Engineering Circuit Analysis

Name: Engineering Circuit Analysis
Price: 5.57 USD
Availability: InStock
ISBN: 9780070274105

ISBN-10: 007027410X

ISBN-13: 9780070274105

Edition: 5th 1993

Authors: William H. Hayt, Jack E. Kemmerly

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Book details

Edition: 5th
Copyright year: 1993
Publisher: McGraw-Hill Higher Education
Binding: Hardcover
Pages: 672
Size: 8.50" wide x 10.50" long x 1.25" tall
Weight: 3.344
Language: English

Preface
The Resistive Circuit
Units, Definitions, Experimental Laws, and Simple Circuits
Systems of Units	p. 6
Charge, Current, Voltage, and Power	p. 9
Types of Circuits and Circuit Elements	p. 17
Ohm's Law	p. 21
Kirchhoff's Laws	p. 24
Analysis of a Single-Loop Circuit	p. 28
The Single-Node-Pair Circuit	p. 32
Resistance and Source Combination	p. 35
Voltage and Current Division	p. 39
A Practical Example: The Operational Amplifier	p. 42
Some Useful Techniques of Circuit Analysis
Nodal Analysis	p. 55
Mesh Analysis	p. 64
Linearity and Superposition	p. 71
Source Transformations	p. 75
Thevenin's and Norton's Theorems	p. 80
Trees and General Nodal Analysis	p. 88
Links and Loop Analysis	p. 95
The Transient Circuit
Inductance and Capacitance
The Inductor	p. 115
Integral Relationships for the Inductor	p. 119
The Capacitor	p. 124
Inductance and Capacitance Combinations	p. 131
Duality	p. 135
Linearity and its Consequences Again	p. 139
Source-Free RL and RC Circuits
The Simple RL Circuit	p. 148
Properties of the Exponential Response	p. 151
A More General RL Circuit	p. 154
The Simple RC Circuit	p. 157
A More General RC Circuit	p. 160
The Application of the Unit-Step Forcing Function
The Unit-Step Forcing Function	p. 169
A First Look at the Driven RL Circuit	p. 173
The Natural and the Forced Response	p. 176
RL Circuits	p. 178
RC Circuits	p. 183
The RLC Circuit
The Source-Free Parallel Circuit	p. 196
The Overdamped Parallel RLC Circuit	p. 200
Critical Damping	p. 205
The Underdamped Parallel RLC Circuit	p. 208
The Source-Free Series RLC Circuit	p. 211
The Complete Response of the RLC Circuit	p. 215
The Lossless LC Circuit	p. 221
Sinusoidal Analysis
The Sinusoidal Forcing Function
Characteristics of Sinusoids	p. 235
Forced Response to Sinusoidal Forcing Functions	p. 237
The Phasor Concept
The Complex Forcing Function	p. 246
The Phasor	p. 250
Phasor Relationships for R, L, and C	p. 254
Impedance	p. 258
Admittance	p. 261
The Sinusoidal Steady-State Response
Nodal, Mesh, and Loop Analysis	p. 269
Superposition, Source Transformations, and Thevenin's Theorem	p. 272
Phasor Diagrams	p. 274
Response as a Function of [omega]	p. 278
Average Power and RMS Values
Instantaneous Power	p. 290
Average Power	p. 292
Effective Values of Current and Voltage	p. 300
Apparent Power and Power Factor	p. 303
Complex Power	p. 307
Polyphase Circuits
Single-Phase Three-Wire Systems	p. 320
Three-Phase Y-Y Connection	p. 324
The Delta Connection	p. 329
Complex Frequency
Complex Frequency
Complex Frequency	p. 340
The Damped Sinusoidal Forcing Function	p. 343
Z(s) and Y(s)	p. 346
Frequency Response as a Function of [sigma]	p. 349
The Complex-Frequency Plane	p. 354
Natural Response and the s Plane	p. 363
A Technique for Synthesizing the Voltage Ratio H(s) = V[subscript out]/V[subscript in]	p. 369
Frequency Response
Parallel Resonance	p. 380
More about Parallel Resonance	p. 387
Series Resonance	p. 393
Other Resonant Forms	p. 395
Scaling	p. 402
Bode Diagrams	p. 406
Two-Port Networks
Magnetically Coupled Circuits
Mutual Inductance	p. 428
Energy Considerations	p. 435
The Linear Transformer	p. 437
The Ideal Transformer	p. 443
General Two-Port Networks
One-Port Networks	p. 460
Admittance Parameters	p. 463
Some Equivalent Networks	p. 470
Impedance Parameters	p. 478
Hybrid Parameters	p. 483
Transmission Parameters	p. 486
Signal Analysis
State-Variable Analysis
State Variables and Normal-Form Equations	p. 504
Writing a Set of Normal-Form Equations	p. 507
The Use of Matrix Notation	p. 514
Solution of the First-Order Equation	p. 516
The Solution of the Matrix Equation	p. 520
A Further Look at the State-Transition Matrix	p. 522
Fourier Analysis
Trigonometric Form of the Fourier Series	p. 535
The Use of Symmetry	p. 541
Complete Response to Periodic Forcing Functions	p. 546
Complex Form of the Fourier Series	p. 549
Fourier Transforms
Definition of the Fourier Transform	p. 561
Some Properties of the Fourier Transform	p. 565
The Unit-Impulse Function	p. 568
Fourier Transform Pairs for Some Simple Time Functions	p. 572
The Fourier Transform of a General Periodic Time Function	p. 577
Convolution and Circuit Response in the Time Domain	p. 578
The System Function and Response in the Frequency Domain	p. 584
The Physical Significance of the System Function	p. 588
Laplace Transform Techniques
Definition of the Laplace Transform	p. 600
Laplace Transforms of Some Simple Time Functions	p. 603
Several Basic Theorems for the Laplace Transform	p. 605
Convolution Again	p. 611
Time-Shift and Periodic Functions	p. 614
Shifting, Differentiation, Integration, and Scaling in the Frequency Domain	p. 619
The Initial-Value and Final-Value Theorems	p. 622
The Transfer Function H(s)	p. 623
The Complete Response	p. 626
Appendixes
Appendix 1 Determinants
Appendix 2 Matrices
Appendix 3 A Proof of Thevenin's Theorem
Appendix 4 Complex Numbers
A4-1 The Complex Form	p. 653
A4-2 Euler's Identity	p. 656
A4-3 The Exponential Form	p. 658
A4-4 The Polar Form	p. 661
Appendix 5 A SPICE Tutorial
A5-2 The dc Analysis: Circuit Elements	p. 665
A5-3 The dc Analysis: Control and Operating Statements	p. 670
A5-4 The Transient Analysis: Two More Circuit Elements	p. 672
A5-5 The Transient Analysis: Time-Varying Sources	p. 672
A5-6 The Transient Analysis: Operation and Command Statements	p. 673
A5-7 The ac Analysis: Circuit Elements	p. 676
A5-8 The ac Analysis: Operation and Command Statements, Single-Frequency Operation	p. 676
A5-9 The ac Analysis: Analysis Over a Frequency Range	p. 677
Appendix 6 Answers to Odd-Numbered Problems
Index	p. 699
Table of Contents provided by Blackwell. All Rights Reserved.