Assume that a second-order system has the transfer function P(s)=2/s^2+2s+3 Suppose we are using PI control, where C(s)=
Posted: Fri Jul 08, 2022 6:29 am
Assume that a second-order system has the transferfunction
P(s)=2/s^2+2s+3
Suppose we are using PI control, where C(s)=Kp+Ki1/s for thesystem below.
What is the transfer function?
Question 7 Assume that a second-order system has the transfer function 2 P(s) = ²+28+3 Suppose we are using Pl control, where C(s) = kp+ki for the system below. O r(t) What is the loop transfer function? OL(s) = L(s): L(s) kps+ki 28(8³+28² +38) 2(kps+ki) s(8²+28+3) e(t) k₂s+ki s(s+2+3) d(t) + u(t), с + P n(t) 1 pts - y(t)
r(t) — What is the loop transfer function? kps+ki OL(S) = 25(5³ +25² +38) O L(s) = + L(s) = OL(s) = 2(kps+ki) s(s²+2s+3) k₂s+ki s(s+2+3) e(t) 2(kps²+kis) s²+2s+3 C Ju(t), + d(t) P n(t) → y(t)
P(s)=2/s^2+2s+3
Suppose we are using PI control, where C(s)=Kp+Ki1/s for thesystem below.
What is the transfer function?
- Assume That A Second Order System Has The Transfer Function P S 2 S 2 2s 3 Suppose We Are Using Pi Control Where C S 1 (84.15 KiB) Viewed 27 times
- Assume That A Second Order System Has The Transfer Function P S 2 S 2 2s 3 Suppose We Are Using Pi Control Where C S 2 (58.36 KiB) Viewed 27 times
r(t) — What is the loop transfer function? kps+ki OL(S) = 25(5³ +25² +38) O L(s) = + L(s) = OL(s) = 2(kps+ki) s(s²+2s+3) k₂s+ki s(s+2+3) e(t) 2(kps²+kis) s²+2s+3 C Ju(t), + d(t) P n(t) → y(t)