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Nat3
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Homework Statement
Take the inverse Fourier Transform of
[tex]5[\delta(f+100)+\delta(f-100)]\bigg(\frac{180+j2\pi f*0.0135}{1680+j2\pi f*0.0135}\bigg)[/tex]
Homework Equations
[tex]g(t)=\int_{-\infty}^{\infty} G(f)e^{j2\pi ft}dt[/tex]
The Attempt at a Solution
[tex]g(t)=\int_{-\infty}^{\infty} 5[\delta(f+100)+\delta(f-100)]\bigg(\frac{180+j2\pi f*0.0135}{1680+j2\pi f*0.0135}\bigg) e^{j2\pi ft}dt[/tex]
My professor gave the hint that the dirac delta sampling property can be used, but I don't see how since I'm taking the inverse Fourier Transform and not just a regular integral.
I've been reading about the different properties of the FT and dirac delta function, but simply can't figure out how to proceed. Any suggestions?
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