EE 363M Spring 2015 SOLUTION SET for Homework Set 3
1. Based on Ramo, problem 5.8d (5.6d, 2nd ed.): An ideal transmission line is terminated by a resistance
equal to half the characteristics impedance of the transmission line, i.e., Zload = Zo / 2.
a) To
EE 363M Spring 2015, Homework Set 5, Thurs. March26; Due: Weds April 1; corrections due Mon.
April 6
1. Recall that for a TEM to z wave:
H y H x
E y Ex
1
1
0
0
H TEM z E TEM
H TEM z E TEM
x
y
x
y
Assume that E | x throughout the x-y plane (i.e., that Ey 0
EE 363M Spring 2015
Homework Set 4
Original due on: Monday 3/9/15
Corrections due on: Monday 3/23/15 (after exam 1 and spring break)
1. Consider a general RLGC transmission line as shown below:
Z
L
R
C
G
Specific parameter values:
R = 1 /cm,
L = 2 nH/cm,
EE 363M Spring 2015 SOLUTION SET for Homework Set 6
EE 363M Spring 2015, Homework Set 6
Monday, April 6; Due: Mon. April 13; Corrections due Monday April 20
1. Consider a coaxial cable (inner conductor radius a, outer shield radius b) only non-uniformly f
EE 363M Spring 2015
SOLUTION SET for Homework Set 2
1. Ramo, problem 5.7a (5.5a in 2nd ed.): To find the phasor form for the voltage and current along a transmission
line (i.e., the Telegraphists equations in time harmonic form) you can replace t by j in:
EE 363M Spring 2015
SOLUTION SET for Homework Set 1
Remember: You will be graded for grading your own homework! This is how it will work:
1. Do the assigned homework before it is due!
2. Make a photocopy of your homework solution before it is due!
3. On t
EE 363M Spring 2015
Homework Set 7
Thurs. April 23
Originals Due: Wed. April 29;
Corrections due. Monday May 4
1. For a two port network consisting only of a series impedance Z as shown
find the ABCD matrix using the basic definition of this representatio
EE 363M Spring 2015, Homework Set 6
Monday, April 6; Due: Mon. April 13; Corrections due Monday April 20
1. Consider a coaxial cable (inner conductor radius a, outer shield radius b) only non-uniformly filled with
dielectric as shown below. Assume r1 = 1.
EE 363M Spring 2015, Homework Set 5, Thurs. March 26; Due: Weds April 1; corrections due Mon.
April 6
1. Recall that for a TEM to z wave:
H y H x
E y Ex
1
1
0
0
H TEM z E TEM
H TEM z E TEM
x
y
x
y
Assume that E | x throughout the x-y plane (i.e., that Ey
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EE 363M Spring 2016, Homework Set 4, Fri. March 25; Due: Weds March 30; corrections due Mon.
April 4
1. Find H produced by a flat plate of conductor (of thickness d, infinite length and width) carrying
uniform current density (oriented with the current co
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Course Syllabus: EE 363M Microwave and Radio Frequency Engineering; Unique Number 16550
Spring, 2016; M-W 10:30-11:45, JES A303A
Instructor: Dean P. Neikirk, office UTA 7.350; Main 101
e-mail: [email protected]
Class home page: https:/courses.utexas
Exam 1, Spring 2015
Spring, 2015
D.P. Neikirk, Instructor
EE 363M
Exam 1
YOU MAY USE A SINGLE CRIB SHEET (not larger than 8.5 x 11)
You will have 70 minutes to complete this exam. Read all the problems before beginning since not all of the
problems are of
EE 363M Spring 2016
SOLUTION SET for Homework Set 1
Remember: You will be graded for grading your own homework! This is how it will work:
1. Do the assigned homework before it is due!
2. Make a photocopy of your homework solution before it is due!
3. On t
EE 363M Spring 2016 SOLUTION SET for Homework Set 2
1. Based on Ramo, problem 5.8d (5.6d, 2nd ed.): An ideal transmission line is terminated by a resistance
equal to half the characteristics impedance of the transmission line, i.e., Zload = Zo / 2.
a) To
EE 363M Spring 2016
Homework Set 3
Original due on: Weds 3/23/15
Corrections due on: Monday 3/28/15
1. Consider a general RLGC transmission line as shown below:
Z
L
R
C
G
Specific parameter values:
R = 1 /cm,
L = 2 nH/cm,
G = 0,
C = 1 pF/cm.
Y
dz
Recall t
EE 363M Spring 2015
Homework Set 4
Monday 3/2/15
Due: Monday 3/9/15
1. Consider a general RLGC transmission line as shown below:
Z
L
R
C
G
Specific parameter values:
R = 1 /cm,
L = 2 nH/cm,
G = 0,
C = 1 pF/cm.
Y
dz
Recall that the input impedance for a T-
EE 363M Spring 2015
Homework Set 3
Feb. 23, 2015; Due: Monday March 2.
1. Based on Ramo, problem 5.8d (5.6d, 2nd ed.): An ideal transmission line is terminated by a resistance
equal to half the characteristics impedance of the transmission line, i.e., Zlo
To Rule the Waves:
Cable Telegraphy and the Making of
Maxwells Equations
Bruce J. Hunt
University of Texas
Maxwells Equations
Map of the worlds telegraph cables, 1901
Heavisides form of
Maxwells equations for free space
Maxwells component equations for A,
(1.163b)
-d
(1.164a)
-d,
d
(1.164b)
-d.
61)for0 < z < d andto
theory solution. Note that
lucting plane. Figure 1.17
ic dipoles.
go
11th
rmal to a ground plane.
[1]
[2]
[3]
[4]
[5]
[6]
[7]
[8]
1.1
1.2
1.3
1.4
1.5
16
Problems 45
REFERENCES
T. S. Sarkar, R
Exam 1,
D.P. Neikirk, Instructor
EE 363M
Exam 1
YOU MAY USE A SINGLE CRIB SHEET (not larger than 8.5 x 11)
You will have 50 minutes to complete this exam. Read all the problems before beginning since not all of the
problems are of equal difficulty. Where