Amazon no longer offers textbook rentals. We do!

Transform Circuit Analysis for Engineering and Technology

by: Stanley, William D.

Transform Circuit Analysis for Engineering and Technology

by: Stanley, William D.

ISBN 13:
9780130200358
ISBN 10:
0130200352
Edition: 4th
Format: Hardcover
Copyright: 09/01/1999
Publisher: Pearson College Div
Newer Edition

Rent

Sorry, this item is currently unavailable.

Note: Supplemental materials are not guaranteed with Rental or Used book purchases.

Extend or Purchase Your Rental at Any Time

Need to keep your rental past your due date? At any time before your due date you can extend or purchase your rental through your account.

Summary

For junior/senior-level courses in Advanced Circuit Analysis, Network Analysis, Transient Circuit Analysis, and Transform Analysis in an applied engineering curriculum or in an upper-division engineering technology curriculum. Written specifically to meet the needs of students in engineering technology or applied engineering programs, this text presents the fundamentals of transient circuit and system analysis with an emphasis on the Laplace transform and pole-zero approach for analyzing and interpreting problems.

1 INTRODUCTORY CONSIDERATIONS

(6)

1-1 Circuit Elements

(2)

1-2 Excitation and Response

(1)

1-3 Analysis and Synthesis

(1)

1-4 Dependent Sources

(2)

1-5 Outline of Circuit Analysis

(2)

2 WAVEFORM ANALYSIS

(60)

2-1 Notation and Units

(1)

2-2 Step Function

(1)

2-3 Elementary Switching Function

(2)

2-4 Ramp Function

(2)

2-5 General t^(n) Functions

(3)

2-6 Exponential Function

(4)

2-7 Sinusoidal Function

(4)

2-8 Relative Phase of Sinusoidal Functions

(5)

2-9 Addition of Sinusoids of the Same Frequency

(2)

2-10 Damped Sinusoidal Function

(1)

2-11 Shifted Functions

(4)

2-12 General Waveforms

(6)

2-13 Impulse Function

(2)

2-14 Relationship Between Step and Impulse Functions

(4)

2-15 Differentiation and Integration of Waveforms

(4)

2-16 Periodic Functions--Average and Effective Values

(14)

3 CIRCUIT PARAMETERS

(50)

3-1 The Resistive Circuit

(4)

3-2 Capacitance

(4)

3-3 Equivalent Circuits of Charged Capacitor

(2)

3-4 Self-Inductance

(4)

3-5 Equivalent Circuits of Fluxed Inductor

(2)

3-6 Mutual Inductance

(3)

3-7 Ideal Transformer

(4)

3-8 Special RLC Combinations

(1)

3-9 Electronics Workbench Examples

(10)

3-10 MATLAB Examples

102

(15)

4 THE BASIC TIME-DOMAIN CIRCUIT

117

(50)

4-1 General Discussion

118

(2)

4-2 Steady-State and Transient Solutions

120

(2)

4-3 The Steady-State dc Circuit

122

(2)

4-4 The Initial Circuit

124

(6)

4-5 Single Time Constant Circuits

130

(11)

4-6 Initial Conditions and Differential Equations

141

(6)

4-7 Electronics Workbench Examples

147

(5)

4-8 MATLAB Example

152

(15)

5 LAPLACE TRANSFORM

167

(40)

5-1 General Discussion

168

(1)

5-2 Laplace Transforms

169

(4)

5-3 Laplace Transform Operations

173

(5)

5-4 Some Definitions and Concepts

178

(3)

5-5 Inverse Transforms by Identification

181

(3)

5-6 Inverse Transforms by Partial Fraction Expansion

184

(5)

5-7 Complex Poles of First Order

189

(7)

5-8 Multiple-Order Poles

196

(5)

5-9 MATLAB Examples

201

(6)

6 CIRCUIT ANALYSIS BY LAPLACE TRANSFORMS

207

(54)

