Fourier Series || CT Periodic Signal || Examples 3.2 & 3.3 ||S&S 3.3 (English)(Oppenheim)

S&S 3.3 (English)(Oppenheim) || Examples 3.2, 3.3.
Time Stamp:
0:00 - Introduction
4:33 - Example 3.2
10:44 - Example 3.3
The video discusses Fourier Series for Continuous time periodic signals
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[@mulhikrahman2231]

very very good explanation
thank u sir

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[@einsteinwafa]

Sir in example 3.4 why you mark dots as we know coefficients plot for Fourier series will be discrete and non periodic but we mentioned dots for periodic signals

[@ElectricalEngineeringAcademy]

I think u r mixing two things. When we say discrete, we are actually talking of the x-axis .You can see the x-axis (or k -axis here) we are using discrete points i.e 0, 1, -1,2 etc. When it comes to the value or magnitude of the coefficients, it can take any value (fraction or whole number).

[@najafabbas7443]

sir why we take 4T1 at the end?

[@ElectricalEngineeringAcademy]

If you look at fig 3.7 in the book, the author has taken three different value of T, ie T=4T1, T=8T1, and T=16T1. These value are assumed to show the behavior of ak plot (see they are getting closer and closer as T increases)

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@@ElectricalEngineeringAcademy thanks sir