You probably dont care but if you're bored like me atm then you can watch all of the new movies on InstaFlixxer. I've been watching with my girlfriend for the last few weeks xD
This is probably the best video I've seen in the history of TH-cam for various reasons. It's fast, no beating around the bush, its crystal clear, and no bad grammar that can get the person watching the video confused. Thanks
@ Frank Medrano Thanks for your comment! Here I am just trying to explain basics of time and frequency domain, which I felt was easy to explain just by using giving specific examples of frequency, you may back calculate your answer by substituting in AngleFrequency=2*pi*F
No exaggeration! this is by far the cleanest and best description I see that covered this concept in a perfect way. I wish you all the best and I hope you become a professor one day cause you are so good at it! Thank you!
Great explanation. I tend to understand things explained visually, rather than mathmatically. The o-scope demo really helped to solidify the concept of frequency domain for me. Thanks!
Thanks for the video. The best part is that you are explaining the why? Why are fourier transforms used? Why is conversion to frequency domain required?
thanks, I have a simple problem. I have heart-beat, breathing and other stuff together recorded in a file, and I want to filter out heart-beat. How to do that? any clues?
that was really a good lecture for me. i would be glad if you show us some more practical application of FT and LT. i am always asking myself why are we always doing this FT or LT. i got little idea about FT now.if you have time look forward to know about some application of FT and LT. FT: Fourier transform LT: laplace transform
bohot badhiya bhai.......mai dosto ko yahi explain kar raha tha itne dino se.....unko juth lag raha tha......ab mai unko ye video dikhata hun hehehe......nice explanation with understandable language .....kudos..!!
Nice video Suraj .Do you have any idea about negative frequencies. Square wave have negative amplitude also. So why those were not shown by oscilloscope below x -axis
Good explanation. Very useful for the persons, who want to know Basic about Signals and also difference between Time and Frequency domains. Good work. Thanks a lot. :)
Dear Suraj, thank you very much for your nice lecture. I have one doubt. What is pulse width and how do you relate pulse width with bandwidth? As of my knowledge, pulse width decreases as bandwidth increases.
I'm an student in Argentina and I finally understood this matter thanks to YOU!!! Awesome explanation!!!! God bless you!
Is your full name sara viviana by any chance
Good
You probably dont care but if you're bored like me atm then you can watch all of the new movies on InstaFlixxer. I've been watching with my girlfriend for the last few weeks xD
@Kieran Thomas definitely, I have been watching on InstaFlixxer for months myself :)
@Kieran Thomas yup, I've been watching on instaflixxer for years myself :)
I'm an Engineer in Egypt and I finally understood this matter thanks to YOU!!! Awesome explanation!!!! God bless you!
This is probably the best video I've seen in the history of TH-cam for various reasons. It's fast, no beating around the bush, its crystal clear, and no bad grammar that can get the person watching the video confused. Thanks
Thank You all !!!..would come up with even better videos next time.. :)
good video, thanks. u explain well.
Great video suraj. Cleared a lot of confusion. Thank you!
thank you so much, so helpful
nice video.
U are good. Will like to always get Ur videos. Wish we can chat
man. this explaination is much better than the whole course i took last semester. thank you very much
I learnt this in school but had to apply after a long time. Thanks for giving a clear summary of the domains. Much appreciated.
@ Frank Medrano
Thanks for your comment!
Here I am just trying to explain basics of time and frequency domain, which I felt was easy to explain just by using giving specific examples of frequency, you may back calculate your answer by substituting in AngleFrequency=2*pi*F
You explained better than my lecturer !
In fact, my lecturer struggles to use the oscilloscope !
Awesome explanation !
Thanks a ton !
You are great! I like the indian-style of teaching
Me tooo
i've never understood what's the difference between time domain and frequency domain until i watched your video!
thank you so much man!
Excellent video! I am learning about this for the first time and clearly followed everything you were saying! Thank you! Much appreciated.
No exaggeration! this is by far the cleanest and best description I see that covered this concept in a perfect way. I wish you all the best and I hope you become a professor one day cause you are so good at it! Thank you!
Great explanation. I tend to understand things explained visually, rather than mathmatically. The o-scope demo really helped to solidify the concept of frequency domain for me. Thanks!
I've been having trouble understanding frequency domain for quite some time. Your video explained it very well. Thanks!
Hi Suraj, thanks for the explanation. The real-life demonstration at the end was a nice touch!
Thank you so much!!! After decades in the audio recording business, your video finally made it "click" in my brain how these two are actually related
Thanks to this video, I understood time and frequency domain and its connection to fourier transforms within 10 minutes.
Love ur way of teaching.... so clear and apprehensive
Never understand whole what my professor told now I did in 10 minute🤗
Thank you
Thanks for the video. The best part is that you are explaining the why?
Why are fourier transforms used? Why is conversion to frequency domain required?
Thank so much. I learning DSP online now and i was following to understand this. Thank you so much Suraj Hebbar
Really awesome explanation thank you so much...now I got an idea about what is going in the circuits...thank you
Great Video. Just enough to understand the basics. Cool that you show the Oszilloskope!
A simple and easy understand lesson, thank you.
