sinusoidal voltage generator with Vg=0.1 20° v impedance 50 characteristic impedance Ro= 50 . The line A aned internal is connected to a lossless transmission line having is : long and is terminated with a load impedance s hown in figure below. as エ、 IL 20 =Ro= 502 V: 50S2 SosL V 2=0 a) Find Vi, Ii, V aud IL b) Find the standing wave rahio ノ c) Find the average power delivered to the load.
sinusoidal voltage generator with Vg=0.1 20° v impedance 50 characteristic impedance Ro= 50 . The line A aned internal is connected to a lossless transmission line having is : long and is terminated with a load impedance s hown in figure below. as エ、 IL 20 =Ro= 502 V: 50S2 SosL V 2=0 a) Find Vi, Ii, V aud IL b) Find the standing wave rahio ノ c) Find the average power delivered to the load.
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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this quetion is electromagnetic wave theory can i plases have a solution
Transcribed Image Text:sinusoidal voltage
internal impedance 50 2
generator with Vg =0.1 0° v and
connected to a
A
is
lossless transmission
Ro= 50 2. The line
with a
line having
characteristic impedance
is
long amd
terminated
load
impedance
is
figure
below.
s hown
in
as
エ、
Iレ
+
2.=Ro= 5052
Vi
50 S E5OSL VL
2=0
a) Find Vi, Ti, V and IL
b) Find the standing wave ratio
ノ
c) Find the average power
delivered
to
the load.
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