ECE 3065 - Fall 2010 Electromagnetics II Location: Van Leer C340 Schedule: Tu-Th 3:05-4:25p Suggested Advanced Textbook: "Fields and Waves in Communication Electronics", S.Ramo, J.R.Whinery and T.Van Duzer, J.Wiley Inc., 1994 Suggested Preliminary Reading (Close to the Notes): "Fundamentals of Applied Electromagnetics", F.T.Ulaby, Prentice Hall Eds., 2004 Additional Reading: "Electromagnetics, Microwave Circuit and Antenna Design for Communications Engineering", P.Russer, Artech House, 2003 Instructor: Prof. Manos M. Tentzeris Office: TSRB 539 Office Hours: Tu 10:00-11:00 Phone: (404) 385-6006 E-Mail: etentze@ece.gatech.edu Secretary: Mrs. Lisa Gardner [lisa.gardner@ece.gatech.edu] Office: TSRB 543 Phone: 404-894-8327 TA: TBA |
[Home] | [Lecture Notes] | [Midterms] | [Homeworks, Smith Charts and More...] |
Transmission Lines |
Waveguides |
Cavities |
Microwave Circuits (Couplers, Filters) |
Antennas (Dipoles, Yagi-Uda, Log-Periodic, Arrays) |
Optical Waveguides, Optical Fibers |
Wireless Communication Standards and Devices (MOTOROLA, Ericsson contributions) |
Commercial CADs for EM/RF Applications (HP contributions) |
Lec. | Date | Text | |
1 | 8/24 | Introduction - Review of Wave Definitions - Phasors | |
1-2 | 8/24-8/26 | Transmission Line Equations - Lumped Element Model | NOTES |
2 | 8/26 | Reflection Coefficient, Zin, SWR, Terminations | |
3 | 8/31 | NO CLASS | |
4 | 9/2 | NO CLASS | |
5 | 9/7 | Matching Techniques (lambda/4, Stubs, Lumped Elements) | NOTES |
5-6 | 9/7-9/9 | The Smith Chart - Development | |
6 | 9/9 | The Smith Chart - Applications / Determination of Term Projects | |
7 | 9/14 | Plane Waves and Polarization Review | |
7-8 | 9/14-9/16 | Reflection of Normally Incident Plane Waves (Conductors, Dielectrics) | |
8 | 9/16 | Oblique Incidence - Wave Impedance | |
9 | 9/21 | Total Reflection, Brewster Angle, Optical Fibers | |
9-10 | 9/21-9/23 | Waveguides - Laplace Equation in Rectangular Coords. | |
10 | 9/23 | REVIEW SESSION 1 | Lectures 1-8 |
11 | 9/28 | QUIZ 1 | Lectures 1-10 |
12 | 9/30 | Invited Talk 1: "Multilayer Integrated Wireless Modules: Planar lines, interconnects and waveguides" | |
13 | 10/5 | Invited Talk 2: "Applications of Electromagnetics to Sensing and Biomedical Applications: What is EMI/EMC?" | |
14 | 10/7 | Invited Talk 3: "Flexible Inkjet-Printed RF Electronics on Paper and Organics" | |
15 | 10/12 | Helmholz Equations - Separations of Variables | Lectures 1-6, 9-13 |
15-16 | 10/12-10/14 | Waveguides-Laplace/Helmholz equations in rectangular coordinates | |
16 | 10/14 | Parallel-Plate Waveguides | |
17 | 10/19 | FALL RECESS-NO CLASS | |
18 | 10/21 | Planar Transmission Lines - Rectangular Waveguides | |
18-19 | 10/21-10/26 | Waves Below and Near Cutoff - Quasi-TEM Modes | |
19 | 10/26 | Dispersion, Loss, Practical Mode Excitation | |
20 | 10/28 | Dielectric and Ridge Waveguides, EBG's, Resonators-Quality Factors | |
20-21 | 10/28-11/2 | Microwave Networks, Reciprocity | |
21 | 11/2 | Equivalent Circuits, Scattering (S) and Transmission (T) Parameters | |
22 | 11/4 | Cascaded 2-Ports, Microwave and Optical Filters | |
22-23 | 11/4-11/9 | S-Parameters of N-Ports, Directional Couplers | |
23 | 11/9 | Frequency characteristics of N-Ports, Quasistatic Analysis | |
24 | 11/11 | Electric and Magnetic Dipoles, Power, Potentials | |
24-25 | 11/11-11/16 | Half-Wave Dipole, Gain, Radiation resistance and Patterns | |
25 | 11/16 | REVIEW SESSION | Lectures 11-12,16-24 |
26 | 11/18 | QUIZ 2 | Lectures 11-12,16-24 |
27 | 11/23 | Antenna Efficiency, Arbitrary Length Dipoles, Antennas above Conductors, Conjugate Matching | |
- | 11/25 | THANKSGIVING-NO CLASS | - |
27-28 | 11/23-11/30 | Antennas above Conductors, Traveling Wave Antennas, Feeding Circuits | |
28 | 11/30 | Friis Formula, Superposition Principle | |
29 | 12/2 | Input Impedance, Receiving Antennas and Reciprocity | |
29-30 | 12/2-12/7 | Linear Arrays | |
30 | 12/7 | Examples/Problems of Antennas/Antennas Arrays & Final Review Session | |
31 | 12/9-Time/Venue TBD | Project Presentations | - |
30 | 12/13-12/17 TBA | FINAL | All lectures |
If you have questions or comments about this page, please send e-mail to etentze@ece.gatech edu