Which claim is correct? To ensure the closed-loop stability, the poles of the characteristic equation should be all smaller than 1. To track the setpoint, the steady state gain of the close-loop transfer function model should be equal to 1. No correct answer For an unstable process, an open-loop step test can be used to obtain input-output data for process modeling. To reject the disturbance, the steady state gain of the disturbance transfer function model should be equal to 1.

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ISBN:9780133923605
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Which claim is correct?
To ensure the closed-loop stability, the poles of the characteristic equation should be all
smaller than 1.
To track the setpoint, the steady state gain of the close-loop transfer function model
should be equal to 1.
No correct answer
For an unstable process,
for process modeling.
open-
op step test can be used to obtain input-output data
To reject the disturbance, the steady state gain of the disturbance transfer function model
should be equal to 1.
Transcribed Image Text:Which claim is correct? To ensure the closed-loop stability, the poles of the characteristic equation should be all smaller than 1. To track the setpoint, the steady state gain of the close-loop transfer function model should be equal to 1. No correct answer For an unstable process, for process modeling. open- op step test can be used to obtain input-output data To reject the disturbance, the steady state gain of the disturbance transfer function model should be equal to 1.
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