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FOURIER TRANSFORM OF A CONTINUOUS TIME EXPONENTIAL FUNCTION
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The Fourier Transforms of continuous time functions are used in different engineering applications. In order to compute them, it is always passible to use the expressions that define them and perform the integrations. On the other hand, it possible to use properties to obtain them from Fourier Transforms previously known.
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This way, some functions can have their Fourier Transforms computed to serve as a basis to allow other Fourier Transforms to be determined. Two examples are The Fourier Transform of the Continuous Time Pulse Function and the Fourier Transform of a Continuous Time Triangle Function. The function that this object presents is another example.
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The simulations in this object are performed online in real time using Scilab (https://www.scilab.org/). Scilab is connected to the Maxwell System so that it executes its functions using the system as its front end to the Internet.
What is Scilab? See the answer to this question on the Scilab page https://www.scilab.org/about.
What is Scilab?
Scilab is a free and open source software for engineers & scientists, with a long history (first release in 1994) and a growing community (100 000 downloads every months worldwide).
Scilab is available under de GPL License . What does it mean? You have the freedom to:
* use the software for any purpose
* change the software to suit your needs,
* share the software with your friends and neighbors, and
* share the changes you make.
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