Consider a single shunt resistor of R=100 2 as a two-port with Zo=50 2 characteristic impedance lines at input port P1 and output port P2. a) Determine the scattering parameters for the shunt resistive two-port with respect to Zo normalization. b) Determine the input reflection coefficient when port P2 is terminated with 100 2 P2 P1 Zo Zo
Consider a single shunt resistor of R=100 2 as a two-port with Zo=50 2 characteristic impedance lines at input port P1 and output port P2. a) Determine the scattering parameters for the shunt resistive two-port with respect to Zo normalization. b) Determine the input reflection coefficient when port P2 is terminated with 100 2 P2 P1 Zo Zo
Introductory Circuit Analysis (13th Edition)
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Publisher:Robert L. Boylestad
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![Consider a single shunt resistor of R=100 2 as a two-port with Zo=50 2 characteristic
impedance lines at input port P1 and output port P2.
a) Determine the scattering parameters for the shunt resistive two-port with respect to
Zo normalization.
b) Determine the input reflection coefficient when port P2 is terminated with 100 2
P1
P2
Zo
Zo](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fd4dff223-0021-4194-a6a7-5f9d0f49e3b1%2F16a09edc-130d-42ad-966f-631f27793a23%2Foqeykyf_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Consider a single shunt resistor of R=100 2 as a two-port with Zo=50 2 characteristic
impedance lines at input port P1 and output port P2.
a) Determine the scattering parameters for the shunt resistive two-port with respect to
Zo normalization.
b) Determine the input reflection coefficient when port P2 is terminated with 100 2
P1
P2
Zo
Zo
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