book

Engineering Circuit Analysis: International Student Version, Tenth Edition

by J. David Irwin, R. Mark Nelms

May 2011

Intermediate to advanced

852 pages

28h 45m

English

Wiley

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To the StudentTo the InstructorHighlights of the Tenth EditionOrganizationText PedagogyWileyPLUSWHAT DO STUDENTS RECEIVE WITH WILEYPLUS?SupplementsAcknowledgments
1.1. System of Units1.2. Basic Quantities1.3. Circuit Elements1.4. SUMMARY1.5. PROBLEMS
2.1. Ohm's Law2.2. Kirchhoff's Laws2.3. Single-Loop Circuits2.4. Single-Node-Pair Circuits2.5. Series and Parallel Resistor Combinations2.6. Circuits with Series-Parallel Combinations of Resistors2.7. Wye ⇌ Delta Transformations2.8. Circuits with Dependent Sources2.9. Resistor Technologies for Electronic Manufacturing2.10. Application Examples2.11. Design Examples2.12. SUMMARY2.13. PROBLEMS2.14. TYPICAL PROBLEMS FOUND ON THE FE EXAM
3.1. Nodal Analysis3.2. Loop Analysis3.3. Application Example3.4. Design Example3.5. SUMMARY3.6. PROBLEMS3.7. TYPICAL PROBLEMS FOUND ON THE FE EXAM
4.1. Introduction4.2. Op-Amp Models4.3. Fundamental Op-Amp Circuits4.4. Comparators4.5. Application Examples4.6. Design Examples4.7. SUMMARY4.8. PROBLEMS4.9. TYPICAL PROBLEMS FOUND ON THE FE EXAM
5.1. Introduction5.2. Superposition5.3. Thévenin's and Norton's Theorems5.3.1. CIRCUITS CONTAINING ONLY INDEPENDENT SOURCES5.4. Maximum Power Transfer5.5. Application Example5.6. Design Examples5.7. SUMMARY5.8. PROBLEMS5.9. TYPICAL PROBLEMS FOUND ON THE FE EXAM
6.1. Capacitors6.2. Inductors6.3. Capacitor and Inductor Combinations6.4. RC Operational Amplifier Circuits6.5. Application Examples6.6. Design Examples6.7. SUMMARY6.8. PROBLEMS6.9. TYPICAL PROBLEMS FOUND ON THE FE EXAM
7.1. Introduction7.2. First-Order Circuits7.2.1. ANALYSIS TECHNIQUES7.3. Second-Order Circuits7.4. Application Examples7.5. Design Examples7.6. SUMMARY7.7. PROBLEMS7.8. TYPICAL PROBLEMS FOUND ON THE FE EXAM
8.1. Sinusoids8.2. Sinusoidal and Complex Forcing Functions8.3. Phasors8.4. Phasor Relationships for Circuit Elements8.5. Impedance and Admittance8.6. Phasor Diagrams8.7. Basic Analysis Using Kirchhoff's Laws8.8. Analysis Techniques8.9. Application Examples8.10. Design Examples8.11. SUMMARY8.12. PROBLEMS8.13. TYPICAL PROBLEMS FOUND ON THE FE EXAM

9.1. Instantaneous Power9.2. Average Power9.3. Maximum Average Power Transfer9.4. Effective or rms Values9.5. The Power Factor9.6. Complex Power9.7. Power Factor Correction9.8. Single-Phase Three-Wire Circuits9.9. Safety Considerations9.10. Application Examples9.11. Design Examples9.12. SUMMARY9.13. PROBLEMS9.14. TYPICAL PROBLEMS FOUND ON THE FE EXAM
10.1. Mutual Inductance10.2. Energy Analysis10.3. The Ideal Transformer10.4. Safety Considerations10.5. Application Examples10.6. Design Examples10.7. SUMMARY10.8. PROBLEMS10.9. TYPICAL PROBLEMS FOUND ON THE FE EXAM
11.1. Three-Phase Circuits11.2. Three-Phase Connections11.3. Source/Load Connections11.4. Power Relationships11.5. Power Factor Correction11.6. Application Examples11.7. Design Examples11.8. SUMMARY11.9. PROBLEMS11.10. TYPICAL PROBLEMS FOUND ON THE FE EXAM
12.1. Variable Frequency-Response Analysis12.2. Sinusoidal Frequency Analysis12.3. Resonant Circuits12.4. Scaling12.5. Filter Networks12.6. Application Examples12.7. Design Examples12.8. SUMMARY12.9. PROBLEMS12.10. TYPICAL PROBLEMS FOUND ON THE FE EXAM
13.1. Definition13.2. Two Important Singularity Functions13.3. Transform Pairs13.4. Properties of the Transform13.5. Performing the Inverse Transform13.6. Convolution Integral13.7. Initial-Value and Final-Value Theorems13.8. Application Example13.9. SUMMARY13.10. PROBLEMS13.11. TYPICAL PROBLEMS FOUND ON THE FE EXAM
14.1. Laplace Circuit Solutions14.2. Circuit Element Models14.3. Analysis Techniques14.4. Transfer Function14.5. Pole-Zero Plot/Bode Plot Connection14.6. Steady-State Response14.7. Application Example14.8. Design Examples14.9. SUMMARY14.10. PROBLEMS14.11. TYPICAL PROBLEMS FOUND ON THE FE EXAM
15.1. Fourier Series15.2. Fourier Transform15.3. Application Examples15.4. Design Example15.5. SUMMARY15.6. PROBLEMS15.7. TYPICAL PROBLEMS FOUND ON THE FE EXAM
16.1. Admittance Parameters16.2. Impedance Parameters16.3. Hybrid Parameters16.4. Transmission Parameters16.5. Parameter Conversions16.6. Interconnection of Two-Ports16.7. Application Examples16.8. Design Example16.9. SUMMARY16.10. PROBLEMS16.11. TYPICAL PROBLEMS FOUND ON THE FE EXAM

Overview

Maintaining its accessible approach to circuit analysis, the tenth edition includes even more features to engage and motivate engineers. Exciting chapter openers and accompanying photos are included to enhance visual learning. The book introduces figures with color-coding to significantly improve comprehension. New problems and expanded application examples in PSPICE, MATLAB, and LabView are included. New quizzes are also added to help engineers reinforce the key concepts.