* if possible not handwritten solution please, ( Keyboard - Text ) Solution is better, readable and much appreciated *Course:EE 350 ( System Dynamics & Control )Major: Electrical EngineeringNOTE: Bartleby expert solved Sub-Part A only, and told me to repost the same question again so the rest of the Sub-Parts can be solved ( B,C,D ) System: G1Time (secon ds): 2Amplitud e: 2.4Step Respons eConsidering the four different2.5System: G2Time (sec.): 3.23Amplitude: 1.96responses recorded at different occasions to a stepinput of r(t)=2u(t) on the right-hand side,(a) Propose a transfer function that produced theunderdamped response.(b) Write a general expression for the response2System: G4Time (se conds): 9.11Amplitude: 1.961.5of G1.(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 theSystem: G3ime (seconds): 0.5Amplitude: 1.260.5w, of G1.(e) Which system would be overdamped? Why?49.101214Time (seconds)Amplitude

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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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* if possible not handwritten solution please, ( Keyboard - Text ) Solution is better, readable and much appreciated *

Course:

EE 350 ( System Dynamics & Control )

Major: Electrical Engineering

NOTE: Bartleby expert solved Sub-Part A only, and told me to repost the same question again so the rest of the Sub-Parts can be solved ( B,C,D )

System: G1
Time (secon ds): 2
Amplitud e: 2.4
Step Respons e
Considering the four different
2.5
System: G2
Time (sec.): 3.23
Amplitude: 1.96
responses recorded at different occasions to a step
input of r(t)=2u(t) on the right-hand side,
(a) Propose a transfer function that produced the
underdamped response.
(b) Write a general expression for the response
2
System: G4
Time (se conds): 9.11
Amplitude: 1.96
1.5
of G1.
(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
System: G3
ime (seconds): 0.5
Amplitude: 1.26
0.5
w, of G1.
(e) Which system would be overdamped? Why?
4
9.
10
12
14
Time (seconds)
Amplitude

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