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Electromagnetics (II) - 103 Academic Year

本課程是由 國立陽明交通大學電機工程學系 提供。

Electromagnetics II focuses on the propagation of electromagnetic waves and signals.
These concepts are important to understanding the phenomena in applications such as electro-optics (e.g. LCD displays), high-speed electronics (e.g. communication circuits) and wireless communication (e.g. mobile phones, WLAN).


Following the content of Electromagnetics I last semester, we will first review time-varying Maxwell's equations, from which electromagnetic wave equations can be derived. Propagation of uniform plane waves is fundamental to all electromagnetic wave phenomena.
Theory and application of waveguide, antenna, and transmission lines will then be discussed.

Textbook：D.K. Cheng, “Field and Wave Electromagnetics,” 2nd Ed., 1989

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Instructor(s) College of Electrical and Computer Engineering Prof. Yi Chiu
Course Credits 3 Credits
Academic Year 103 Academic Year
Level College Students
Prior Knowledge Physics, Calculus, Differential Equation, Electromagnetics I　
Related Resources Course Video   Course Syllabus   Course Calendar 

WeekCourse ContentCourse VideoCourse Download
Week 017.1 Introduction and reviewWatch OnlineMP4 Download
Week 017.2 Faraday’s Law of Electromagnetic InductionWatch OnlineMP4 Download
Week 027.3 Maxwell’s EquationsWatch OnlineMP4 Download
Week 027.5 Electromagnetic Boundary Conditions
7.6 Wave Equations and Solutions
7.7 Time-Harmonic (Sinusoidal) Fields		Watch OnlineMP4 Download
Week 037.7 Time-Harmonic (Sinusoidal) FieldsWatch OnlineMP4 Download
Week 038 Plane Electromagnetic Waves
8.2 Plane Waves in Lossless Media		Watch OnlineMP4 Download
Week 048.2 Plane Waves in Lossless MediaWatch OnlineMP4 Download
Week 058.3 Plane Waves in Lossy MediaWatch OnlineMP4 Download
Week 058.3.1 Low-Loss Dielectrics
8.3.3 Ionized Gas (plasma)		Watch OnlineMP4 Download
Week 068.4 Group VelocityWatch OnlineMP4 Download
Week 068.5 Flow of Electromagnetic Power and the Poynting VectorWatch OnlineMP4 Download
Week 078.6 Normal Incidence at a Plane Conducting Bound-aryWatch OnlineMP4 Download
Week 078.7 Oblique Incidence at a Plane Conducting Bound-ary
8.8 Normal Incidence at a Plane Dielectric Boundary		Watch OnlineMP4 Download
Week 088.8 Normal Incidence at a Plane Dielectric BoundaryWatch OnlineMP4 Download
Week 088.10 Oblique Incidence at a Plane Dielectric BoundaryWatch OnlineMP4 Download
Week 09Brewster angleWatch OnlineMP4 Download
Week 0910 Waveguide
10.2 Uniform Guiding Structures		Watch OnlineMP4 Download
Week 1110.3 Parallel-Plate WaveguideWatch OnlineMP4 Download
Week 1110.6 Dielectric waveguide
CH11 Antenna		Watch OnlineMP4 Download
Week 1211.1 Introduction
11.2.1 Electrical Dipoles (Hertzian Dipole)		Watch OnlineMP4 Download
Week 1211.2 Radiation Fields of Dipoles
11.3 Antenna Pattern (Radiation Pattern)		Watch OnlineMP4 Download
Week 1311.4 Linear Dipole Antenna
CH9 Transmission Lines
9.1 Introduction		Watch OnlineMP4 Download
Week 14CH9 Transmission LinesWatch OnlineMP4 Download
Week 149.4 Wave on Finite Transmission LinesWatch OnlineMP4 Download
Week 159.4.1 Transmission Lines as Circuit ElementsWatch OnlineMP4 Download
Week 159.4.2 Resistive TerminationWatch OnlineMP4 Download
Week 159.4.3 Arbitrary Termination (see Smith Chart)
9.6 Smith Chart		Watch OnlineMP4 Download
Week 169.6 Smith ChartWatch OnlineMP4 Download
Week 179.6 Smith ChartWatch OnlineMP4 Download
Week 179.7 Transmission Line Impedance MatchingWatch OnlineMP4 Download
 

課程目標

Electromagnetics II focuses on the propagation of electromagnetic waves and signals.
These concepts are important to understanding the phenomena in applications such as electro-optics (e.g. LCD displays), high-speed electronics (e.g. communication circuits) and wireless communication (e.g. mobile phones, WLAN).


Following the content of Electromagnetics I last semester, we will first review time-varying Maxwell's equations, from which electromagnetic wave equations can be derived. Propagation of uniform plane waves is fundamental to all electromagnetic wave phenomena.
Theory and application of waveguide, antenna, and transmission lines will then be discussed.


課程章節

主題 章節
Maxwell’s equations and wave equationCH7 Time-Varying Fields and Maxwell’s Eqs.
Plane wave propagation CH8 Plane Electromagnetic Waves
Waveguides and antennasCH10 Waveguide
CH11 Antenna
Transmission linesCH9 Transmission Lines


課程書目

D.K. Cheng, “Field and Wave Electromagnetics,” 2nd Ed., 1989


評分標準

項目百分比
Mid-term exams (x2)60%
Final exam30%
class performance and quiz10%

本課程行事曆提供課程進度與考試資訊參考。

學期週次
上課日期
參考課程進度

第一週

09/16、09/19
  • CH7 Time-Varying Fields and Maxwell’s Eqs.
第二週09/23、09/26
  • CH7 Time-Varying Fields and Maxwell’s Eqs.
第三週09/30、10/03
  • CH7 Time-Varying Fields and Maxwell’s Eqs.
第四週10/07、10/10
  • CH8 Plane Electromagnetic Waves
第五週10/14、10/17
  • CH8 Plane Electromagnetic Waves
第六週10/21、10/24
  • CH8 Plane Electromagnetic Waves　
第七週10/28、10/31
  • CH8 Plane Electromagnetic Waves
第八週11/04、11/07
  • CH10 Waveguide、CH11 Antenna
第九週11/11、11/14
  • CH10 Waveguide、CH11 Antenna
第十週11/18、11/21
  • 停課
第十一週11/25、11/28
  • CH10 Waveguide、CH11 Antenna　
第十二週12/02、12/05
  • CH10 Waveguide、CH11 Antenna
第十三週12/09、12/12
  • CH9 Transmission Lines　
第十四週12/16、12/19
  • CH9 Transmission Lines
第十五週12/23、12/26
  • CH9 Transmission Lines
第十六週12/30、01/02
  • CH9 Transmission Lines
第十七週01/06、01/09
  • CH9 Transmission Lines
第十八週01/13、01/16
  • 期末考週
COURSE
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