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J к L Determine x1(n) using deconvolution on the output y(n) and x2(n). (hint: write down the values, do not put spaces and separate each value by a comma) x2(n) = 8(n)-3(n-1) + 6(n-4) + 6(n-5) y(n) = [1, 1.-1.0.0, 3, 3, 2, 1] x₁(n) = U 1,2,1,1 A Determine the z-transform of the signal. (hint: use spaces between terms and ^ "raise to") x(n) = 5(n) + 6(n-1) + 48(n - 2) X[z] = ? 1+2^-1 + 4z^-2 Determine the pole of the given signal. x(n) = 2"u(-n) 2

J к L Determine x1(n) using deconvolution on the output y(n) and x2(n). (hint: write down the values, do not put spaces and separate each value by a comma) x2(n) = 8(n)-3(n-1) + 6(n-4) + 6(n-5) y(n) = [1, 1.-1.0.0, 3, 3, 2, 1] x₁(n) = U 1,2,1,1 A Determine the z-transform of the signal. (hint: use spaces between terms and ^ "raise to") x(n) = 5(n) + 6(n-1) + 48(n - 2) X[z] = ? 1+2^-1 + 4z^-2 Determine the pole of the given signal. x(n) = 2"u(-n) 2

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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J к L Determine x1(n) using deconvolution on the output y(n) and x2(n). (hint: write down the values, do not put spaces and separate each value by a comma) x2(n) = 8(n)-3(n-1) + 6(n-4) + 6(n-5) y(n) = [1, 1.-1.0.0, 3, 3, 2, 1] x₁(n) = U 1,2,1,1 A Determine the z-transform of the signal. (hint: use spaces between terms and ^ "raise to") x(n) = 5(n) + 6(n-1) + 48(n - 2) X[z] = ? 1+2^-1 + 4z^-2 Determine the pole of the given signal. x(n) = 2"u(-n) 2
Transcribed Image Text:J к L Determine x1(n) using deconvolution on the output y(n) and x2(n). (hint: write down the values, do not put spaces and separate each value by a comma) x2(n) = 8(n)-3(n-1) + 6(n-4) + 6(n-5) y(n) = [1, 1.-1.0.0, 3, 3, 2, 1] x₁(n) = U 1,2,1,1 A Determine the z-transform of the signal. (hint: use spaces between terms and ^ "raise to") x(n) = 5(n) + 6(n-1) + 48(n - 2) X[z] = ? 1+2^-1 + 4z^-2 Determine the pole of the given signal. x(n) = 2"u(-n) 2
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