Inverse Fourier transform Of a triangular impulse

1. What is the Fourier transform of triangular pulse?
2. How do you write inverse Fourier transform?
3. What is the inverse Fourier transform of Delta Omega?
4. What does the inverse Fourier transform do?

What is the Fourier transform of triangular pulse?

The Fourier Transform of the triangle function is the sinc function squared.

How do you write inverse Fourier transform?

The inverse Fourier transform is defined by(12.4)ℱ−1[g](x)=1(2π)n· ∫ℝnf(ξ)eiξxdξ.

What is the inverse Fourier transform of Delta Omega?

Explanation: We know that the Fourier transform of f(t) = 1 is F(ω) = 2πδ(ω). Hence, the inverse Fourier transform of 1 is δ(t).

What does the inverse Fourier transform do?

The inverse Fourier transform is a mathematical formula that converts a signal in the frequency domain ω to one in the time (or spatial) domain t.