Question: Repeat Problem 8.4-3 for a proportional-plus-integral (PI) compensator. Note that in this case, the steady-state error for a constant input is zero. Problem 8.4-3 Shown

Repeat Problem 8.4-3 for a proportional-plus-integral (PI) compensator. Note that in this case, the steady-state error for a constant input is zero.

Problem 8.4-3Shown in Fig. P8.4-3 is the block diagram of the temperature control system described in Problem 1.6-1. ForR(s) + E(s) T D(z) Disturbance Rd(s) 1-g-7's S 2 $+0.5 Gp(s) 2 $+0.5 C(s) H 0.04 Ce(s)

Shown in Fig. P8.4-3 is the block diagram of the temperature control system described in Problem 1.6-1. For this problem, ignore the disturbance input. In Fig. P8.4-3 the sensor gain of H = 0.04 has been shifted into the forward path to yield a unity feedback system. The stability characteristics are unchanged, since the loop transfer function has not changed. Note that c(t) is the chamber temperature in degrees Celsius. It is shown in Problem 6.2-4 that with T = 0.6, the function G(z)H is given by

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