Basic Engineering Circuit Analysis, 8th Edition

by ;
Edition: 8th
Format: Hardcover
Pub. Date: 2004-12-01
Publisher(s): WILEY
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Summary

Irwin's Basic Engineering Circuit Analysis has built a solid reputation for its highly accessible presentation, clear explanations, and extensive array of helpful learning aids. Now in a new Eighth Edition, this highly-accessible book has been fine-tuned and revised, making it more effective and even easier to use. It covers such topics as resistive circuits, nodal and loop analysis techniques, capacitance and inductance, AC steady-state analysis, polyphase circuits, the Laplace transform, two-port networks, and much more. For over twenty years, Irwin has provided readers with a straightforward examination of the basics of circuit analysis, including: Using real-world examples to demonstrate the usefulness of the material. Integrating MATLAB throughout the book and includes special icons to identify sections where CAD tools are used and discussed. Offering expanded and redesigned Problem-Solving Strategies sections to improve clarity. A new chapter on Op-Amps that gives readers a deeper explanation of theory. A revised pedagogical structure to enhance learning.

Table of Contents

Preface xv
Basic Concepts
1(16)
System of Units
2(1)
Basic Quantities
2(6)
Circuit Elements
8(9)
Summary
12(1)
Problems
12(5)
Resistive Circuits
17(65)
Ohm's Law
18(4)
Kirchhoff's Laws
22(8)
Single-Loop Circuits
30(6)
Single-Node-Pair Circuits
36(5)
Series and Parallel Resistor Combinations
41(5)
Circuits with Series-Parallel Combinations of Resistors
46(4)
Wye Delta Transformations
50(3)
Circuits with Dependent Sources
53(4)
Application Examples
57(3)
Design Examples
60(22)
Summary
65(1)
Problems
65(17)
Nodal and Loop Analysis Techniques
82(51)
Nodal Analysis
83(19)
Loop Analysis
102(16)
Application Example
118(1)
Design Example
119(14)
Summary
120(1)
Problems
120(13)
Operational Amplifiers
133(32)
Introduction
134(1)
Op-Amp Models
134(6)
Fundamental Op-Amp Circuits
140(7)
Comparators
147(1)
Application Examples
148(4)
Design Examples
152(13)
Summary
155(1)
Problems
155(10)
Additional Analysis Techniques
165(61)
Introduction
166(2)
Superposition
168(5)
Thevenin's and Norton's Theorems
173(17)
Maximum Power Transfer
190(3)
dc SPICE Analysis Using Schematic Capture
193(14)
Application Example
207(1)
Design Examples
208(18)
Summary
213(1)
Problems
213(13)
Capacitance and Inductance
226(41)
Capacitors
227(6)
Inductors
233(9)
Capacitor and Inductor Combinations
242(5)
RC Operational Amplifier Circuits
247(3)
Application Examples
250(4)
Design Examples
254(13)
Summary
255(1)
Problems
256(11)
First- and Second-Order Transient Circuits
267(79)
Introduction
268(1)
First-Order Circuits
269(21)
Second-Order Circuits
290(13)
Transient PSPICE Analysis Using Schematic Capture
303(9)
Application Examples
312(10)
Design Examples
322(24)
Summary
330(1)
Problems
330(16)
AC Steady-State Analysis
346(73)
Sinusoids
347(3)
Sinusoidal and Complex Forcing Functions
350(3)
Phasors
353(3)
Phasor Relationships for Circuit Elements
356(4)
Impedance and Admittance
360(6)
Phasor Diagrams
366(3)
Basic Analysis Using Kirchhoff's Laws
369(2)
Analysis Techniques
371(14)
AC PSPICE Analysis Using Schematic Capture
385(14)
Application Examples
399(2)
Design Examples
401(18)
Summary
404(1)
Problems
404(15)
Steady-State Power Analysis
419(52)
Instantaneous Power
420(1)
Average Power
421(5)
Maximum Average Power Transfer
426(4)
Effective or rms Values
430(3)
The Power Factor
433(2)
Complex Power
435(5)
Power Factor Correction
440(3)
Single-Phase Three-Wire Circuits
443(3)
Safety Considerations
446(8)
Application Examples
454(4)
Design Example
458(13)
Summary
460(1)
Problems
460(11)
Magnetically Coupled Networks
471(45)
Mutual Inductance
472(10)
Energy Analysis
482(3)
The Ideal Transformer
485(9)
Safety Considerations
494(1)
Application Examples
495(4)
Design Examples
499(17)
Summary
503(1)
Problems
503(13)
Polyphase Circuits
516(30)
Three-Phase Circuits
517(2)
Three-Phase Connections
519(1)
Source/Load Connections
520(8)
Power Relationships
528(2)
Power Factor Correction
530(2)
Application Examples
532(3)
Design Examples
535(11)
Summary
539(1)
Problems
540(6)
Variable-Frequency Network Performance
546(86)
Variable-Frequency Response Analysis
547(8)
Sinusoidal Frequency Analysis
555(12)
Resonant Circuits
567(21)
Scaling
588(2)
Filter Networks
590(23)
Application Examples
613(2)
Design Examples
615(17)
Summary
622(1)
Problems
622(10)
The Laplace Transform
632(26)
Definition
633(1)
Two Important Singularity Functions
633(3)
Transform Pairs
636(2)
Properties of the Transform
638(2)
Performing the Inverse Transform
640(6)
Convolution Integral
646(4)
Initial-Value and Final-Value Theorems
650(2)
Application Example
652(6)
Summary
653(1)
Problems
654(4)
Application of the Laplace Transform to Circuit Analysis
658(51)
Laplace Circuit Solutions
659(1)
Circuit Element Models
660(2)
Analysis Techniques
662(12)
Transfer Function
674(11)
Pole-Zero Plot/Bode Plot Connection
685(3)
Steady-State Response
688(3)
Application Example
691(1)
Design Examples
692(17)
Summary
699(1)
Problems
700(9)
Fourier Analysis Techniques
709(48)
Fourier Series
710(22)
Fourier Transform
732(7)
Application Examples
739(5)
Design Examples
744(13)
Summary
749(1)
Problems
750(7)
Two-Port Networks
757(26)
Admittance Parameters
758(3)
Impedance Parameters
761(1)
Hybrid Parameters
762(3)
Transmission Parameters
765(1)
Parameter Conversions
766(1)
Interconnection of Two-Ports
767(3)
Application Examples
770(4)
Design Example
774(9)
Summary
776(1)
Problems
776(7)
Appendix Complex Numbers 783(4)
Index 787(8)
Photo Credits 795

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