Determine if a proportional controller design for the system K(z+0.9) G(z)=-0.2)(2-0.8) can meet the followin specification as a separate problem. The critical gain for this syste a. A damping ratio ç= of 0.7. OYesv ONo If the specification can be met enter the required gain otherwise e DC Gain
Determine if a proportional controller design for the system K(z+0.9) G(z)=-0.2)(2-0.8) can meet the followin specification as a separate problem. The critical gain for this syste a. A damping ratio ç= of 0.7. OYesv ONo If the specification can be met enter the required gain otherwise e DC Gain
Introductory Circuit Analysis (13th Edition)
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![Determine if a proportional controller design for the system
K(z+0.9)
G(z)=(2-0.2)(z-0.8)
can meet the following specifications – treat each
specification as a separate problem. The critical gain for this system is Ker = 0.933.
a. A damping ratio ç= of 0.7.
OYesv
ONo
If the specification can be met enter the required gain otherwise enter zero.
DC Gain =
b. A steady state error of 10% due to a unit step?
ONo
If the specification can be met enter the required gain otherwise enter zero.
DC Gain =
c. A steady state error of 10% due to a unit ramp?
OYes X
ONo](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0b89162b-c2ca-4b1e-b2b1-db139bfa2cce%2F064407a5-7d80-427e-8656-24509ebf2406%2Fx61hbgr_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Determine if a proportional controller design for the system
K(z+0.9)
G(z)=(2-0.2)(z-0.8)
can meet the following specifications – treat each
specification as a separate problem. The critical gain for this system is Ker = 0.933.
a. A damping ratio ç= of 0.7.
OYesv
ONo
If the specification can be met enter the required gain otherwise enter zero.
DC Gain =
b. A steady state error of 10% due to a unit step?
ONo
If the specification can be met enter the required gain otherwise enter zero.
DC Gain =
c. A steady state error of 10% due to a unit ramp?
OYes X
ONo
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