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Experiment: We apply a step voltage u(t) = 5u,(t) and we observe the output voltage y(t) on an oscilloscope screen. We see that: the output voltage y(t) oscillates for about 5 [s] before settling down at a steady value of 5 [V] • During the (decaying) oscillations, y(t) reaches a maximum value of 8.65 [V] a) What is the circuit transfer function G(s)? In your answer, express the denominator of G(s)as a monic polynomial in descendent powers of “s"

Experiment: We apply a step voltage u(t) = 5u,(t) and we observe the output voltage y(t) on an oscilloscope screen. We see that: the output voltage y(t) oscillates for about 5 [s] before settling down at a steady value of 5 [V] • During the (decaying) oscillations, y(t) reaches a maximum value of 8.65 [V] a) What is the circuit transfer function G(s)? In your answer, express the denominator of G(s)as a monic polynomial in descendent powers of “s"

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Hello. Can you please help answer the question shown in the photo? The topic is Control Systems. Please explain all steps clearly. Thank you!

 

Plant Identification-Step Response of a Second-Order System Consider the second-order circuit of Figure 2. (1)n y(t) Figure 2: Second-Order Circuit Experiment: We apply a step voltage u(t) = 5u, (t) and we observe the output voltage y(t) on an oscilloscope screen. We see that: the output voltage y(t) oscillates for about 5 [s] before settling down at a steady value of 5 [V] During the (decaying) oscillations, y(t) reaches a maximum value of 8.65 [V] a) What is the circuit transfer function G(s)? In your answer, express the denominator of G(s)as a monic polynomial in descendent powers of “s"
Transcribed Image Text:Plant Identification-Step Response of a Second-Order System Consider the second-order circuit of Figure 2. (1)n y(t) Figure 2: Second-Order Circuit Experiment: We apply a step voltage u(t) = 5u, (t) and we observe the output voltage y(t) on an oscilloscope screen. We see that: the output voltage y(t) oscillates for about 5 [s] before settling down at a steady value of 5 [V] During the (decaying) oscillations, y(t) reaches a maximum value of 8.65 [V] a) What is the circuit transfer function G(s)? In your answer, express the denominator of G(s)as a monic polynomial in descendent powers of “s"
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Electrical Engineering homework question answer, step 1, image 1

Ctp=8.65 VC∞=5 Vut=5ustts=5 s

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