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Electrical engineering : a pocket reference

Author: Ralf Kories; Heinz Schmidt-Walter
Publisher: Berlin ; New York : Springer-Verlag, 2003.
Edition/Format:   Print book : EnglishView all editions and formats
Database:WorldCat
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This is a superb source of quickly accessible information on the whole area of electrical engineering and electronics. It serves as a concise and quick reference, with self-contained chapters  Read more...

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Genre/Form: Handbooks and manuals
Handbooks, manuals, etc
Additional Physical Format: Online version:
Kories, Ralf.
Electrical engineering.
Berlin ; New York : Springer-Verlag, 2003
(OCoLC)607003018
Material Type: Internet resource
Document Type: Book, Internet Resource
All Authors / Contributors: Ralf Kories; Heinz Schmidt-Walter
ISBN: 354043965X 9783540439653
OCLC Number: 51755727
Description: xxi, 620 pages : illustrations ; 20 cm
Contents: 1 DC Systems 1 --
1.1 Basic Quantities, Basic Laws 1 --
1.1.1 Electric Charge 1 --
1.1.2 Electric Current 1 --
1.1.3 Voltage and Potential 2 --
1.1.4 Ohm's Law 2 --
1.1.5 Resistance and Conductance 3 --
1.1.6 Temperature Dependence of Resistance 3 --
1.1.7 Inductance 4 --
1.1.8 Capacitance 4 --
1.1.9 Ideal Voltage Source 5 --
1.1.10 Ideal Current Source 5 --
1.1.11 Kirchhoff's Law 6 --
1.1.12 Power and Energy 7 --
1.1.13 Efficiency 9 --
1.1.14 Maximum Power Transfer 10 --
1.2 Basic Circuits 11 --
1.2.1 Real Voltage and Current Sources 11 --
1.2.2 Circuit Elements in Series and Parallel 13 --
1.2.3 Star-Delta Transformation 17 --
1.2.4 Voltage and Current Divider 18 --
1.2.5 RC and RL Combinations 19 --
1.2.6 RLC Combinations 25 --
1.3 Calculation Methods for Linear Circuits 29 --
1.3.1 Rules for Signs 29 --
1.3.2 Circuit Calculation with Mesh and Node Analysis 30 --
1.3.3 Superposition 31 --
1.3.6 Thevenin's and Norton's Theorem 33 --
2 Electric Fields 39 --
2.1 Electrostatic Fields 39 --
2.1.1 Coulomb's Law 39 --
2.1.2 Definition of Electric Field Strength 40 --
2.1.3 Voltage and Potential 41 --
2.1.4 Electrostatic Induction 42 --
2.1.5 Electric Displacement 43 --
2.1.6 Dielectrics 44 --
2.1.7 The Coulomb Integral 44 --
2.1.8 Gauss's Law of Electrostatics 45 --
2.1.9 Capacitance 46 --
2.1.10 Electrostatic Field at a Boundary 47 --
2.1.11 Overview: Fields and Capacitances of Different Geometric Configurations 48 --
2.1.12 Energy in an Electrostatic Field 49 --
2.1.13 Forces in an Electrostatic Field 50 --
2.1.14 Overview: Characteristics of an Electrostatic Field 52 --
2.1.15 Relationship between the Electrostatic Field Quantities 53 --
2.2 Static Steady-State Current Flow 53 --
2.2.1 Voltage and Potential 53 --
2.2.2 Current 54 --
2.2.3 Electric Field Strength 54 --
2.2.4 Current Density 55 --
2.2.5 Resistivity and Conductivity 56 --
2.2.6 Resistance and Conductance 57 --
2.2.7 Kirchhoff's Laws 58 --
2.2.8 Static Steady-State Current Flow at Boundaries 60 --
2.2.9 Overview: Fields and Resistances of Different Geometric Configurations 61 --
2.2.10 Power and Energy in Static Steady-State Current Flow 62 --
2.2.11 Overview: Characteristics of Static Steady-State Current Flow 63 --
2.2.12 Relationship Between Quantities in Static Steady-StateCurrent Flow 64 --
2.3 Magnetic Fields 64 --
2.3.1 Force on a Moving Charge 65 --
2.3.2 Definition of Magnetic Flux Density 66 --
2.3.3 Biot-Savart's Law 68 --
