Q5: For a unity feedback control system with the following feed forward transfer function K G(s) = (s + 1)(s +3) Answer the following: 1- A suitable design to achieve zero steady state error for step input is: a- PD compensator b- Lag compensator c- Lead compensator d- PI compensator 2- A suitable design to reduce the settling time of system's under damped response is: a- K adjustment b- PD compensator c- Lag compensator d- PI compensator 3- All possible range of K for stable closed-loop operation is: a- 00 c- 0
Q5: For a unity feedback control system with the following feed forward transfer function K G(s) = (s + 1)(s +3) Answer the following: 1- A suitable design to achieve zero steady state error for step input is: a- PD compensator b- Lag compensator c- Lead compensator d- PI compensator 2- A suitable design to reduce the settling time of system's under damped response is: a- K adjustment b- PD compensator c- Lag compensator d- PI compensator 3- All possible range of K for stable closed-loop operation is: a- 00 c- 0
Introductory Circuit Analysis (13th Edition)
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Publisher:Robert L. Boylestad
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![Q5: For a unity feedback control system with the following feed forward transfer function
K
G(s) =
(s + 1)(s +3)
Answer the following:
1- A suitable design to achieve zero steady state error for step input is:
a- PD compensator
b- Lag compensator
c- Lead compensator
d- PI compensator
2- A suitable design to reduce the settling time of system's under damped response is:
a- K adjustment
b- PD compensator
c- Lag compensator
d- PI compensator
3- All possible range of K for stable closed-loop operation is:
a- 0<K<1
b- K>0
c- 0<K<10
d- K21
4- The value of K at the break away point is:
a- K=1
b- K=10
c- K=2
d- K=20
5- The value of K to reach damping ratio of 0.5 is
a- K=5
b- K=7
c- K=11
d- K=13](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6ae8964a-9156-4791-98b3-ec4844efbb30%2F925a5adf-c802-4df3-b0cb-269191d2c71b%2Favo98c7.jpeg&w=3840&q=75)
Transcribed Image Text:Q5: For a unity feedback control system with the following feed forward transfer function
K
G(s) =
(s + 1)(s +3)
Answer the following:
1- A suitable design to achieve zero steady state error for step input is:
a- PD compensator
b- Lag compensator
c- Lead compensator
d- PI compensator
2- A suitable design to reduce the settling time of system's under damped response is:
a- K adjustment
b- PD compensator
c- Lag compensator
d- PI compensator
3- All possible range of K for stable closed-loop operation is:
a- 0<K<1
b- K>0
c- 0<K<10
d- K21
4- The value of K at the break away point is:
a- K=1
b- K=10
c- K=2
d- K=20
5- The value of K to reach damping ratio of 0.5 is
a- K=5
b- K=7
c- K=11
d- K=13
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