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MATLAB examples found throughout the book
Numerical simulation helps students understand theory
•MATLAB 2.3 shows when connecting wire must be treated as transmission line. The student can see WHY the T-Line model is required, rather than just accepting some minimum length criteria on faith.
•In MATLAB example 8.4, a movie is created showing the radiation pattern from a dipole antenna as its length changes.
Many homework problems draw on the MATLAB examples
Simulations can point out when ideal theory can be applied to actual situations
•In MATLAB problem 2.18, students are asked to compare the field from a segment of charge to the field from an infinite length line of charge. The problem is similar to MATLAB example 2.3, so the programming is not difficult. Students are able to see that theory for an unrealistic infinite line can be put into practice in some situations.
Example Problems
•Students see the detailed steps needed to solve typical problems
Drill Problems
•Simple problems reinforce problem solving concepts
•Students working through the drill problems will have an easier time with the end-of-chapter problems
Practical Applications
•Illustrates practical nature of electromagnetic theory to motivate students
•Applications include loudspeakers, laser printers, microwave ovens and magnetic levitated trains
Numerical simulation helps students understand theory
•MATLAB 2.3 shows when connecting wire must be treated as transmission line. The student can see WHY the T-Line model is required, rather than just accepting some minimum length criteria on faith.
•In MATLAB example 8.4, a movie is created showing the radiation pattern from a dipole antenna as its length changes.
Many homework problems draw on the MATLAB examples
Simulations can point out when ideal theory can be applied to actual situations
•In MATLAB problem 2.18, students are asked to compare the field from a segment of charge to the field from an infinite length line of charge. The problem is similar to MATLAB example 2.3, so the programming is not difficult. Students are able to see that theory for an unrealistic infinite line can be put into practice in some situations.
Example Problems
•Students see the detailed steps needed to solve typical problems
Drill Problems
•Simple problems reinforce problem solving concepts
•Students working through the drill problems will have an easier time with the end-of-chapter problems
Practical Applications
•Illustrates practical nature of electromagnetic theory to motivate students
•Applications include loudspeakers, laser printers, microwave ovens and magnetic levitated trains
作者簡介
Stuart M. Wentworth received his B.S. degree in Chemical Engineering from Auburn University, Alabama, in 1982 and his M.S. (1987) and Ph.D. (19990) degrees in Electrical Engineering from the University of Texas at Austin. he has been a member of the Electrical & Computer Engineering faculty at Auburn University, Alabama since 1990. Dr. Wentworth's research has focused on the high frequency characterization of materials used for electronics packaging. He is the author of Fundamentals of Electromagnetics with Engineering Applications (Wiley). Dr. Wentworth has received numerous teaching awards at Auburn University, including the Birdsong Merit Teaching Award in 1999. He is a Senior member of the Institute of Electrical and Electronics Engineers (IEEE).
序
The revolution in wireless communications calls for a new focus in the electrical engineering curriculum. Stuart M. Wentworth fills that need with his new Applied Electromagnetics: A Transmission Lines First Approach. Incorporating the popular MATLAB program throughout, it features practical applications for wireless systems, transmission lines, waveguides (including optical fiber), antennas, and microwave systems. Designed for use in a one- or two-semester sequence at the junior and senior level, it offers students both detailed theoretical grounding and hands-on experience in harmony with today’s professional practice.
目次
CHAPTER 1. Introduction.
CHAPTER 2. Transmission Lines.
CHAPTER 3. Electrostatics.
CHAPTER 4. Magnetostatics.
CHAPTER 5. Dynamic Fields.
CHAPTER 6. Plane Waves.
CHAPTER 7. Waveguides.
CHAPTER 8. Antennas.
CHAPTER 9. Electromagnetic Interference.
CHAPTER 10. Microwave Engineering.
APPENDIX A. Vector Relations
APPENDIX B. Coordinate System Transformations.
APPENDIX C. Complex Numbers.
APPENDIX D. Integrals, Conversions, and Constants.
APPENDIX E. Material Properties.
APPENDIX F. Common MATLAB Math Functions.
APPENDIX G. Answers to Selected Problems.
CHAPTER 2. Transmission Lines.
CHAPTER 3. Electrostatics.
CHAPTER 4. Magnetostatics.
CHAPTER 5. Dynamic Fields.
CHAPTER 6. Plane Waves.
CHAPTER 7. Waveguides.
CHAPTER 8. Antennas.
CHAPTER 9. Electromagnetic Interference.
CHAPTER 10. Microwave Engineering.
APPENDIX A. Vector Relations
APPENDIX B. Coordinate System Transformations.
APPENDIX C. Complex Numbers.
APPENDIX D. Integrals, Conversions, and Constants.
APPENDIX E. Material Properties.
APPENDIX F. Common MATLAB Math Functions.
APPENDIX G. Answers to Selected Problems.
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