A sampling system and the spectrum of the corresponding input signal are given as follows. The sampling signal is defined as p(t) = £ s(t – nT),T = 1 n=-00 X(@) plt) Xp (t) x(t). WM a-) Plot the spectrum of the sampling signal. (P (w)) b-) Plot the spectrum of the sampled signal (Xp (w)) for Wm = . Please indicate if there is spectral overlap.

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signal and systems

A sampling system and the spectrum of the corresponding input signal are given as follows.
The sampling signal is defined as p(t) = E (t – nT),T = 1
n=-00
X(@)
p(t)
x,(t)
x(t).
WM
a-)
Plot the spectrum of the sampling signal. (P (w))
b-)
Plot the spectrum of the sampled signal (Xp (w)) for Wm = Tt. Please
indicate if there is spectral overlap.
Transcribed Image Text:A sampling system and the spectrum of the corresponding input signal are given as follows. The sampling signal is defined as p(t) = E (t – nT),T = 1 n=-00 X(@) p(t) x,(t) x(t). WM a-) Plot the spectrum of the sampling signal. (P (w)) b-) Plot the spectrum of the sampled signal (Xp (w)) for Wm = Tt. Please indicate if there is spectral overlap.
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