Problem 7: Answer the following conceptual questions: (No calculations necessary) a. What are two of the benefits of using quaternions when simulating systems? b. Given a system with a PD controller whose response is currently underdamped, what would be the simplest way to change it to an over damped response. c. Given a system with a P Controller whose steady state error at t = ∞o is not equal to 0, what are two possible ways to decrease the steady state error. d. You recently put a I controller on a system. Before the controller was added, the system was stable; however, when the I controller was added, the system went unstable. Describe one reason why this may have happened, and without adding any additional terms to the controller, how should you adjust the I controller to make the entire system stable again?
Problem 7: Answer the following conceptual questions: (No calculations necessary) a. What are two of the benefits of using quaternions when simulating systems? b. Given a system with a PD controller whose response is currently underdamped, what would be the simplest way to change it to an over damped response. c. Given a system with a P Controller whose steady state error at t = ∞o is not equal to 0, what are two possible ways to decrease the steady state error. d. You recently put a I controller on a system. Before the controller was added, the system was stable; however, when the I controller was added, the system went unstable. Describe one reason why this may have happened, and without adding any additional terms to the controller, how should you adjust the I controller to make the entire system stable again?
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
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
Transcribed Image Text:Problem 7:
Answer the following conceptual questions: (No calculations necessary)
a. What are two of the benefits of using quaternions when simulating systems?
b. Given a system with a PD controller whose response is currently underdamped, what would be the
simplest way to change it to an over damped response.
c. Given a system with a P Controller whose steady state error at t = ∞o is not equal to 0, what are two
possible ways to decrease the steady state error.
d. You recently put a I controller on a system. Before the controller was added, the system was stable;
however, when the I controller was added, the system went unstable. Describe one reason why this
may have happened, and without adding any additional terms to the controller, how should you
adjust the I controller to make the entire system stable again?
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