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Q.5- Consider the liquid-level control system shown in Figure below. assume that the velocity of the power piston (valve) is proportional to pilot-valve displacement x, or dy/dt = K₁ x where K₁ is a positive constant. We also assume that the change in the inflow rate q; is negatively proportional to the change in the valve opening y, q₁ = -Kvy or Assuming the following numerical values for the system, C=2 m², R= 0.5 sec/m², Kv=1 m²/ sec a=0.25 m, b= 0.75 m, K₁=4 sec1 Obtain the transfer function H(s)/Qd(s). euf A.h AWW C(Capacitance) (Resistance)

Q.5- Consider the liquid-level control system shown in Figure below. assume that the velocity of the power piston (valve) is proportional to pilot-valve displacement x, or dy/dt = K₁ x where K₁ is a positive constant. We also assume that the change in the inflow rate q; is negatively proportional to the change in the valve opening y, q₁ = -Kvy or Assuming the following numerical values for the system, C=2 m², R= 0.5 sec/m², Kv=1 m²/ sec a=0.25 m, b= 0.75 m, K₁=4 sec1 Obtain the transfer function H(s)/Qd(s). euf A.h AWW C(Capacitance) (Resistance)

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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Q.5- Consider the liquid-level control system shown in Figure below. assume that the velocity of the power piston (valve) is proportional to pilot-valve displacement x, dy/dt = K₁ X where K₁ is a positive constant. We also assume that the change in the inflow rate q; is negatively proportional to the change in the valve opening y, Q₁ = -Kv y Assuming the following numerical values for the system, C=2 m², R= 0.5 sec/m², K₁=1 m²/ sec K₁=4 sec-¹ or or a=0.25 m, b= 0.75 m, Obtain the transfer function H(s)/Qd(s). 0.01 n.h ANV L= C(Capacitance) R (Resistance)
Transcribed Image Text:Q.5- Consider the liquid-level control system shown in Figure below. assume that the velocity of the power piston (valve) is proportional to pilot-valve displacement x, dy/dt = K₁ X where K₁ is a positive constant. We also assume that the change in the inflow rate q; is negatively proportional to the change in the valve opening y, Q₁ = -Kv y Assuming the following numerical values for the system, C=2 m², R= 0.5 sec/m², K₁=1 m²/ sec K₁=4 sec-¹ or or a=0.25 m, b= 0.75 m, Obtain the transfer function H(s)/Qd(s). 0.01 n.h ANV L= C(Capacitance) R (Resistance)
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