- #1
azay
- 19
- 0
Ok, I know the Fourier effect of a time shift is a multiplication with an exponential:
x(t-t0) → exp(-j2∏f*t0)X(f)
Now say Y(f) is the Fourier transform of y(t).
What I am wondering what is the difference in the Fourier space when convolving Y(f) with either X(f) or exp(-j2∏f*t0)X(f) respectively? (and why)
x(t-t0) → exp(-j2∏f*t0)X(f)
Now say Y(f) is the Fourier transform of y(t).
What I am wondering what is the difference in the Fourier space when convolving Y(f) with either X(f) or exp(-j2∏f*t0)X(f) respectively? (and why)