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A two-port network is driven at both ports such that the port voltages and currents have the following values (Zo = 50 N): Vị = 10290°, I = 0.2290°, V2 = 820°, 12 = 0.16L–90°. Determine the input impedance seen at each port, and find the incident and reflected voltages at each port.

A two-port network is driven at both ports such that the port voltages and currents have the following values (Zo = 50 N): Vị = 10290°, I = 0.2290°, V2 = 820°, 12 = 0.16L–90°. Determine the input impedance seen at each port, and find the incident and reflected voltages at each port.

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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4.4 A two-port network is driven at both ports such that the port voltages and currents have the following values (Zo = 50 2): V1 = 10290°, 1 = 0.2/90°, V2 = 820°, I2 = 0.162–90°. Determine the input impedance seen at each port, and find the incident and reflected voltages at each port.
Transcribed Image Text:4.4 A two-port network is driven at both ports such that the port voltages and currents have the following values (Zo = 50 2): V1 = 10290°, 1 = 0.2/90°, V2 = 820°, I2 = 0.162–90°. Determine the input impedance seen at each port, and find the incident and reflected voltages at each port.
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