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Sub-Parts A,B and C, have been solved by a Bartleby expert earlier, and told me to post the question again for the rest of the question to be solved ( D, E ). Course: EE350 ( system dynamics and control ).

Sub-Parts A,B and C, have been solved by a Bartleby expert earlier, and told me to post the question again for the rest of the question to be solved ( D, E ). Course: EE350 ( system dynamics and control ).

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
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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Sub-Parts A,B and C, have been solved by a Bartleby expert earlier, and told me to post the question again for the rest of the question to be solved ( D, E ).

Course:

EE350 ( system dynamics and control ).

Systen: 61 Time (seconde) 2 25,Ampltude 24 Step Respons Problem 4. Considering the four different responses recorded at different occasions to a step input of r(1)=2u(1) on the right-hand side, (a) Propose a transfer function that produced the underdamped response. (b) Write a general expression for the response of G1. System: G2 Time (cec ): 3.23 Amplitude: 1.96 System: GI Time (oe conda): 9.11 Amplitude 1.96 1.6 (c) What would be the order of the system G3? Why? Propose a transfer function. (d) Which system would be critically damped? Why? Write its transfer function using the w, of G1. (e) Which system would be overdamped? Why? Systene G3 ime (seconds): 0.5 Ampltude: 1.26 05 10 12 14 Timo (seconds) eprujduy
Transcribed Image Text:Systen: 61 Time (seconde) 2 25,Ampltude 24 Step Respons Problem 4. Considering the four different responses recorded at different occasions to a step input of r(1)=2u(1) on the right-hand side, (a) Propose a transfer function that produced the underdamped response. (b) Write a general expression for the response of G1. System: G2 Time (cec ): 3.23 Amplitude: 1.96 System: GI Time (oe conda): 9.11 Amplitude 1.96 1.6 (c) What would be the order of the system G3? Why? Propose a transfer function. (d) Which system would be critically damped? Why? Write its transfer function using the w, of G1. (e) Which system would be overdamped? Why? Systene G3 ime (seconds): 0.5 Ampltude: 1.26 05 10 12 14 Timo (seconds) eprujduy
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