P10 7 A chemical reactor process whose production rate is a function of catalyst addition is shown in block diagram form in Figure P10 7 10 The time delay is T 50 s, and the time constant t is approximately 40 s The gain of the process is K 1 Design a compensator using Bode plot methods in order to provide a suitable system response We want to have a steady state error less than 0 10A for a step input R1s2 A s For the system with the compensation added, estimate the settling time of the system FIGURE P10 7 Chemical reactor control Catalyst input R(s) G(s) G(s) Ke sT (TS 1) Y(s) Production output

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P10 7 A chemical reactor process whose production rate is a function of catalyst addition is shown in block diagram form in Figure P10 7  10   The time delay is T   50 s, and the time constant t is approximately 40 s  The gain of the process is K   1  Design a compensator using Bode plot methods in order to provide a suitable system response  We want to have a steady state error less than 0 10A for a step input R1s2   A s  For the system with the compensation added, estimate the settling time of the system  FIGURE P10 7 Chemical reactor control  Catalyst input R(s) G(s) G(s)  Ke sT (TS 1) Y(s) Production output

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Question: P10.7 A chemical reactor process whose production rate is a function of catalyst addition is shown in block diagram form in Figure P10.7 [10]. The

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