Fourier Transform of Basic Signals (Triangular Function)

[@juswanth.t133]

I watched your lectures on my first year and now again in the final year once more. Love from IIT Madras

[@krithikmalarvannan3532]

This lecture was awesome. Thanks Neso Academy :)

[@hemantnegi220]

This lecture was 😍😍💕

[@Raj3486]

At 4:11 min, weightage = A/T - 0 = final - initial = A/T At 4:39 min, Weightage = A/T - (-A/T)= Initial - Final= 2A/T At 5:19 min, Weightage = 0 - (-A/T) = Final - Initial = A/T Can you please explain why the different levels has different ways of finding the impulse strength. I like your lectures very much... Very simple way you explain... Thanks a lot for educating us 🙏

[@merryoldgrinkh9020]

Very clear. Thank you.

[@icee562]

Beautiful illustrations my friend.

[@ksheerajasricharanyan3177]

Thank you sir ..u saved my life ☺️

[@hppavilionlap4753]

Very good explanation ❤

[@yinhaoqian153]

I go to university in America, and our professor can't explain shit. You saved my life, sir! Please upload more video, sir.

[@MayurKamatDoesStuff]

Better way to do this is convolve 2 rectangular pulses and find their FT. It's very easy

[@balavardhanreddyd7398]

very good explanation. Thank you so much

[@joatvictor]

Have you uploaded an lecture explaining how to derive signals?

[@richardhayes7812]

Really good. Beautifully presented.

[@betulguncaldi4676]

Great explanation!

[@omop5922]

Man this comment section is quite exotic !

[@vamsikrishnakurakula7923]

Thank you neso academy

[@cptsaturn8622]

Thank man you very much, This video is really good.

[@bituphukon6954]

Nice explaination.

[@stokes111111]

thank you so much

[@061_arsh]

Nice

[@samyabrataparia9713]

In Unity Signals Or Signum Singnals, we concentrate on the Average value/DC value of the Function. In signum function it is 0 and in Unity function it is ¹/2. But here why have we ignored this ?? The DC value is not also 0 here...

[@AyushMo]

Nah, the dc value is indeed 0 because the signal is a finite duration signal.

[@Official-tk3nc]

Hello sir you said that you will reply in comment secion but i never saw you replying in comment section. why?

[@padmanabhunishivasravankum2416]

Sir how to find function f(t) for a curve

[@VIKRAMSINGH-jc5ro]

HEY , If dc value wasn't zero here, do we need to take its fourier transform twice or we'll do it only once?

[@hanu5090]

Here signal is finite duration type So for finite duration type signal avg or DC value is zero That's why we are didn't considered here

[@241ramanna6]

is triangular function and triangular pulse same ????

[@saqibmunshi2881]

Please tell me how many lectures are still left in SAS

[@exodus5948]

Saqib Bhat i think at least 50-60 lectures must be there. Because sampling z transform n there are many which are left.

[@uradiajay9202]

Good evening sir...! Can you upload 2 to 3 videos daily ? Your lectures more useful for me.. or please upload Z transform Parallel... thankyou

[@Hmi316]

Sir , could you please explain how to calculate F.T of f(t)=t ?

[@ishaanbaru8984]

It is an NENP signal Fourier transform doesn't exist for NENP signals

[@sefalipanda3448]

Please sir please sir, pace up. We really need your help. Please sir.

[@anupapatangia9234]

Plz increase your voice a bit

[@nesoacademy]

Hi, the new lectures have better audio. Thank you :)

[@RajiSuresh-Spiritual-Talks]

Thank you so much sir