6-1 Transform Equivalent of Capacitance

208

(2)

6-2 Transform Equivalent of Inductance

210

(2)

6-3 Transform Equivalent of Resistance

212

(1)

6-4 Transforming Complete Circuits

212

(1)

6-5 Solutions of Complete Circuits in the Transform Domain

213

(6)

6-6 Forms for Initial Conditions

219

(2)

6-7 Transient and Steady-State Phenomena

221

(1)

6-8 First-Order Circuits

222

(10)

6-9 Series RLC Circuit

232

(6)

6-10 Parallel RLC Circuit

238

(4)

6-11 Redundancy and Higher Order

242

(2)

6-12 Solution from the Differential Equation

244

(3)

6-13 Electronics Workbench Examples

247

(3)

6-14 MATLAB Example

250

(11)

7 SYSTEM CONSIDERATIONS

261

(60)

7-1 Transfer Function of Linear Systems

262

(8)

7-2 Differential Equation and Transfer Function

270

(3)

7-3 Step and Impulse Responses

273

(2)

7-4 Comparison Between Transfer and Impedance Functions

275

(2)

7-5 Poles and Zeros

277

(4)

7-6 Stability

281

(7)

7-7 Transfer Function "Algebra"

288

(7)

7-8 Convolution

295

(3)

7-9 Driving-Point Impedance Functions

298

(3)

7-10 Electronics Workbench Examples

301

(5)

7-11 MATLAB Examples

306

(5)

8 THE SINUSOIDAL STEADY STATE

321

(58)

8-1 General Discussion

322

(1)

8-2 The Sinusoidal Steady State

323

(11)

8-3 The Steady-State Transfer Function

334

(5)

8-4 Frequency Response Plots

339

(20)

8-5 Electronics Workbench Examples

359

(7)

8-6 MATLAB Examples

366

(13)

9 FOURIER ANALYSIS

379

(46)

9-1 Fourier Series

380

(10)

9-2 Frequency Spectrum Plots

390

(5)

9-3 Fourier Series Symmetry Conditions

395

(6)

9-4 Common Periodic Waveforms and Their Fourier Series

401

(2)

9-5 Fourier Transform

403

(6)

9-6 Common Nonperiodic Waveforms and Their Fourier Transforms

409

(1)

9-7 Fourier Transform Operations and Spectral Roll-Off

410

(8)

9-8 Electronics Workbench Example

418

(7)

10 INTRODUCTION TO DISCRETE-TIME SYSTEMS

425

(32)

10-1 General Discussion

426

(4)

10-2 Sampled-Data Signals

430

(3)

10-3 Ideal Impulse Sampling

433

(3)

10-4 Holding Circuit

436

(2)

10-5 Discrete-Time Signals

438

(1)

10-6 z-Transform

439

(4)

10-7 Transfer Function

443

(2)

10-8 Inverse z-Transform

445

(5)

10-9 Response Forms and Stability

450

(2)

10-10 Discrete-Time Convolution

452

(5)

A COMPLEX ALGEBRA

457

(8)

B NORMALIZATION

465

(8)

C TRANSFORM DERIVATIONS

473

(4)

D TABLE OF LAPLACE TRANSFORMS

477

(2)

E INTRODUCTION TO ELECTRONICS WORKBENCH

479

(8)

ANSWERS TO SELECTED ODD-NUMBERED PROBLEMS

487

(8)

INDEX

495

Amazon no longer offers textbook rentals. We do!

Transform Circuit Analysis for Engineering and Technology

Transform Circuit Analysis for Engineering and Technology

9780130200358

0130200352

Summary

Table of Contents

Supplemental Materials

Write a Review

Amazon no longer offers textbook rentals. We do!

Transform Circuit Analysis for Engineering and Technology

Transform Circuit Analysis for Engineering and Technology

9780130200358

0130200352

Summary

Table of Contents

Supplemental Materials

Write a Review

Related Products