I have to get a solution without Z-transform. 1) Determine the input – output relation of the combined system; Sı connected in serieswith S2, i.e., S=S1.S2x1(n)yı(n)y:(n)x(n)y(n)S1S2S= ?x2(n)S1 : y1(n) = 2 x1(n) + 3 x1(n-1)S2 : y2(n) = x2(n-1) + 2 x2(n-2)%3D

S1: y1(n)=2x1(n)+3x1(n-1)S2: y2(n)=x2(n-1)+2x2(n-2)

1) Determine the input – output relation of the combined system; Si connected in series with S2, i.e., S=S1.S2 x1(n) yı(n) y2(n) x(n) y(n) S1 S2 S= ? x2(n) S1 : yı(n) = 2 x1(n) + 3 x1(n-1) S2 : y2(n) = x2(n-1) + 2 x2(n-2) %3D

1) Determine the input – output relation of the combined system; Si connected in series with S2, i.e., S=S1.S2 x1(n) yı(n) y2(n) x(n) y(n) S1 S2 S= ? x2(n) S1 : yı(n) = 2 x1(n) + 3 x1(n-1) S2 : y2(n) = x2(n-1) + 2 x2(n-2) %3D

Electricity for Refrigeration, Heating, and Air Conditioning (MindTap Course List)

10th Edition

ISBN:9781337399128

Author:Russell E. Smith

Publisher:Russell E. Smith

Chapter17: Commercial And Industrial Air-conditioning Control Systems

Section: Chapter Questions

Problem 22RQ

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Question

I have to get a solution without Z-transform.

1) Determine the input – output relation of the combined system; Sı connected in series
with S2, i.e., S=S1.S2
x1(n)
yı(n)
y:(n)
x(n)
y(n)
S1
S2
S= ?
x2(n)
S1 : y1(n) = 2 x1(n) + 3 x1(n-1)
S2 : y2(n) = x2(n-1) + 2 x2(n-2)
%3D

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