Question

Q3. A system's behavior is governed by the following transfer function relationships. Draw a block diagram to represent this scenario. X(s) = G($)U(s); Y(s) = H($)U(s); W(S) = M(9)Y(s); Z(s) = P(s)X(s); T(s) = Q(s)Y(s), N(s) = Z(s) + W(s) +T(s)

Answer 1

Block diagram Representations : D) X(99 = G(1) U (). { u(1) as input} 0619 496 x(s) 2) y (5) = H (4) U(s). { u(1) as uput} uso Hb]>Y (1) 3) W(s) = M(S) Y(s). { Y(5) as uput} von MB) W(S) 4) 2 (1) = P(8).x() { X(5) as inputs x) [PL] (s) 5) T(3) = P(5) Y(3) {Y (6) as input} Y3) 0676) L cs Scanned with CamScanner

N(s) = 2 (s) + W(s) + T(S) { Summations From above, 2(3) = P(s) x (s) {x(s) as input} W(s) = M(s) Y(s) {Y(s) as input? :T() = Q(S) Y (5) { Y65) as úput} for both W(s) and T(s) , Y(s) is uput. (PG) 28 MCs) wc) -> N(4) no 4 06) 7 Tiles cs Scanned with CamScanner