Question

Write a Matlab code to find the Discrete Fourier Transform of x[n] = \delta[n] and y[n] = \delta[n - 1]. Generate the signals, take the DFT and plot the magnitude and phase spectra for both signals. Compare the spectra of two signals and explain the differences and their reason. Use 8-point DFT.

          Write a Matlab code to find the Discrete Fourier Transform of x[n] = \delta[n] and y[n] = \delta[n - 1].
Generate the signals, take the DFT and plot the magnitude and phase spectra for both signals.
Compare the spectra of two signals and explain the differences and their reason. Use 8-point DFT.

Write a Matlab code to find the Discrete Fourier Transform of x[n] = δ[n] and y[n] = δ[n - 1].
Generate the signals, take the DFT and plot the magnitude and phase spectra for both signals.
Compare the spectra of two signals and explain the differences and their reason. Use 8-point DFT.

Added by Luis Miguel H.

Fundamentals of Electric Circuits

Charles K. Alexander, Matthew N.O.… 3rd Edition

Chapter 16

Instant Answer

Solved by Expert Amita Prajapat

Step 1

Generate the signals x[n] and y[n] using the Kronecker delta function. ```matlab n = 0:7; % Define the range of n x = zeros(1, 8); % Initialize x[n] as a zero vector y = zeros(1, 8); % Initialize y[n] as a zero vector x(1) = 1; % Set x[0] = 1 y(2) = 1; % Set y[1] Show more…

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Write a MATLAB code to find the Discrete Fourier Transform of x[n] = Î´[n] and y[n] = Î´[n-1]. Generate the signals, take the DFT, and plot the magnitude and phase spectra for both signals. Compare the spectra of the two signals and explain the differences and their reasons. Use an 8-point DFT.