A. Instructor: Wonbin Hong
B. Date: Tuesday/Thursday 12:30pm-13:45pm
C. Primary Book: Antenna Theory: Analysis and Design (3rd Ed.), Balanis, 2005, ISBN 047166782X
D. References:
- Advanced Engineering Electromagnetics, Balanis
- Antenna Theory and Design, Stutzman and Thiele
- Antennas for all Applications, Krauss
- Antenna Engineering Handbook, Volakis
E. Course description: Includes current topics, advanced topics and special topics.
This class will be devoted to a particular issue in a specified field this semester. Course content is not wholly included in the regular curriculum (in comparison to previous EECE 588) and should be regarded as a “special topics class with emphasis on latest antenna technologies”.

F. Course Outline

1 Introduction
2 Vector analysis, types of antennas, Radiation
mechanism, wire antenna current distribution
3 Fundamental Parameters of Antennas
4 Fundamental Parameters of Antennas
5 Fundamental Parameters of Antennas
6 Radiation Integrals & Aux. Potential Functions
7 Radiation Integrals & Aux. Potential Functions
8 Linear Wire Antennas
9 Linear Wire Antennas
10 Linear Wire Antennas
11 Arrays: Linear, 2D
12 Arrays: Linear, 2D
13 Antenna Synthesis and continuous Sources
14 Antenna Synthesis and continuous Sources
15 Microstrip Antennas
16 Microstrip Antennas and Arrays, Mutual Coupling
17 Helical Antennas Notes,
18 Frequency Independent Antennas, Log-Periodic, Q
19 Aperture Antennas
20 Horn Antennas
21 Reconfigurable Antennas, MEMS Notes
22 UWB Antennas Notes
23 Fractal Antennas / Smart Antennas
24 Reflector Antennas
25 Nano Antennas/Plasmon Antennas
26 Nano Antennas/Plasmon Antennas
27 Project Presentations
28 Project Presentations – End of Semester


G: Grading: Homework: 20%, Midterm Exam each: 25%, Final Exam: 30%

전자장

- Advanced Engineering Electromagnetics, Balanis
- Antenna Theory and Design, Stutzman and Thiele
- Antennas for all Applications, Krauss

1 Introduction
2 Vector analysis, types of antennas, Radiation
mechanism, wire antenna current distribution
3 Fundamental Parameters of Antennas
4 Fundamental Parameters of Antennas
5 Fundamental Parameters of Antennas
6 Radiation Integrals & Aux. Potential Functions
7 Radiation Integrals & Aux. Potential Functions
8 Linear Wire Antennas
9 Linear Wire Antennas
10 Linear Wire Antennas
11 Arrays: Linear, 2D
12 Arrays: Linear, 2D
13 Antenna Synthesis and continuous Sources
14 Antenna Synthesis and continuous Sources
15 Microstrip Antennas
16 Microstrip Antennas and Arrays, Mutual Coupling
17 Helical Antennas Notes,
18 Frequency Independent Antennas, Log-Periodic, Q
19 Aperture Antennas
20 Horn Antennas

The first 2 weeks in Fall 2022 will be online based on University policy. Afterwards we will aim for off-line unless we have an underling emergency.

This is a small size class so please so speak up and share your thoughts freely!

70% of the class will focus on theoretical learning. The remaining 30% will be based on learning how apply these knowledges to create your own ideas! Creativity will be much awarded!