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uestion 9. Consider the following transfer function: 2(s + 1) s(s + 2)(s + 0.4)' How does its polar plot behave while w approaches to 0? Approaching to ∞ with an asymptote parallel to imaginary axis Approaching to 0 tangent to negative imaginary axis Approaching to O∞ with no asymptote Approaching to 0 with an asymptote parallel to real axis O Approaching to 0 tangent to negative real axis

uestion 9. Consider the following transfer function: 2(s + 1) s(s + 2)(s + 0.4)' How does its polar plot behave while w approaches to 0? Approaching to ∞ with an asymptote parallel to imaginary axis Approaching to 0 tangent to negative imaginary axis Approaching to O∞ with no asymptote Approaching to 0 with an asymptote parallel to real axis O Approaching to 0 tangent to negative real axis

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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Question 9. Consider the following transfer function: 2(s +1) s(s +2)(s +0.4) How does its polar plot behave while W approaches to 0? O Approaching to 0 with an asymptote parallel to imaginary axis Approaching to 0 tangent to negative imaginary axis Approaching to O∞ with no asymptote Approaching to O∞ with an asymptote parallel to real axis O Approaching to 0 tangent to negative real axis
Transcribed Image Text:Question 9. Consider the following transfer function: 2(s +1) s(s +2)(s +0.4) How does its polar plot behave while W approaches to 0? O Approaching to 0 with an asymptote parallel to imaginary axis Approaching to 0 tangent to negative imaginary axis Approaching to O∞ with no asymptote Approaching to O∞ with an asymptote parallel to real axis O Approaching to 0 tangent to negative real axis
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