EE4460/6460 2014 Fall, 1st HW, Due Sep. 10 (Wednesday, in class)
Problem 1: Design a microstrip of a characteristic impedance 50 at 2GHz on a 500 m
thick glass substrate. The dielectric constant of the glass substrate is 3.9. Plot the
characteristic imped

Home work A3: Due date: Oct. 27th (Monday), in class
Problem 1:
Solution:
Circuit A:
x X ;b
Z0
B
Z0
1 rL
;x
rL
b
Circuit B
x X ;b
Z0
B
Z0
rL rL2
Z0
Z0
g L2
gL
rL
jxL
gL
jbL
xL
YL
; yL
1 gL
;b
gL
x
ZL
; zL
bL
(a) z L 1.4 j 2.0 (circuit B), yL 0.2349 j0.335

Microwave Circuit
(EE-4460/6460 2nd In-class test)
Name:
Oct. 01 2014
This test contains 5 open questions.
Please, do not forget to write your name and the total number of sheets when you hand in.
This test is open book, which means that the book and the

Microwave circuit design
(EE-4460/6460 3rd in-class test)
Name:
Oct. 29 2014
This test contains 4 open questions.
Please, do not forget to write your name and the total number of sheets when you hand in.
This test is close book test, i.e. the book and the

Microwave circuit design
(EE-4460/6460 1st In-class test)
Name:
Sep. 15 2014
This test contains 6 open questions.
Please, do not forget to write your name and the total number of sheets when you hand in.
This test is close book, i.e. the book and the lect

Home work A2: Due date: Sep.29 (Monday), in class
Problem 1:
The measured voltages V1 are V1,short, V1,inf, and V1,match when the load ZL equals to 0, ,
and Z0, respectively. The source impedance Zs equals to the system characteristic
impedance Z0. The sy

Microwave engineering by David M. Pozar
Home work A4:
Problem 1-5, Due date: Nov. 17th (Monday), in class
Problem 6, due on Nov. 19th (Wednesday), submit o TA
Problem 1: Determine input resistance r , output resistance ro of the circuit, and the AC
voltag