Electrical — Locations of Power Plants — Convenience of Electrical Power — The Electrical Engineer. CHAPTER II Electric Units and Electric Circuits The Electron Theory — The Ampere, a Unit of Current — The Volt, a Unit of Pressure — The Ohm, a Unit of Resistance — Ohm’s Law — Absolute System of Units: The Abvolt, Abampere and Abohm — General Application of Ohm’s Law — Kirchhoff’s Laws — Electromotive Force and IB Drop — Special Networks, the Delta and the Star — Meas urement of Current, Voltage and Resistance — The Wheat stone Bridge. CHAPTER III Electric Power and Energy The Power Equation — Voltage not a Force — Use of the Power Equation — Power Consumed by Resistance — Measure ment of Electric Power — Electric Energy — Heat Energy of Electricity — Efficiency of Transmission, Regulation — The Three-Wire System of Transmission. CHAPTER IV The Computation of Resistance Resistivity — Resistance per Mil-foot — Resistivity of Metab used as Electrical Conductors — Conductivity of Materials — Temperature Coefficient of Resistance — Temperature Change Measured by Change in Resistance — Temperature Coefficient of Alloys, etc. — Copper-Wire Tables — Stranded
vi TABLE OF CONTENTS PAGE Wire — Aluminum — Copper-Clad Steel Wire — Safe Car rying Capacity of Wires — Determination of Right Sizes for Interior Wiring — Insulating Materials — Insulation Re sistance of Cabled. 76 CHAPTER V Electrolytic Conduction Electrolytes and Ionization — Electrolytes and Dissociation — Electric Potential Series — Quantity Relations — Primary Cells — Storage Batteries — Electrolytic Refining of Metals — Electrolysis — Other Electrochemical Processes. 107 CHAPTER VI The Magnetic Circuit Relation between Electricity and Magnetism — The Magnetic Circuit — Measurement of Flux — Flux Lines — Magneto motive Force — Ohm’s Law for Magnetic Circuits — Re luctances in Series and in Parallel — Variation of Permea bility— Ampere-turns to Produce a Given Flux — Flux Produced by a Given number of Ampere-turns — Air Gaps — Leakage Flux. 136 CHAPTER VII The Magnetic Field The Line-Integral Law — Field About a Long Wire — Field In side a Conductor — Flux Density at the Center of a Single Turn of Circular Form Carrying Current — Flux Density at a Point on the Axis of a Circular Coil — The Air-Core Solenoid — Calibration of a Ballistic Galvanometer — The Toroid — Flux about a Conductor in a Slot — Introduction of Iron into a Magnetic Field — Magnetic Poles and Pole Strength. 183 CHAPTER VIII Induced Voltages Change of
Linkages: Lena’s Law — Self-Induction Coefficient — Transients in Inductive Circuits — Time Constant — In ertia of an Electric Circuit — Energy of a Magnetic Field — Magnetic Pull — Mutual Induction. 250
TABLE OF CONTENTS ѴИ CHAPTER IX Magnetic Properties of Iron and Steel pagb Magnetic Retentivity and Hysteresis — Energy of Magnetic Field in Iron — Hysteresis Loops — Mead Magnetization Curves: Froelich’s Equation — Methods of Demagnet izing Steel — The Steinmetz Equation — Effect of the Composition of Steel — Permanent Magnets. 298 CHAPTER X Generated Voltage Change of Linkages — Elementary Alternators — The DirectCurrent Generator — Conductor in a Moving Field — The Homopolar Generator — Eddy Currents. 328 CHAPTER XI Force on a Conductor Force on a Conductor Carrying a Current — Meters — Motors —The Back Electromotive Force — Speed. 367 CHAPTER XII Conduction Through Gases Non-Metallic Conduction of Electricity — Thermionic Con duction — Richardson's Law of Thermionic Conduction — Thermionic Amplifiers and Oscillators — X-Ray Tubes — The Gaseous Discharge Tube — The Spark — Corona — Arcs. . 391 CHAPTER XIII Dielectrics Dielectric Strength — Condenser Action — Dielectric Constant — Parallel-Plate Condensers — Charge on a Condenser — Measurement of Capacitance — Charging a Condenser through a Resistance — Discharge — Energy Relations — Mechanical Force in a Condenser — Electrostatic Fields — Capacitance of a Pair of Long Aerial Conductors — Ap plication of a Sinusoidal Voltage to a Condenser — Con denser Losses: Dielectric Hysteresis — Condensers in Par allel and Series — Distribution of Stress in
Insulation — Cylindrical Condenser. 431
··· ѴШ TABLE OF CONTENTS APPENDIX PAGE Table I, Resistivity and Temperature Coefficient — Table II, Resistance of International Standard Annealed Copper — Table III, Allowable Carrying Capacities of Wires — Table IV, Atomic Weights and Usual Valences of Some Elements — Table V, Specific Heat of Various Materials — Table VI, Dielectric Constants. 494 |
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| isbn | 9780343847012 |
| language | English |
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| spelling | Timbie, William Henry ca. 20./21. Jd. Verfasser (DE-588)1228113092 aut Principles of electrical engineering by William H. Timbie and Vannevar Bush [s.] Franklin Classics Trade Press 2018 viii, 513 Seiten Illustrationen, Diagramme txt rdacontent n rdamedia nc rdacarrier Scholar selcect Electrical engineering Elektrotechnik (DE-588)4014390-9 gnd rswk-swf Elektrotechnik (DE-588)4014390-9 s DE-604 Bush, Vannevar 1890-1974 Verfasser (DE-588)119096854 aut Digitalisierung UB Passau - ADAM Catalogue Enrichment application/pdf http://bvbr.bib-bvb.de:8991/F?func=service&doc_library=BVB01&local_base=BVB01&doc_number=032503875&sequence=000001&line_number=0001&func_code=DB_RECORDS&service_type=MEDIA Inhaltsverzeichnis |
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| title | Principles of electrical engineering |
| title_auth | Principles of electrical engineering |
| title_exact_search | Principles of electrical engineering |
| title_exact_search_txtP | Principles of electrical engineering |
| title_full | Principles of electrical engineering by William H. Timbie and Vannevar Bush |
| title_fullStr | Principles of electrical engineering by William H. Timbie and Vannevar Bush |
| title_full_unstemmed | Principles of electrical engineering by William H. Timbie and Vannevar Bush |
| title_short | Principles of electrical engineering |
| title_sort | principles of electrical engineering |
| topic | Electrical engineering Elektrotechnik (DE-588)4014390-9 gnd |
| topic_facet | Electrical engineering Elektrotechnik |
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