EEE 541: Electromagnetic Fields and Guided Waves
Fall 2017, Professor Constantine A. Balanis


Course information, announcements, problem sets, exams, etc. will be made available as the semester progresses.

This site will be updated throughout the semester.

  LAST UPDATE:  January 9, 2017. See Announcements for information.


 
 

Table of Contents

Syllabus
Announcements and Important Dates
Lectures & Homework, Tests and Final Exam Solutions
Homework Sets



Announcements and Important Dates:

Test #1: ........ NO EXCEPTIONS.
1:  Covers material of Chapters 1 and 2.  
2:  Open Class Text Book and Class Website Notes ONLY; anything else is not allowed. For calculations, only handheld calculators; NO laptops (other for website notes) or computer programs.  

Test #2: ......................... NO EXCEPTIONS.
1:  Covers material through and including Chapter 5.  
2:  Open Class Text Book and Class Website Notes ONLY; anything else is not allowed. For calculations, only handheld calculators; NO laptops or computer programs.  

Final Exam: ............................. NO EXCEPTIONS.
1:  Covers material through and including Chapter 8 that we have covered. 
2:  Open Class Text Book and Class Website Notes ONLY; anything else is not allowed. For calculations, only handheld calculators; NO laptops or computer programs.  


Homework Sets:

Homework#1: Due: .................. ( before the beginning of class).
1:  Problem...
2:  Problem ...
3:  Problem ..............

Homework#2: Due: .................... (before the beginning of class).
1:  Problem ..............
2:  Problem ...............
3:  Problem ...............

Homework#3: Due: .................(before the beginning of class).
1:  Problem ....
2:  Problem ......

Homework#4: Due: ..................... (before the beginning of class).
1:  Problem ......
2:  Problem ...............
3:  Problem .....................

Homework#5: Due: ............ (before the beginning of class).
1:  Problem ............
2:  Problem ............

Homework#6: Due: .................. (before the beginning of class).
1:  Problem .......
2:  Problem ...............
3:  Problem ................

Homework#7: Due: ........................... (before the beginning of class).
1:  Problem .........
2:  Problem ..........
3:  Problem ...........

Homework#8: Due: ................. (before the beginning of class).
1:  Problem .........
2:  Problem ...............
3:  Problem ....................

Homework#9: Due: ..................... (before the beginning of class).
1:  Problem ...................
2:  Problem ..............
3:  Problem ...............
4:  Problem ................

Homework#10: Due: ........................ (before the beginning of class).
1:  Problem ............
Only for dielectric constant of er = 2.56
NO Part e (NO plotting of Phase)
4:  Problem ..................
4:  Problem ................

Homework#11: Due: .................. (before the beginning of class).
1:  Problem ....................
2:  Problem ............. Plot all 3 curves in one figure. You can use the Matlab Program Single_Slab,
3:  Problem .................... Verify using the Matlab program QuarterWave_Match..
3:  Problem ................. .

Homework#12: Due: .......................... (before the beginning of class).
1:  Problem ......
2:  Problem ......

Homework#13: Due: ..................... (before the beginning of the class).
1:  Problem ..................
2:  Problem ........................

Homework#14: Due: ....................... (before the beginning of class).
1:  Problem ..............
2:  Problem ................
3:  Problem .....................
4:  Repeat Problem .............. when the aperture is NOT mounted on a ground plane; use only approximate surface current densities when the aperture is NOT mounted on a ground plane.

Homework#15: Due: ....................... (before the beginning of class).
1:  Repeat Example 7.4 when the incident electric field is: Ei=-azEoexp{jbeta[x'cos(phii)+y'sin(phii)]}.


 

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