A lossless transmission line with Zo=78 [Ohms] is terminated with load ZL=39+j62.4 [Ohms]. If the generator frequency is 2x10^8 Hz and the T.L. length is 9.3 meters; using Smith chart find (approximately): *
A lossless transmission line with Zo=78 [Ohms] is terminated with load ZL=39+j62.4 [Ohms]. If the generator frequency is 2x10^8 Hz and the T.L. length is 9.3 meters; using Smith chart find (approximately): *
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![A lossless transmission line with Zo=78 [Ohms] is terminated with load
ZL=39+j62.4 [Ohms]. If the generator frequency is 2x10^8 Hz and the T.L. length
is 9.3 meters; using Smith chart find (approximately): *
1.15-
21.66
15
27
6.2
1.5
0.195
0.14
1.2+j1.
j1.5
The reflection
coefficient at
the load
The angle of
the reflection
coefficient
[degree]
The VSWR
The minimum
impedance of
the T.L.
[Ohms]
The signal
wavelength
(lambda) [m]
The T.L.
length in
terms of
lambda
The
NORMALIZED
input
impedance of
the T.L.
if a quarter
wavelength
transformer
with Zot>Zo
is used to
match the
load to the
T.L., at what
distance
form the load
you should
put it (in
meter unit)?
S que onequnes one esponse perTow](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1b06873d-eb4b-4157-9dd0-5b13f8dc4753%2Ff6554987-f0d2-48ba-8fce-2aeb78044ca7%2F8osqji_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A lossless transmission line with Zo=78 [Ohms] is terminated with load
ZL=39+j62.4 [Ohms]. If the generator frequency is 2x10^8 Hz and the T.L. length
is 9.3 meters; using Smith chart find (approximately): *
1.15-
21.66
15
27
6.2
1.5
0.195
0.14
1.2+j1.
j1.5
The reflection
coefficient at
the load
The angle of
the reflection
coefficient
[degree]
The VSWR
The minimum
impedance of
the T.L.
[Ohms]
The signal
wavelength
(lambda) [m]
The T.L.
length in
terms of
lambda
The
NORMALIZED
input
impedance of
the T.L.
if a quarter
wavelength
transformer
with Zot>Zo
is used to
match the
load to the
T.L., at what
distance
form the load
you should
put it (in
meter unit)?
S que onequnes one esponse perTow
![A lossless transmission line with Zo=78 [Ohms] is terminated with load
ZL=39+j62.4 [Ohms]. If the generator frequency is 2x10^8 Hz and the T.L. length
is 9.3 meters; using Smith chart find (approximately): *
0.7
0.42
0.56
48
94
56
3
3.95
3.6
The reflection
coefficient at
the load
The angle of
the reflection
coefficient
[degree]
The VSWR
The minimum
impedance of
the T.L.
[Ohms]
The signal
wavelength
(lambda) [m]
The T.L.
length in
terms of
lambda
The
NORMALIZED
input
impedance of
the T.L.
if a quarter
wavelength
transformer
with Zot>Zo
is used to
match the
load to the
T.L., at what
distance
form the load
you should
put it (in
meter unit)?
This question requires one response per row](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F1b06873d-eb4b-4157-9dd0-5b13f8dc4753%2Ff6554987-f0d2-48ba-8fce-2aeb78044ca7%2Fdw9rkk_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A lossless transmission line with Zo=78 [Ohms] is terminated with load
ZL=39+j62.4 [Ohms]. If the generator frequency is 2x10^8 Hz and the T.L. length
is 9.3 meters; using Smith chart find (approximately): *
0.7
0.42
0.56
48
94
56
3
3.95
3.6
The reflection
coefficient at
the load
The angle of
the reflection
coefficient
[degree]
The VSWR
The minimum
impedance of
the T.L.
[Ohms]
The signal
wavelength
(lambda) [m]
The T.L.
length in
terms of
lambda
The
NORMALIZED
input
impedance of
the T.L.
if a quarter
wavelength
transformer
with Zot>Zo
is used to
match the
load to the
T.L., at what
distance
form the load
you should
put it (in
meter unit)?
This question requires one response per row
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