A signal of power 100mW is applied at the two port RF network,which experiences the reflections in the scale of 10% of the input power. It is found that 5% of the signal is getting attenuated through the rf network. When the input and output ports are swapped for the RF network, the response are found to be same. Determine the S matrix of the RF network

Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
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A signal of power 100mW is applied at
the two port RF network,which
experiences the reflections in the scale
of 10% of the input power. It is found
that 5% of the signal is getting
attenuated through the rf network.
When the input and output ports are
swapped for the RF network, the
response are found to be same.
Determine the S matrix of the RF
network
Transcribed Image Text:A signal of power 100mW is applied at the two port RF network,which experiences the reflections in the scale of 10% of the input power. It is found that 5% of the signal is getting attenuated through the rf network. When the input and output ports are swapped for the RF network, the response are found to be same. Determine the S matrix of the RF network
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