Sir aaj aapne hindustann ke 80 % EC engineering vale baccho ka doubts dur kar diya... :) (y)
I'm glad that I came across this while searching for the same... thanks a ton...
Till now, the best that I need to know about this concept!
wish our teachers would've stated things like that.. Superb explaining.
Nice explanation sir..easy to understood about frequency domain..Thankyou very much 👍
Thanks alot.. U made it look so easy than the books.
thank you sir... u clear my all problems regrading with frequency domain and time domain. Thanks again..
very nice basic description of frequency domain and time domain
Perfect explanation combining the different aspects, pure theory, its application, practical demonstration etc.
Great job Suraj.
Thank You Brother For Such A Nice And Understandable Explanation
Very nice understanding you have, and a very good sharing of the understanding. Heege continue maadi !!!!
Great video and brief smooth straight to the point explaination! Thnak you.
Wonderful
U know our teachers also not able to explain the conceptual things like u explain, very nice
This is superb! I had no idea a document video could look this good.
the idea of using CRO and FUNCTION genearator to explain fq. domain is awesome..
It took you a couple of minutes what it takes a semester. I understood clearly. Thank you
Something better and clear to understand. Thanks Suraj.
you making some serious sense sir ......thank you very much
Thankyou so much......it really helped me understand the basic concepts.
Thank you so much Sir..the fact that you showed the demo on the oscilloscope made the explanation even more effective.. please make more content
I need to do a project on this as a middle school student! Thank you so much to let me understand this concept!
Stupendous effort to explain the significance of TD and FD representations:-) .. keep up the great work
Thank you, for the insight and practical examples with the oscilloscope
thank you very much sir , my most of doubts are cleared by your video.
student point of view and question was really answerd .. nyc broder
You are making perfect sense man, thank you so much you made it really easy for me.
thanks, I have a simple problem. I have heart-beat, breathing and other stuff together recorded in a file, and I want to filter out heart-beat. How to do that? any clues?
never learned like this in 4 years of engineering university - good job
that was really a good lecture for me. i would be glad if you show us some more practical application of FT and LT. i am always asking myself why are we always doing this FT or LT. i got little idea about FT now.if you have time look forward to know about some application of FT and LT.
FT: Fourier transform
LT: laplace transform
A great video. You are a great teacher!
Thank you very much. That is a great explanation.
thank you, now i understood the importance of frequency domain
Very good and down to earth explanation!
Well explained Sir...Thanks you very much..
This intuitive explanation will stay in my mind...forever. Thanks Suraj! 5 stars.
a really nice explanation, thank you!
thanks a lot....i was very confused with it but u made me get rid of it..
very effective and clear explanation Suraj. good job man !
Wow best explanation ever pls continue to upload more videos request from my side
Very good & very Clear in very short time
very nice concept clearing...thats where I was looking for .....
bohot badhiya bhai.......mai dosto ko yahi explain kar raha tha itne dino se.....unko juth lag raha tha......ab mai unko ye video dikhata hun hehehe......nice explanation with understandable language .....kudos..!!
Very clearly explained. Thanks.
Awesome.thank you so much for making this video.
Thanks a lot Suraj Sir. A very helpful guide. Really appreciate your efforts.
when you turned on the square wave, at what values did the first peak emerge, in the frequency domain?
Very Nice, Masha Allah.
Thank you ...
You the man ! Finally understood. Thnak you!
Very Specific and Brief ....... Not like those lengthy gibberish lectures by major universities ......... God Bless
Osammmmmm.... Please share your knowledge.... We all want to. Learn...
Thanks a lot, really clear and helpful video
thank u so much..bahot bada doubt clear kar diya aapne..
Thanks, Suraj! Very good explanation
Thank you that actually made a lot of sense, good to see stuff on oscilloscope/spectroscope.
nice explaination .. expect more presentation
thanks for the explanation.. It is very useful
When we use angular frequency, why you dont use it when describing sinusoid signal?
Nice video Suraj .Do you have any idea about negative frequencies. Square wave have negative amplitude also. So why those were not shown by oscilloscope below x -axis
at least u have given some understandable idea...thank a lot bro...i was just hoping if this video never ends...please make some more videos
Good explanation. Very useful for the persons, who want to know Basic about Signals and also difference between Time and Frequency domains. Good work. Thanks a lot. :)
Thanks a lot.. very simple and clear..
Fantastic. Never understood it so well. Must look up my Fourier series now.
Thank u so much sir, I understood the concept in a better way.
Good tutorial ! Should serve as a basic to beginners.
Clear explanation.... With the oscilloscope it's better again... Great job.
very nice. You are a good teacher
Excellent suraj, can we every periodic signal as sum of sinusoids.
Dear Suraj, thank you very much for your nice lecture. I have one doubt. What is pulse width and how do you relate pulse width with bandwidth? As of my knowledge, pulse width decreases as bandwidth increases.
Thank you Suraj, you filled my missing gaps :) thumbs up
This is the beauty of concept.
Thanks from IIT kgp
sir, plz add more similar videos on DSP your approach is awesome..
thanx
hello Suraj, Awesome explanation...Totally Understood. God Bless you and make such awesome videos again
wonderful explanation, thank you
Ya bro it's the best of all. Easy n simple✌️
very good explanation god bless u brother
i really thankful to you sir love from pakistan