A second-order discrete-time system has the transfer function: H(-) - Y(+)(-P1) (2-B2) X(12) @a) (-2) Given thate=5,81 =

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A Second Order Discrete Time System Has The Transfer Function H Y P1 2 B2 X 12 A 2 Given Thate 5 81 1 (36.51 KiB) Viewed 57 times

A second-order discrete-time system has the transfer function: H(-) - Y(+)(-P1) (2-B2) X(12) @a) (-2) Given thate=5,81 = 0.75, B2 = 1.25, a1 =10.25, and az = -0.25, the particular transfer function to be used for this question will be: Y (2) 5(2-0.75) (2 -1.25) X(1) (- 0,25))(= (0,25)) For the automatic marking to work, it is important that you do not change the order of presentation of the factors of the denominator of H(-). H(-) a) Use the Z-transform to compute the response yin of the system to a step input [t] = uo[n]. For automated marking to work, to[n] should be entered as a function uen).