Consider a system shown in the figure below (feedback control system in the presence of disturbance). (a) When D(s)=K (p
Posted: Tue Jun 07, 2022 1:24 pm
Consider a system shown in the figure below (feedback control
system in the presence of disturbance). (a) When D(s)=K
(proportional controller), find the transfer function
GW(s)=Y(s)/W(s) (b) Find the steady state output for the unit step
disturbance (let, w(t)=1) (c) Design a PI controller such that the
steady state output for the unit step disturbance is zero
2. (10 points) Consider a system shown in the figure below (feedback control system in the presence of disturbance). W အားအားကိုးသော 1 RO-(Σ D(s) H Σ ΟΥ̓ s(s+1)(s+2) (a) When D(s)=K (proportional controller), find the transfer function Gw(s)=Y(s)/W(s) (b) Find the steady state output for the unit step disturbance (let, w(t)=1) (c) Design a PI controller such that the steady state output for the unit step disturbance is zero.
system in the presence of disturbance). (a) When D(s)=K
(proportional controller), find the transfer function
GW(s)=Y(s)/W(s) (b) Find the steady state output for the unit step
disturbance (let, w(t)=1) (c) Design a PI controller such that the
steady state output for the unit step disturbance is zero
2. (10 points) Consider a system shown in the figure below (feedback control system in the presence of disturbance). W အားအားကိုးသော 1 RO-(Σ D(s) H Σ ΟΥ̓ s(s+1)(s+2) (a) When D(s)=K (proportional controller), find the transfer function Gw(s)=Y(s)/W(s) (b) Find the steady state output for the unit step disturbance (let, w(t)=1) (c) Design a PI controller such that the steady state output for the unit step disturbance is zero.