2.3.4 Magnetic Field Strength 69 --
2.3.5 Magnetic Flux 70 --
2.3.6 Magnetic Voltage and Ampere's Law 71 --
2.3.7 Magnetic Resistance, Magnetic Conductance, Inductance 73 --
2.3.8 Materials in a Magnetic Field 74 --
2.3.9 Magnetic Fields at Boundaries 77 --
2.3.10 The Magnetic Circuit 78 --
2.3.11 Magnetic Circuit with a Permanent Magnet 80 --
2.3.12 Overview: Inductances of Different Geometric Configurations 82 --
2.3.13 Induction 83 --
2.3.14 Mutual Induction 88 --
2.3.15 Transformer Principle 90 --
2.3.16 Energy in a Magnetic Field 90 --
2.3.17 Forces in a Magnetic Field 92 --
2.3.18 Overview: Characteristics of a Magnetic Field 94 --
2.3.19 Relationship between the Magnetic Field Quantities 95 --
2.4 Maxwell's Equations 95 --
3 AC Systems 99 --
3.1 Mathematical Basics of AC 99 --
3.1.1 Sine and Cosine Functions 99 --
3.1.2 Complex Numbers 101 --
3.1.3 Complex Calculus 105 --
3.1.4 Overview: Complex Number Arithmetic 107 --
3.1.5 The Complex Exponential Function 107 --
3.1.6 Trigonometric Functions with Complex Arguments 109 --
3.1.7 From Sinusoidal Waveforms to Phasors 109 --
3.2 Sinusoidal Waveforms 112 --
3.2.1 Characteristics of Sinusoidal Waveforms 113 --
3.2.2 Characteristics of Nonsinusoidal Waveforms 115 --
3.3 Complex Impedance and Admittance 116 --
3.3.1 Impedance 116 --
3.3.2 Complex Impedance of Passive Components 118 --
3.3.3 Admittance 119 --
3.3.4 Complex Admittance of Passive Components 120 --
3.3.5 Overview: Complex Impedance 121 --
3.4 Impedance of Passive Components 122 --
3.5 Combinations of Passive Components 123 --
3.5.1 Series Combinations 123 --
3.5.2 Parallel Combinations 128 --
3.5.3 Overview of Series and Parallel Circuits 134 --
3.6 Network Transformations 135 --
3.6.1 Transformation from Parallel to Series Circuits and Vice Versa 135 --
3.6.2 Star-Delta (Wye-Delta) and Delta-Star (Delta-Wye) Transformations 137 --
3.6.3 Circuit Duality 139 --
3.7 Simple Networks 140 --
3.7.1 Complex Voltage and Current Division 140 --
3.7.2 Loaded Complex Voltage Divider 142 --
3.7.3 Impedance Matching 143 --
3.7.4 Voltage Divider with Defined Input and Output Resistances 145 --
3.7.5 Phase-Shifting Circuits 146 --
3.7.6 AC Bridges 149 --
3.8 Power in AC Circuits 151 --
3.8.1 Instantaneous Power 151 --
3.8.2 Average Power 152 --
3.8.3 Complex Power 155 --
3.8.4 Overview: AC Power 156 --
3.8.5 Reactive Current Compensation 156 --
3.9 Three-Phase Supplies 158 --
3.9.1 Polyphase Systems 158 --
3.9.2 Three-Phase Systems 159 --
3.9.3 Delta-Connected Generators 161 --
3.9.4 Star-Connected Generators 162 --
3.10 Overview: Symmetrical Three-Phase Systems 164 --
3.10.1 Power in a Three-Phase System 165 --
4 Current, Voltage and Power Measurement 169 --
4.1 Electrical Measuring Instruments 169 --
4.1.1 Moving-Coil Instrument 169 --
4.1.2 Ratiometer Moving-Coil Instrument 169 --
4.1.3 Electrodynamic Instrument 170 --
4.1.4 Moving-Iron Instrument 171 --
4.1.5 Other Instruments 171 --
4.1.6 Overview: Electrical Instruments 173 --
4.2 Measurement of DC Current and Voltage 174 --
4.2.1 Moving-Coil Instrument 174 --
4.2.2 Range Extension for Current Measurements 174 --
4.2.3 Range Extension for Voltage Measurements 175 --
4.2.4 Overload Protection 176 --
4.2.5 Systematic Measurement Errors in Current and Voltage Measurement 176 --
4.3 Measurement of AC Voltage and AC Current 177 --
4.3.1 Moving-Coil Instrument with Rectifier 177 --
4.3.2 Moving-Iron Instruments 179 --
4.3.3 Measurement Range Extension Using an Instrument Transformer 179 --
