03 Suppose the plant in a closed- loop feedback control second order system with a 12/(5² + 85 +12) system is modelled as transfer function defined as: Gr (8) = ((s)/Res) ⒸSketch the closed loop feedback control system diagram. showing the input rtt), controller Gr(s), plant Gris), output ((t) and unity feedback. Sketch the zero-pole location diagram of the system. Ⓒ Find the output response c(t) system if a unit the of step input u(t) is applied to the system.
03 Suppose the plant in a closed- loop feedback control second order system with a 12/(5² + 85 +12) system is modelled as transfer function defined as: Gr (8) = ((s)/Res) ⒸSketch the closed loop feedback control system diagram. showing the input rtt), controller Gr(s), plant Gris), output ((t) and unity feedback. Sketch the zero-pole location diagram of the system. Ⓒ Find the output response c(t) system if a unit the of step input u(t) is applied to the system.
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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N.b. Please don't copy the answer from chegg. Kindly show working into detail. I asked same question earliar and the answer was lifted from chegg.
Transcribed Image Text:as a
= 12/ ( 5² + 85 + 12)
Suppose the plant in a closed- loop feedback control
System is modelled second order system with
transfer function defined as:
Gr(s) = ((s)/R(S)
ⒸSketch the closed loop feedback control system diagram 1
showing the input rtt), controller Gr(s), plant Gris),
output (it) and unity feedback.
the system.
the system if a unit
Sketch the zero-pole location diagram of
Ⓒ find the output response c(t)
of
step input ult) is
applied to the system.
Find the most suitable sampling frequency and the
period that must be used for this system to
sensor delay of 0.055 1695 13
meet a
Q3
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