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Microwave Engineering
book

Microwave Engineering

by Ahmad Shahid Khan
May 2014
Intermediate to advanced content levelIntermediate to advanced
800 pages
24h 50m
English
CRC Press
Content preview from Microwave Engineering
132 Microwave Engineering
E
y
= C B (j
ωμ
/h
2
) sin(m
π
x/a) cos(n
π
y/b) e
j
β
z
= E
y0
sin(m
π
x/a) cos(n
π
y/b) e
j
β
z
Since m = n = 1, a = b = 6 and
β
g
= 1.1 rad/m
E
x
= E
x0
cos(
π
x/6) sin(
π
y/6) e
j1.1z
V/m
E
y
= E
y0
sin(
π
x/6) cos(
π
y/6) e
j1.1z
V/m
EXAMPLE 3.3
Calculate the values of inductive and capacitive reactances of equiva-
lent circuits for (a) TE
11
and (b) TM
11
of 10 GHz wave propagating in an
air-lled hollow rectangular waveguide with a = 5 cm and b = 2.5 cm.
Illustrate these values in equivalent circuits and calculate correspond-
ing Z
0
(TM) and Z
0
(TE).
Solution
Given m = n = 1 for both TE and TM waves, a = 5 cm and b = 2.5 cm.
For air,
μ
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Publisher Resources

ISBN: 9781466591417