4.3.4 RMS Measurement 180 --
4.4 Power Measurement 181 --
4.4.1 Power Measurement in a DC Circuit 181 --
4.4.2 Power Measurement in an AC Circuit 182 --
4.4.3 Power Measurement in a Multiphase System 185 --
4.5 Measurement Errors 187 --
4.5.1 Systematic and Random Errors 187 --
4.5.2 Guaranteed Error Limits 188 --
4.6 Overview: Symbols on Measurement Instruments 188 --
4.7 Overview: Measurement Methods 190 --
5 Networks at Variable Frequency 192 --
5.1 Linear Systems 192 --
5.1.1 Transfer Function, Amplitude and Phase Response 192 --
5.2 Filters 194 --
5.2.1 Low-Pass Filter 195 --
5.2.2 High-Pass Filter 195 --
5.2.3 Bandpass Filter 196 --
5.2.4 Stop-Band Filter 197 --
5.2.5 All-Pass Filter 197 --
5.3 Simple Filters 197 --
5.3.1 Low-Pass Filter 197 --
5.3.2 Frequency Normalisation 199 --
5.3.3 High-Pass Filter 200 --
5.3.4 Higher-Order Filters 202 --
5.3.5 Bandpass Filter 204 --
5.3.6 Filter Realisation 206 --
6 Signals and Systems 208 --
6.1 Signals 208 --
6.1.2 Symmetry Properties of Signals 209 --
6.2 Fourier Series 210 --
6.2.1 Trigonometric Form 210 --
6.2.2 Amplitude-Phase Form 211 --
6.2.3 Exponential Form 212 --
6.2.4 Overview: Fourier Series Representations 213 --
6.2.5 Useful Integrals for the Calculation of Fourier Coefficients 214 --
6.2.6 Useful Fourier Series 215 --
6.2.7 Application of the Fourier Series 217 --
6.3 Systems 220 --
6.3.1 System Properties 220 --
6.3.2 Elementary Signals 222 --
6.3.3 Shifting and Scaling of Time Signals 225 --
6.3.4 System Responses 226 --
6.3.5 Impulse and Step Response Calculation 231 --
6.3.6 Ideal Systems 236 --
6.4 Fourier Transforms 241 --
6.4.1 Principle 241 --
6.4.3 Representation of the Fourier Transform 243 --
6.4.4 Overview: Properties of the Fourier Transform 244 --
6.4.5 Fourier Transforms of Elementary Signals 245 --
6.4.6 Summary of Fourier Transforms 250 --
6.5 Nonlinear Systems 253 --
6.5.2 Characterisation of Nonlinear Systems 253 --
7 Analogue Circuit Design 261 --
7.1 Methods of Analysis 261 --
7.1.1 Linearisation at the Operating Point 261 --
7.1.2 AC Equivalent Circuit 262 --
7.1.3 Input and Output Impedance 263 --
7.1.4 Two-Port Networks 265 --
7.1.5 Block Diagrams 267 --
7.1.6 Bode Plot 269 --
7.2 Silicon and Germanium Diodes 269 --
7.2.1 Current-Voltage Characteristic of Si and Ge Diodes 270 --
7.2.2 Temperature Dependency of the Threshold Voltage 270 --
7.2.3 Dynamic Resistance (Differential Resistance) 271 --
7.3 Small-Signal Amplifier with Bipolar Transistors 271 --
7.3.1 Transistor Characteristics 272 --
7.3.2 Equivalent Circuits 276 --
7.3.3 Darlington Pair 278 --
7.3.4 Basic Circuits with Bipolar Transistors 280 --
7.3.5 Common-Emitter Circuit 280 --
7.3.6 Common-Collector Circuit (Emitter Follower) 291 --
7.3.7 Common-Base Circuit 294 --
7.3.8 Overview: Basic Bipolar Transistor Circuits 296 --
7.3.9 Bipolar Transistor Current Sources 296 --
7.3.10 Bipolar Transistor Differential Amplifier 298 --
7.3.11 Overview: Bipolar Transistor Differential Amplifiers 304 --
7.3.12 Current Mirror 304 --
7.4 Field-Effect Transistor Small-Signal Amplifiers 305 --
7.4.1 Transistor Characteristics and Ratings 305 --
7.4.2 Equivalent Circuit 309 --
7.4.3 Basic Circuits using Field-Effect Transistors 310 --
7.4.4 Common-Source Circuit 310 --
7.4.5 Common-Gate Circuit 317 --
7.4.6 Overview: Basic Circuits using Field-Effect Transistors 318.
Responsibility: Ralf Kories, Heinz Schmidt-Walter.
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