ELEC 310 Midterm: ELEC 310 UVic Elec 310 Sample Midterm 2 2008

• School: University of Victoria
• Department: Electrical Engineering
• Course: ELEC 310
• Professor: All

Document Summary

Elec 310 practice midterm # 2: (6p) 3p a) find the fourier transform of the signal nx n. 3p b) the following is a fourier transform of a discrete-time signal. Determine the signal x[n] corresponding to it: ex: (6p) Let denote the fourier transform of the signal x[n] depicted below: A symmetric moving average filter is described by the following equation ny naxb. 1p a) determine, as a function of a and b, the frequency response. 1p b) determine the scaling factor b as a function of a so that. 1p c) sketch the frequency response of the resulting filter for.