DSP#2 Frequency domain sampling and reconstruction of discrete time signals || EC Academy

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@@ECAcademy already done!

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[@bhushan797]

This comes under Machinery diagnostic

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[@Celestial_069]

Explained with very simple words.. thank you sir 🙏🏻

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[@reelhotsalt9681]

02:32 Frequency domain sampling and reconstruction of discrete time signal 05:04 Fourier transform of x of n can be represented as x of e to the power of j omega. 07:36 The term k provides the value of individual samples. 10:08 Replacing omega with 2 pi by n in equation 1 results in equation 2 with infinite summations 12:40 Equation 4 is a compact version of equation number 3 15:12 The equation represents the discrete Fourier transform 17:44 Fourier series representation of a periodic signal 20:09 Frequency domain sampling and reconstruction of discrete time signal Crafted by Merlin AI.

[@chethuchethu6530]

Best explaintion on dsp topics ever thanks sir

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[@ryuuryomen3197]

Thank you sir, this is very helpful

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[@harshithav9477]

Important topic. Thank you 👍👍👍

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[@ramyareddy5590]

Thank you sir!

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[@sudarshanpanugothu6525]

Good explanation sir

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[@sumaiahzuhara582]

Very good explanation.... easy to understand ✌

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[@chinmayanaik1434]

Well explained..🙏🙏.

[@chinmayanaik1434]

Please continue dsp classes.

[@nikethanpoojary607]

@@chinmayanaik1434 ..yeah it will be helpful

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[@gunasundar5406]

Thank you so much sir..🙏

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[@manavnaharwal1921]

Helpful!!

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[@navneetarya1853]

Very nice sir

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[@sagarpardeshi6670]

Good one

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[@rihaljakati5381]

Hi sir,is this like an derivation ,and what type of que can be asked related to this topic

[@shaikasif7335]

Tq sir 😌

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[@parrot1759]

Tqsm sir🙏

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[@nabeelasayeeda6970]

sir could you please provide video for , prove that the sampling of dtft of a sequence x(n) result in n-point dft with a neat diagram

[@RakeshKumar-rl4xt]

Hello Sir, did not mean to repeat my question but wanted to double check... Is this a perfect syllabus for VTU examinations for subject code EC-52. If not 100%, will it cover most of the topics?. Kindly let me know sir.

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[@gairick9]

3:21 the signal was already declared non-periodic then how is it periodic now?

[@mayankgurung3468]

same Confusion please explain?

[@ishrarchowdhury4850]

the transformed signal x(e^jw) is periodic, not the original signal x(n)

[@gairick9]

@@ishrarchowdhury4850 wish you told me that last year but... it is what it is

[@guy.with.moustache]

Sampling in frequency domain of signal results in periodicity in time domain of signal. That's the main thing he was trying to prove in this derivation. Hope it helps

[@lakshmiranganath6187]

Nice sir... Tq

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Thank you for watching

[@sudarshanpanugothu6525]

As possible as upload more videos.sir

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Sure.... 👍

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Thank u sir

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[@satishreddy9315]

Sir...Is this helpful for Current R20 regulation...Plzz reply sirr

[@patchipulusuaswini8209]

Sir filter designs inka sums chepandi

[@MANOJKUMAR-wl6mr]

Is this related to vtu 2017 scheme or 2018 or 2015 scheme ?

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[@gyallerystars4826]

Plz upload more videos

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Sure.... next video is already available, watch and share 👉 kzbin.info/www/bejne/omOsY5uvqJ2ofbM

[@sardharvankunavath1988]

well explained ,can i get the notes of these lectures sir

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[@souravkumar5120]

Can you please share the notes used in these lectures?

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[@Hii-co3cr]

sir how e power jw equal to w in 2.57 minute

[@rohitpathak5313]

sir please can u share notes of this dsp lectures

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Download *Notes* from telegram 👉 t.me/AcademyEC

[@magicianKabir]

this was very confusing

[@ECAcademy]

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[@saiprateek5779]

@@ECAcademy kind of felt easy, else most of the time our lecturer skips to explain...

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[@capri.corn_harsh]

skill issue

[@mohangarani5350]

PDF avaliable

[@evadeshell1359]

is this ktu 2019 scheme?

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[@saideepthikorla2428]

bro is this jntuh syllabus?

[@Anuja_Singh]

Is it jntuh syllabus?

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It is VTU Karnataka syllabus but most of the topics are common for many other universities. Do subscribe and keep supporting EC Academy ✌️

[@Abdullah-jp7wo]

Complicated

[@mariyakumari1964]

Which university follow as per syllabus

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[@neelimabarama4812]

Can u please provide properties

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[@AnkitSingh-mw9lp]

Very nice sird

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Thank you sir🙏

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Thank you so much sir ❤️

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[@AbhishekMishra-jm3dr]

Thank you, Sir

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[@Challenge2.0____amansingh]

Bahut padh rahe Mishra.

[@mahadevaprasadcs4699]

Thank you sir

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[@UECAshutoshKumar]

Thank you sir

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[@cosmiccyber8114]

Thank you sir .

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