Question: A zero-mean stationary process X (t) is applied to a linear filter whose impulse response is defined by a truncated exponential. Show that the power
A zero-mean stationary process X (t) is applied to a linear filter whose impulse response is defined by a truncated exponential. Show that the power spectral density of the filter output y (t) is defined by, where SX (f) is the power spectral density of the filterinput

Jae-", 0 stST l0, h(t) otherwise (1 - 2 exp(-aT) cos(2 mfT) + exp(-2aT))Sx{f) Syifi a + 4f
Step by Step Solution
3.26 Rating (172 Votes )
There are 3 Steps involved in it
We are given a filter with the impulse response ht aexpat 0 0IT otherwise The frequency re... View full answer
Get step-by-step solutions from verified subject matter experts
Document Format (1 attachment)
19-E-T-E-C-S (16).docx
120 KBs Word File
