(a) Consider the two-port network below, where the impedances of the elements are indicated in terms of the complex frequency s, and the port variables are written as frequency-domain pha- sors. v₁ 3 olu as Recall the defining equations for the h-, z-, and l-parameters: V₁=₁₁/₁ +₁₂V/₂ Ī₂ = h₂1 1₁ + h₂2V₂ V₁ = 211Z₁ + Z12/₂ V₂ = 221Ï1 +2221₂ V₁ = tuV₂ - ₁₂/₂ İ₁ = t₂1 V₂ - 122 12 S V₂ For parts (i)-(iii) below, please note that there are no part marks; credit is given only for those answers that are correct, so check your work carefully. (i) Define and find h1, and express your answer as a ratio of two polynomials in s.
(a) Consider the two-port network below, where the impedances of the elements are indicated in terms of the complex frequency s, and the port variables are written as frequency-domain pha- sors. v₁ 3 olu as Recall the defining equations for the h-, z-, and l-parameters: V₁=₁₁/₁ +₁₂V/₂ Ī₂ = h₂1 1₁ + h₂2V₂ V₁ = 211Z₁ + Z12/₂ V₂ = 221Ï1 +2221₂ V₁ = tuV₂ - ₁₂/₂ İ₁ = t₂1 V₂ - 122 12 S V₂ For parts (i)-(iii) below, please note that there are no part marks; credit is given only for those answers that are correct, so check your work carefully. (i) Define and find h1, and express your answer as a ratio of two polynomials in s.
Introductory Circuit Analysis (13th Edition)
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ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
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Question
![(a) Consider the two-port network below, where the impedances of the elements are indicated in
terms of the complex frequency s, and the port variables are written as frequency-domain pha-
sors.
I,
V₁
3
oln
as
Recall the defining equations for the h-, z-, and t-parameters:
V₁ = ₁₁/₁ +h₁₂V/₂
Ī₂ = h₂1 11 +h₂₂V/₂
V₁ = Z₁1Ï₁ + 21212
V₂ = 221Ï1 +2₂₂21₂
V₁ = t₁V₂-t12/₂
İ₁ = t₂1V₂ - t22Ï₂
S
V₂
For parts (i)(iii) below, please note that there are no part marks; credit is given only for those
answers that are correct, so check your work carefully.
(i) Define and find h1, and express your answer as a ratio of two polynomials in s.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Ff5cee0cf-e136-483e-9b82-f0ba88c61875%2F0ce638a7-e377-4180-b47c-4ad451e6b9e6%2Forpuh28_processed.jpeg&w=3840&q=75)
Transcribed Image Text:(a) Consider the two-port network below, where the impedances of the elements are indicated in
terms of the complex frequency s, and the port variables are written as frequency-domain pha-
sors.
I,
V₁
3
oln
as
Recall the defining equations for the h-, z-, and t-parameters:
V₁ = ₁₁/₁ +h₁₂V/₂
Ī₂ = h₂1 11 +h₂₂V/₂
V₁ = Z₁1Ï₁ + 21212
V₂ = 221Ï1 +2₂₂21₂
V₁ = t₁V₂-t12/₂
İ₁ = t₂1V₂ - t22Ï₂
S
V₂
For parts (i)(iii) below, please note that there are no part marks; credit is given only for those
answers that are correct, so check your work carefully.
(i) Define and find h1, and express your answer as a ratio of two polynomials in s.
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