An analog system with bandpass noise signal n(t) can be expressed as n(t) = n_e) cos(w.t) + n¿(t)sin (w̟t) Consider bandpass noise n(t) having the power spectral n<(t) if density shown below in fig1. K. Draw the power spectral density of the center frequency We/2n is 8MHZ -10 10 S(MHz) Power spectral density of n(t).

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а.
An analog system with bandpass noise signal n(t) can be expressed as
n(t) = n<t) cos(w.t) + n,(t)sin (w.t)
Consider bandpass noise n(t) having the power spectral
ne(t)
if
density shown below in fig1. K. Draw the power spectral density of
the center frequency
We/2n is 8MHZ
-10
10
S(MHz)
Power spectral density of n(t).
Transcribed Image Text:а. An analog system with bandpass noise signal n(t) can be expressed as n(t) = n<t) cos(w.t) + n,(t)sin (w.t) Consider bandpass noise n(t) having the power spectral ne(t) if density shown below in fig1. K. Draw the power spectral density of the center frequency We/2n is 8MHZ -10 10 S(MHz) Power spectral density of n(t).
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