Résumé
Contents
Basic Definitions and Laws 1 Charge and Electric Forces 2 Voltage 3 Current and Magnetic Forces 7 Lumped Circuit Elements and Power 10 Kirchhoff's Current Law (KCL) 13 Kirchhoff's Voltage Law (KVL) 18 Conservation of Power 28 Series and Parallel Connections of Elements 30 Equivalent Circuits 32 Redrawing Circuits in Equivalent Forms 34 Application Examples 36 Residential Power Distribution 36 Automobile Storage Batteries 39 Basic Circuit Elements and Analysis Techniques 51 The Independent Voltage and Current Sources 51 The Linear Resistor and Ohm's Law 55 Single-Loop and Single-Node-Pair Circuits 59 Resistors in Series and in Parallel 67 Circuit Solution by Circuit Reduction 73 Voltage and Current Division 77 Solutions for Circuits Containing More than 85 One Source Source Transformations 90 The Controlled (Dependent) Voltage and 94 Current Sources Analysis of Circuits Containing 97 Controlled Sources Equivalent Resistances of Circuits 100 Containing Controlled Sources PSPICE Applications 105 Application Examples 116 Ammeters, Voltmeters, and Ohmmeters 116 An Audio Amplifier 118 Additional Circuit Analysis Techniques 135 The Principle of Superposition 135 The Thevenin Equivalent Circuit 142 The Norton Equivalent Circuit 147 Maximum Power Transfer 153 The Node-Voltage Method 154 Circuits Containing Voltage Sources 160 The Mesh-Current Method 164 Circuits Containing Current Sources 169 PSPICE Applications 173 MATLAB Applications 175 The Operational Amplifier (Op Amp) 191 The Actual Op Amp versus the Ideal Op Amp 191 The Inverting Amplifier 194 Negative Feedback and Saturation 195 Other Useful Op-Amp Circuits 198 The Noninverting Amplifier 198 The Difference Amplifier 199 The Summer 201 The Buffer 203 The Comparator 204 Applications 204 A Strain-Gauge Instrumentation Circuit 205 A Photocell Instrumentation Circuit 206 PSPICE Applications 206 The Energy Storage Elements 213 The Capacitor 213 Capacitors in Series and in Parallel 218 Continuity of Capacitor Voltages 220 The Inductor 220 Inductors in Series and in Parallel 224 Continuity of Inductor Currents 225 Mutual Inductance 226 The Ideal Transformer 231 Response of the Energy Storage Elements to 234 DC Sources The Differential Equations of a Circuit 235 The Op-Amp Differentiator and Integrator 239 PSPICE Applications 241 Application Examples 250 An Electronic Timer 250 DC Power Distribution Sag in Digital 251 Logic Circuits Sinusoidal Excitation of Circuits 261 The Sinusoidal Source 261 Representation of General Waveforms Via 263 the Fourier Series Response of Circuits to Sinusoidal Sources 266 Complex Numbers, Complex Algebra, and 267 Euler's Identity The Phasor (Frequency-Domain) Circuit 274 Representation of Sinusoidal Sources With 274 Euler's Identity The Phasor Circuit 277 Applications of Resistive-Circuit Analysis 280 Techniques in the Phasor Circuit Circuits Containing More than One 287 Sinusoidal Source Sources of the Same Frequency 288 Power 292 Power Relations for the Elements 296 Power Factor 299 Maximum Power Transfer 303 Superposition of Average Power 304 Effective (RMS) values of Periodic 310 Waveforms Phasor Diagrams 314 Frequency Response of Circuits 316 Transfer Functions 316 Resonance 320 Elementary Electrical Filters 322 Active (Op-Amp) Filters 326 Commercial Power Distribution 327 Wye-Connected Loads 329 Delta-Connected Loads 332 PSPICE Applications 333 MATLAB Applications 337 Application Examples 341 AM Radio Tuner 341 Crosstalk in Transmission Lines 342 General Excitation of Circuits 361 First-Order Circuit Response 361 The RL Circuit 362 The RC Circuit 369 Second-Order Circuit Response 373 The Series RLC Circuit 373 The Parallel RLC Circuit 383 The Laplace Transform 387 Important Properties of the Laplace 388 Transform Transforms of Important Time Functions 389 The Laplace Transforms of the R, L, and C 394 Elements Determining Initial Conditions 401 The Inverse Laplace Transform by 403 Partial-Fraction Expansion Real and Distinct Poles 405 Real and Repeated Poles 407 Complex Conjugate Poles 409 First-Order Circuit Response 413 The RL Circuit 413 The RC Circuit 417 Additional Examples of First-Order 421 Circuit Response Second-Order Circuit Response 424 The Step and Impulse Responses 435 Convolution 443 Application of Linearity and Time Invariance 446 PSPICE Applications 451 MATLAB Applications 456 Application Examples 464 A Light Flasher 464 Ringing in Digital Circuits 465 Crosstalk in Digital Circuits 466 APPENDIX Solution of Linear Algebraic Equations 485 A.1 Gauss Elimination 486 A.2 Cramer's Rule 487 A.3 Matrix Algebra 490 Index 497</body> </html>
L'auteur - Clayton R. Paul
Clayton R. Paul, PHD, is Professor and Sam Nunn Chair of Aerospace Systems Engineering, Department of Electrical and Computer Engineering, Mercer University. He is also Emeritus Professor of Electrical Engineering at the University of Kentucky, where he served on the faculty for twenty-seven years. Dr. Paul is the author of twelve textbooks in electrical engineering, has contributed numerous chapters to engineering handbooks and reference texts, and has published numerous technical papers in scientific journals and symposia. He is a Fellow of the IEEE and a Honorary Life Member of the IEEE EMC Society.
Caractéristiques techniques
PAPIER | |
Éditeur(s) | Wiley |
Auteur(s) | Clayton R. Paul |
Parution | 15/09/2000 |
Nb. de pages | 624 |
Format | 20,5 x 26 |
Couverture | Relié |
Poids | 1177g |
Intérieur | Noir et Blanc |
EAN13 | 9780471371953 |
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