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Exercise (2): consider the transfer function below describes an elevator system: H(s) s? +250,s + 0, For this system we want some specifications to be suitable to users: V Percent overshooting less than 10% (do not shock the users at beginning). V Settling time less than 4 sec (don't make users feel boring). Design the system by finding and On, and then give the step response of the complete troncfor fiunction ofthe ustem te make sure from the plat

Exercise (2): consider the transfer function below describes an elevator system: H(s) s? +250,s + 0, For this system we want some specifications to be suitable to users: V Percent overshooting less than 10% (do not shock the users at beginning). V Settling time less than 4 sec (don't make users feel boring). Design the system by finding and On, and then give the step response of the complete troncfor fiunction ofthe ustem te make sure from the plat

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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Exercise (2): consider the transfer function below describes an elevator system: H(s) = s +250,s + 0, For this system we want some specifications to be suitable to users: v Percent overshooting less than 10% (do not shock the users at beginning). V Settling time less than 4 sec (don't make users feel boring). Design the system by finding and On, and then give the step response of the complete transfer function of the system to make sure from the plot.
Transcribed Image Text:Exercise (2): consider the transfer function below describes an elevator system: H(s) = s +250,s + 0, For this system we want some specifications to be suitable to users: v Percent overshooting less than 10% (do not shock the users at beginning). V Settling time less than 4 sec (don't make users feel boring). Design the system by finding and On, and then give the step response of the complete transfer function of the system to make sure from the plot.
Exercises (1): for the following system: 2 H(s) = s +250,s+1 + Let on = 1, Obtain the poles of the system for č = 0, 0.1, 0.7, 1, 5 and guess the behavior of step response for every value with explanation. Plot the step response for every above on the same figure and obtain the behavior of it from the graph. + Let on = 1, = 0.8. Plot the step response and obtain the OS%, Ts, Tr, S.S.E & DC gain by : 1. From the graph.
Transcribed Image Text:Exercises (1): for the following system: 2 H(s) = s +250,s+1 + Let on = 1, Obtain the poles of the system for č = 0, 0.1, 0.7, 1, 5 and guess the behavior of step response for every value with explanation. Plot the step response for every above on the same figure and obtain the behavior of it from the graph. + Let on = 1, = 0.8. Plot the step response and obtain the OS%, Ts, Tr, S.S.E & DC gain by : 1. From the graph.
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