Fourier Transform Explained

[@basedbarman]

The hardest explanation on Fourier Transform i have ever seen. Please try to explain in more in simple terms 🥺

[@MuhammadAbbas-pq3gw]

yeah, same

[@happyhayot]

Really great! This is the most intuitive I've seen so far

[@TheAbizgreat10]

If you think this is intuitive then watch fourier transform video by 3blue1brown.......that's the most intuitive video i have ever seen on fourier transform

[@happyhayot]

​@@TheAbizgreat10 I've already seen it, it's a very good video, but this one explains the formulation far better in my opinion. I was looking for a detailed explanation, 3b1b's video is more about understanding the meaning and purpose of the Fourier Transform which is also important.

[@TheAbizgreat10]

@@happyhayot Ya i guess in terms of Mathematical description..you can say this is better

[@himanshurikhari7943]

Please give some time to explain why power spectrum is preferred over frequency spectrum in analysis of non deterministic random signals/sequences. I came across this statement somewhere, but didn't get appropriate stuff. Your explanation method is great. Thank you

[@ALLABOUTELECTRONICS]

will cover it during the discussion of the random signals.

[@pujamahajan5455]

It will be very convenient to go through ur videos if u put numbers to them..... They r excellent 👍

[@ALLABOUTELECTRONICS]

Thank you for the suggestion. I have made a seperate playlist for different topics and subjects. If you go through the playlist then it will also cover solved examples. Please check the playlist page of the channel.

[@HKCREATESUNIQUE]

You are an inspiration! Now I also making videos on basic electronics

[@iraqi6207]

Such an important topic, it will be very useful

[@ahmadjaradat3011]

Great explanation!

[@ismailwardak4254]

thanks so much , it helped me a lot, awsome explanation.

[@guruprasaddeshpande]

Pls complete this series asap

[@omraval6102]

video was very helpful

[@rajeshb6851]

What is the practical use of this fourier transform ? How it is been used in smart mobile devices ?

[@ALLABOUTELECTRONICS]

It is useful in signal processing. From the time domain signal, if you want to find out the frequency spectrum of the signal, then using this is is possible to do that. Also in the communication, during the demodulation of the signal at the receiver, it is very useful. If you know the spectra of the signal, then you can design the filter accordingly.

[@poojashah6183]

Very well explained 👌🏻👌🏻👍🏻

[@bhavanihm7122]

Great Explanation

[@kontiimanalatit8987]

Isn't inverse Fourier transform: 1/2pi then that integral?

[@ALLABOUTELECTRONICS]

When it is written in terms of angular frequency ω, then there will be 1/ 2*pi in the equation.

[@alfredbanda1693]

@@ALLABOUTELECTRONICS thanks si I was confused because this topic if full of formula

[@varunv6309]

Better explanation

[@RAJIBLOCHANDAS]

good

[@rbeberman5296]

Uhm, what?

[@wibulord926]

i watch the vidieo 3 time but still don't know what are you talking about =((

[@ALLABOUTELECTRONICS]

Kindly use the subtitles. It will help you.

[@hungthanh4615]

Great explanation!

[@guruprasaddeshpande]

Pls complete this series asap

[@ElectronicsCircuitHubECH]

Guruprasad Ashok Deshpande yes soon