(DTFT)Discrete Time Fourier Transform- (BASICS and CONCEPTS)

𝗗𝗢𝗪𝗡𝗟𝗢𝗔𝗗 𝗦𝗵𝗿𝗲𝗻𝗶𝗸 𝗝𝗮𝗶𝗻 - 𝗦𝘁𝘂𝗱𝘆 𝗦𝗶𝗺𝗽𝗹𝗶𝗳𝗶𝗲𝗱 (𝗔𝗽𝗽) :
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[@ShrenikJain]

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[@ShadowsDesigns]

You explained my 2hr lecture in under 10mins. Thank you

[@diverman1023]

You introduce these concepts very well, thank you for taking the time to make these videos.

[@ShrenikJain]

welcome :) Keep learning, keep sharing

[@sifatsanjeen1078]

These videos are extremely helpful

[@pavankumarkachala509]

you are the saviour of many people

[@UmniahBAdnan]

I just love, adore worship, the way you explain shit.

[@AnkitKumar-ft6kc]

you are really great sir. when I watch your videos , things look like quite simple...thanks a lot sir...your videos help me a lot.

[@anubhavchauhan1485]

Very crisp and clear.

[@mohammedsafdar7325]

This is what I need . thanks.i need prob on Freq domain in DTFT

[@nehashah5924]

Really enjoyed watching the video ..you are explaining so properly and also with all information and details.. thanku 👍

[@Boundary-buzz]

Thanks for such a great and easy lecture.

[@adelinevoon422]

Thank you for giving a very concise and clear explanation sir!

[@sandyarubiya9214]

Very gud explanation sir. Thanq so much for helping us.. Keep doing videos sir

[@ShrenikJain]

welcome :) Keep learning, keep sharing

[@chemuruudaykumar4407]

thank you very much sir...it cleared all my doubts in dtft .

[@ShrenikJain]

+Chemuru Uday Kumar Welcome 😃

[@shwetharamesh6701]

Thank you so much sir!

[@PotatoGaming048]

Man very well explanied im just short duration !!

[@roshniyadav1539]

Sir u r ossum.. 🤗 Plzzz make some other engineering subject video, so that we easily understand that subject 👍

[@ShrenikJain]

Ty :) If this video helped you then please share with your friends too 😊

[@roshniyadav1539]

@@ShrenikJain yes of course

[@zezo2895]

Thank you sir❤

[@ayah3672]

YOU ARE GREAT !!!!

[@mangeshdavari2340]

DTFT of discrete time signal is ........ A) discrete Freq. And discreet time signal B) none C) continuous Freq . And discrete time signals D) discrete Freq. And continuous time signals

[@HEMANTPORWAL-t7d]

c option

[@arunkumarhs0142]

This is very useful to me sir, Tq for everything

[@navaneethdesai]

What is 'w' equal to in DTFT? Is it w=2π/N?

[@anshumansingh0026]

Win

[@shekharchaudhary3979]

awesome!

[@ShrenikJain]

Ty 😄 Share videos with your friends too 😊

[@meghanamanda9097]

sir but you used capital omega in DTFT properties and here small omega .which one is correct?

[@sahilmalhan5773]

it is capital here also. it seems small due to his handwriting

[@ಅನಂತ್ಕುಮಾರ್-ಣ1ಮ]

Thanks...Nice VDO

[@PUNAMKUMARI-hz3uo]

Thanks sir most useful

[@ShrenikJain]

Welcome 😊

[@allmylove223]

THANKS

[@mns393]

Sir if you have paid course then provide sir we will pay sir but make video on ss subject...paid course rahe to bhi purchase karange. Please sir.........

[@palakurthideepika1821]

Tq

[@zaffariqbal3671]

Sir why do we need dtft if we already have a Z-transformation technique...I can't understand clearly please clarify this concept

[@ShrenikJain]

zaffar iqbal Dtft gives us Magnitude and phase response

[@zaffariqbal3671]

Sir Don't we get the same response by z transform

[@ShrenikJain]

zaffar iqbal You cannot plot freq graph by using z transform

[@zaffariqbal3671]

Thanks sir

[@zaffariqbal3671]

But sir I have one doubt that why do we require z transform

[@saijaswanth5085]

LIFE SAVIOUR

[@vinothprasanth2116]

well teach

[@SunitaDevi-sh4uj]

Bahi speed thodi slow rkho please

[@vaidehi_shah]

Cost of notes?

[@rajuu_t]

Any one tell me difference between dft and dtft

[@NostalgiaT]

can i come to India to study?

[@jyothigavara8096]

Sure

[@SubhamRai5]

Nope.

[@harshithreddy4578]

nope

[@sp-rv2xs]

Nooo

[@sp-rv2xs]

Very bad education

[@FigureRight]

Harris Richard Thomas Helen Walker Cynthia

[@laxmihosamani1908]

👌🙏explain sir

[@sougatshome7075]

Cake of pudding XD

[@itsiamg]

in idtft x ( n) = 1 2 π ∫ − π π X ( ω) e j ω n d ω but you write 1/2 π

[@satvikbajpai6133]

IDFT k formule me integration kha se aa gya, jb hm discrete signal solve kr rahe h...? i think summation hoga

[@snipergranola6359]

Derive these formula