1-20. The Fourier transform of a 2D comb function with horizontal and vertical spacing of Ax and Ay (as shown below) is also a 2D comb function with corresponding spacing of Ax Ay Δω-2π/Δx and Δωy -2π/Δy. b. Δωκ1/Δx and Δων -1/Δy. Aox = A@y =1/(Ax+Ay). а. с.
1-20. The Fourier transform of a 2D comb function with horizontal and vertical spacing of Ax and Ay (as shown below) is also a 2D comb function with corresponding spacing of Ax Ay Δω-2π/Δx and Δωy -2π/Δy. b. Δωκ1/Δx and Δων -1/Δy. Aox = A@y =1/(Ax+Ay). а. с.
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D1.
Transcribed Image Text:1-20.
The Fourier transform of a 2D comb function with horizontal and vertical spacing of Ax
and Ay (as shown below) is also a 2D comb function with corresponding spacing of
Ax
ду
+ X
Aox =2n/Ax and A@y =27/Ay.
b. Aox =1/Ax and Awy =1/Ay.
Aox = Amy =1/(Ax+Ay).
а.
с.
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