3. Derive an expression for the voltage gain V2/N¡ between the input and output ports of the network below.Your answer should be in terms of s-parametetrs, TL, and Is.[5]ーゆVz(20)S INOUT4. At a signal frequency of 1 GHz, a two-port has S-0.6, S21-2, S12-0.25, and S22-0 as defined with a 50Ohm impedance reference.a) If the 2-port were directly connected to 50 Ohm load, and a 50 Ohm generator with 10 mW availablepower, what would be the power dissipated in the load ?b) If the load is an open circuit (infinity Ohms), then what is the input impedance ?c) If you were to load the 2-port, without matching or stabilization clements, with a 150 Ohm load, is itpossible to seleet a generator impedance which would cause the 2-port to oscillate ?d) If you were to load the 2-port. without stabilization clements, in 50 Ohms, and then impedance-match theinput to a 50 Ohni generator with 10mW available source power, what would be the power in the load?

Answered: 3. Derive an expression for the voltage…

3. Derive an expression for the voltage gain V2N¡ between the input and output ports of the network below. Your answer should be in terms of s-parametetrs, IL, and Is. [5] (Z0) IN OUT

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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Concept explainers

Current Division Method

The generalized current divider formula is given by the following relation below,

Question

3. Derive an expression for the voltage gain V2/N¡ between the input and output ports of the network below.
Your answer should be in terms of s-parametetrs, TL, and Is.
[5]
ーゆ
Vz
(20)
S IN
OUT
4. At a signal frequency of 1 GHz, a two-port has S-0.6, S21-2, S12-0.25, and S22-0 as defined with a 50
Ohm impedance reference.
a) If the 2-port were directly connected to 50 Ohm load, and a 50 Ohm generator with 10 mW available
power, what would be the power dissipated in the load ?
b) If the load is an open circuit (infinity Ohms), then what is the input impedance ?
c) If you were to load the 2-port, without matching or stabilization clements, with a 150 Ohm load, is it
possible to seleet a generator impedance which would cause the 2-port to oscillate ?
d) If you were to load the 2-port. without stabilization clements, in 50 Ohms, and then impedance-match the
input to a 50 Ohni generator with 10mW available source power, what would be the power in the load?

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