A and D only. please don't copy the wrong answer anymore. The two-port network has the following s parameters: S11 = .3 L-100°, S12 0.01L 60°, S21 = 5 L 20°, and S22 0.45 L0° (system characteristic impedance is Zo = 50 2). Let ZL = Zo, the source output impedance Z-Zo, the transmission lines are lossless and /1 = /8, and /2 /3. It is known that V1 2 L 60° V. Two-port network source Z. Z. Z1. 12 Find the electrical length of line l1 b. Find the input return loss (of the two-port network), and the input VSWR Find the power delivered to port 1 d. Find the power delivered to the load ZL a. с.
A and D only. please don't copy the wrong answer anymore. The two-port network has the following s parameters: S11 = .3 L-100°, S12 0.01L 60°, S21 = 5 L 20°, and S22 0.45 L0° (system characteristic impedance is Zo = 50 2). Let ZL = Zo, the source output impedance Z-Zo, the transmission lines are lossless and /1 = /8, and /2 /3. It is known that V1 2 L 60° V. Two-port network source Z. Z. Z1. 12 Find the electrical length of line l1 b. Find the input return loss (of the two-port network), and the input VSWR Find the power delivered to port 1 d. Find the power delivered to the load ZL a. с.
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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A and D subdivision alone you can answer please
Transcribed Image Text:A and D only. please don't copy the wrong
answer anymore.
The two-port network has the following s parameters: S1 = .3 L-100°, S12 0.01L 60°, S21 = 5 L 20°, and S22 0.45
L0° (system characteristic impedance is Zo = 50 2). Let ZL = Zo, the source output impedance Z-Zo, the transmission
lines are lossless and /1 = /8, and /2 /3. It is known that V1 = 2 L 60° V.
Two-port
network
Z.
Z.
Z.
source
12
Find the electrical length of line l1
b. Find the input return loss (of the two-port network), and the input VSWR
Find the power delivered to port 1
d.
a.
с.
Find the power delivered to the load ZL
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