Determine the input signal x2(n) if the convolution output is Y(w) with x1(w). (Hint: do not include any space and separate each value with a comma) Y(w) = -16 + ejw + ej2w - 2e-jw x₁ (w) = -3 + ejw - 2e-jw 1,-2,-21,44,42,-8,-8 + 4e-12w 4

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Determine the input signal x2(n) if the convolution output is Y(w) with x1(w). (Hint: do not include any space and separate each value with a comma)
Y(w) = -16 + ejw + ej2w - 2e-jw + 4e-12w
x1 (w) = -3 + elw - 2e-jw
1,-2,-21,44,42,-8,-8
Transcribed Image Text:Determine the input signal x2(n) if the convolution output is Y(w) with x1(w). (Hint: do not include any space and separate each value with a comma) Y(w) = -16 + ejw + ej2w - 2e-jw + 4e-12w x1 (w) = -3 + elw - 2e-jw 1,-2,-21,44,42,-8,-8
Determine the convolution y(n) of the input x(w) and the frequency response h(w). (Hint: do not include any space and separate each value with a comma)
x(w) = -2 +e-jw + 2e-j2w
h(w) = 3-ejw + ej2w_4e-jw.
y(n) = ?
-2,3,-5,9,-2,-6,4
+ 2e-12w
Transcribed Image Text:Determine the convolution y(n) of the input x(w) and the frequency response h(w). (Hint: do not include any space and separate each value with a comma) x(w) = -2 +e-jw + 2e-j2w h(w) = 3-ejw + ej2w_4e-jw. y(n) = ? -2,3,-5,9,-2,-6,4 + 2e-12w
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