Similarities and differences between Laplace and Fourier transforms 19/11/21
Module 7I: Signal Processing and English VIIJosé Omar Hinojosa Cárdenas
1-Works only with sinusoidal signals. 2-It is defined only for functions defined for all real numbers.3-Every function that has a Fourier transform will have a Laplace transform.
1-Works with exponential and sinusoidal signals. 2-It does not require that the function be defined on the set of negative real numbers. 3-Not all functions that have a Laplace transform will have a Fourier transform.
Laplace Transform
Fourier Transform
They are continuous (integral) transformations of continuous functions.
Similarities and differences between Laplace and Fourier transforms
HINOJOSA CARDENAS JOSE OMAR
Created on November 13, 2021
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Similarities and differences between Laplace and Fourier transforms 19/11/21
Module 7I: Signal Processing and English VIIJosé Omar Hinojosa Cárdenas
1-Works only with sinusoidal signals. 2-It is defined only for functions defined for all real numbers.3-Every function that has a Fourier transform will have a Laplace transform.
1-Works with exponential and sinusoidal signals. 2-It does not require that the function be defined on the set of negative real numbers. 3-Not all functions that have a Laplace transform will have a Fourier transform.
Laplace Transform
Fourier Transform
They are continuous (integral) transformations of continuous functions.