The signal x(t) = cos(2028t) is sampled at a rate of fs = 1000 samples/sec. Enter...

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The signal x(t) = cos(2028πt) is sampled at a rate of fs = 1000 samples/sec. Enter - the frequency of the principle alias and the frequencies of the next two aliases into the blank spaces provided (in ascending order and in Hz). Note: Enter whole numbers (integers) only (no units): Principle alias (fo) Second alias = Third alias = = The signal x(t) = cos(2028πt) is sampled at a rate of fs = 1000 samples/sec. Enter - the frequency of the principle alias and the frequencies of the next two aliases into the blank spaces provided (in ascending order and in Hz). Note: Enter whole numbers (integers) only (no units): Principle alias (fo) Second alias = Third alias = =

Answer rating: 100% (QA)

To determine the principle alias and the frequencies of the next two aliases we need to consider the concept of aliasing in signal sampling Aliasing o... View the full answer