A symmetrical, passive, reciprocal and lossless two-port network has a Z, (real) characteristic impedance at both ports. When the output port (port-2) is terminated with Z1 = Z, and Z12 = 52, loads, the reflection coefficients of F = 0.5 and r, = 0 are measured from the input port (port-1), respectively. Determine the scattering matrix (S-parameters) of the two-port network by using the relation below. S12S21F 1- S22lL I; = S11 +
A symmetrical, passive, reciprocal and lossless two-port network has a Z, (real) characteristic impedance at both ports. When the output port (port-2) is terminated with Z1 = Z, and Z12 = 52, loads, the reflection coefficients of F = 0.5 and r, = 0 are measured from the input port (port-1), respectively. Determine the scattering matrix (S-parameters) of the two-port network by using the relation below. S12S21F 1- S22lL I; = S11 +
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A symmetrical, passive, reciprocal and lossless two-port network has a Z, (real) characteristic impedance
at both ports. When the output port (port-2) is terminated with Z11 = Z, and Z12 = 5Z, loads, the
reflection coefficients of I = 0.5 and I2 = 0 are measured from the input port (port-1), respectively.
Determine the scattering matrix (S-parameters) of the two-port network by using the relation below.
I; = S11 +-
1- S22li](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2d15bf5c-33dc-4251-8644-fdd1b7d293de%2F25d5335e-41a1-48e4-8709-d715a14ad708%2F0s037h4_processed.jpeg&w=3840&q=75)
Transcribed Image Text:QUESTION
A symmetrical, passive, reciprocal and lossless two-port network has a Z, (real) characteristic impedance
at both ports. When the output port (port-2) is terminated with Z11 = Z, and Z12 = 5Z, loads, the
reflection coefficients of I = 0.5 and I2 = 0 are measured from the input port (port-1), respectively.
Determine the scattering matrix (S-parameters) of the two-port network by using the relation below.
I; = S11 +-
1- S22li
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