I really appreciate the lesson Sir. I've watched 5 or 6 of videos on this and yours is the most versatile and understandable... I'm modifying it for use in a laboratory assignment. They want only one period of the function as input and an option for printing... By the way at 22:53 the "f" was left in the function so it won't work with anything but the input described. Your da man!
Please answer this : x(t)=10+60sin(100*pi*t)+40cos(200*pi*t)+20cos(400*pi*t) 1- At first sight, what does the signal x(t) represent.What are its spectral components. 2- What is its samling frequency. Does it satisfy Shannon’s sampling theorem? 3- What can we say about x(t) if we compare it with a signal from Fourier series?
Hey, thanks for the video, well explained and really good workaround. But what would you change for a DC offset of zero? (i.e a0 = 0) I could only think to change the Heaviside command to t+1, which works but is then confusing if I'm designing a program for someone else to use. Sorry if this sounds silly, just curious. Thank
Hi. Thanks for your video and congratulations. I guess that I found the video that I need: the yours. Can you tell me if you tested your code with more complex functions? I need to model a sawtooth signal but its coefficients are very difficult to determine, can you help me? The function is this: 0 -T/2 < t < -T/4 (2*A/T + A/2) -T/4 < t < T/4 0 T/4 < t < T/2 (T is the period and A is the amplitude) Thanks in advance!
I really appreciate the lesson Sir. I've watched 5 or 6 of videos on this and yours is the most versatile and understandable... I'm modifying it for use in a laboratory assignment. They want only one period of the function as input and an option for printing...
By the way at 22:53 the "f" was left in the function so it won't work with anything but the input described.
Your da man!
Yes, you are right. Please remove line 7 from the FourierSeries function file. Thanks a lot for your feedback.
Amazing video, really educational and super helpful!
well done, i am so grateful
More videos like this, you are super clear. Thank you!
very useful and understandable ,thanks a lot .
thank you for the lucid explanation!
walekumassalam, thanks for making such informative videos. it is really very helpul for us. keep up the good work.
thank you, sir. Now I know how to do Fourier series simulations !
Excellent sir plxx make more vedios on f.series
Thank you so much for such a perfect explanation. Can I have the name of text book that you shew for fourier serie please?
Please answer this :
x(t)=10+60sin(100*pi*t)+40cos(200*pi*t)+20cos(400*pi*t)
1- At first sight, what does the signal x(t) represent.What are its spectral components.
2- What is its samling frequency. Does it satisfy Shannon’s sampling theorem?
3- What can we say about x(t) if we compare it with a signal from Fourier series?
Awesome thank you so much.
make more video dude. was quite good i must say!
Hello sir..thanks for your help. In my case the function is different such that
f(×)={800; 0
Hey, thanks for the video, well explained and really good workaround. But what would you change for a DC offset of zero? (i.e a0 = 0) I could only think to change the Heaviside command to t+1, which works but is then confusing if I'm designing a program for someone else to use.
Sorry if this sounds silly, just curious. Thank
Hi. Thanks for your video and congratulations. I guess that I found the video that I need: the yours. Can you tell me if you tested your code with more complex functions? I need to model a sawtooth signal but its coefficients are very difficult to determine, can you help me? The function is this:
0 -T/2 < t < -T/4
(2*A/T + A/2) -T/4 < t < T/4
0 T/4 < t < T/2
(T is the period and A is the amplitude)
Thanks in advance!
what about with complex coefficient????
tq dr..
Thanks :)