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Question: Closed loop system with Ge(s)=KER+: Consider the closed loop system shown in Figure. If the controller gain is constant, then: b. Compute the following closed loop transfer functions Uo(s) where Uo(s) is the flow rate (kg/s) of the steam supplied to the heat TSP(s) exchanger by the valve and Tsp(s) is the reference/desired temperature (°C) U(s) where U(s) is the output voltage (V) of the controller to detemine TSP(s) ii. the percentage opening of the valve E(s) D(s) iii. where D(s) is the input disturbance (kg/s)

Question: Closed loop system with Ge(s)=KER+: Consider the closed loop system shown in Figure. If the controller gain is constant, then: b. Compute the following closed loop transfer functions Uo(s) where Uo(s) is the flow rate (kg/s) of the steam supplied to the heat TSP(s) exchanger by the valve and Tsp(s) is the reference/desired temperature (°C) U(s) where U(s) is the output voltage (V) of the controller to detemine TSP(s) ii. the percentage opening of the valve E(s) D(s) iii. where D(s) is the input disturbance (kg/s)

Power System Analysis and Design (MindTap Course List)
Power System Analysis and Design (MindTap Course List)
6th Edition
ISBN:9781305632134
Author:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma
Publisher:J. Duncan Glover, Thomas Overbye, Mulukutla S. Sarma
Chapter12: Power System Controls
Section: Chapter Questions
Problem 12.2P
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Question: Closed loop system with Gc(s)=KER+: Consider the closed loop system shown in Figure. If the controller gain is constant, then: b. Compute the following closed loop transfer functions Uo(s) TSP(s) i. where Uo (s) is the flow rate (kg/s) of the steam supplied to the heat exchanger by the valve and Tsp(s) is the reference/desired temperature (°C) ii. U(s) where U(s) is the output voltage (V) of the controller to determine TSP(s)' the percentage opening of the valve E(S) where D(s) is the input disturbance (kg/s) D(s) iii. D(s) Controller Valve Heat exchanger Tsr(s) E(s) U(s) U,(s) T(s) G(8) G,(8) G,(8) Sensor Tm (s) H(s) Figure : Block diagram of the above system
Transcribed Image Text:Question: Closed loop system with Gc(s)=KER+: Consider the closed loop system shown in Figure. If the controller gain is constant, then: b. Compute the following closed loop transfer functions Uo(s) TSP(s) i. where Uo (s) is the flow rate (kg/s) of the steam supplied to the heat exchanger by the valve and Tsp(s) is the reference/desired temperature (°C) ii. U(s) where U(s) is the output voltage (V) of the controller to determine TSP(s)' the percentage opening of the valve E(S) where D(s) is the input disturbance (kg/s) D(s) iii. D(s) Controller Valve Heat exchanger Tsr(s) E(s) U(s) U,(s) T(s) G(8) G,(8) G,(8) Sensor Tm (s) H(s) Figure : Block diagram of the above system
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