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This is one of the core courses for the EE Department. The intent is to use rigorous mathematical expressions so that the students may appreciate experimentally observable phenomenom regarding static electric fields, steady electric current, static magnetic fields. The students will also learn the coupling between electric and magetic fields that leads to time-varying electro-magnetics. The derivation and physical insight behind the Maxwell’s Equations will be emphasized.
The course contents are pivotal for later course such as electromagnetic waves, introduction to optical engineering, photonics, high-frequency circuit design, solidstate devices.
Required background knowledege include: Calculus (I, II), vector analysis
♠ This course requires your total devotion. Preview and review are essential in keeping up!
Textbook
| ♠ | NTHU OCW Lecture Notes :https://reurl.cc/QLqDVb |
| ♠ | David K. Cheng, Field and Wave Electromagnetics, Addison Wesley |
| ♠ | Transmission line: F. Ulaby, E. Michielssen, and U. Ravaioli, |
| Fundamentals of Applied Electromagnetics, 6th edition, Pearson, 2010. |
| ♠ | Course materials available on http://lms.nthu.edu.tw |
| ♠ | Lectures in English |
| ♠ | discussions in English/Chinese |
| ♠ | Introduction and Transmission line |
| ♠ | Basic vector analysis |
| ♠ | Static electric fields and steady electric currents |
| ♠ | Static magnetic fields |
| ♠ | Maxwell’s equations and Plane-wave propagation |
| ♠ | Homeworks(no late turn-in) (20%) |
| ♠ | Quizzes (25%) |
| ♠ | First examination (15%) |
| ♠ | Second examination (20%) |
| ♠ | Final examination (20%) |
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