FT of a sinc pulse with side lobe of 3 and 0
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HI. Im trying to do the Fourier transform(real and imaginary) of a sinc pulse with central peak of 8 points and side lobe of 3 and 0, respectively. I sort of got the 8 point peak but I dont know how to get the 3 and 0 side lobes.
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freq = 0:1:127;
t =-49:0.1:49;
y = sin(pi*t/4)./(t);
FT = (fft(y,256));
r = real(FT);
im = imag(FT);
% plotting the time domain
figure(12); plot(t,y),axis([-50 50 -0.2 0.9])
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