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| EE 428 Microwaves II
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Course Details
| 1. | Matrix Representation of Microwave Junctions (S, Z, Y) | [4 hrs] |
| 2. | S-Matrix of Lossless Junctions (T-line, Waveguide, Magic-Tee, Rat-race) | [4 hrs] |
| 3. | Even and Odd Mode Analysis of TEM Coupled Lines | [4 hrs] |
| 4. | Phase shifters, 3dB Hybrids, Power Dividers | [4 hrs] |
| 5. | Cavities (Rectangular, Circular, TEM Line, Q factor, equivalent circuits) | [7 hrs] |
| 6. | General Filter Design from prototype | [3 hrs] |
| 7. | Transmission line filters, coupled line filters, cavity coupled filters | [7 hrs] |
| 8. | Periodic Structures | [4 hr] |
| 9. | Introduction to active and passive microwave semiconductor devices | [3 hrs] |
Course Code: 5670428 (EE428)
Course Name: Microwaves II
Catalog Description: Passive reciprocal and nonreciprocal devices. Electromagnetic resonators. Periodic structures and microwave filters. Microstripline structures and coupled lines. Solid state microwave devices.
Credit: (3-2) 4
Laboratory Work:
There are 7 experiments to be performed during the semesters. Laboratory rules will be explained in detail by the laboratory assistants.
In principle, groups of two students will perform the experiments. Different experiment set-ups will be present in the laboratory and groups will perform the experiments in rotation each week.
About three course hours are required for each experiment but exact timing depends on the experimental procedure and the ability of the group members :)
Preliminary work is a must and reports are due to the following week.
A laboratory final examination will be given at the end of the semester.
About 20% of course grade is determined by the laboratory work done.
Text Book:
- "Foundations for Microwave Engineering" by Robert E. Collin, Mc Graw Hill Int. Editions, 2nd edition, 1992.
- "Microwave Engineering" by David M. Pozar, 3rd ed., Wiley, 2005.
For further details contact to Simsek Demir.