Shift Register (SIPO & PIPO Mode)

Digital Electronics: Shift Register (SIPO & PIPO Mode)
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[@ashishpatel8325]

This lecture was uploaded 6 year ago still it's helping us a lot 🌞🌞

[@rimsha.x2503]

8*

[@VarunDeshmukh-ps5hq]

Now it's 8 year's

[@spoorthispoorthi8461]

8

[@kattar_Hindu08254]

9 year

[@mnbhjvhjg]

This comment was uploaded 3 years ago still it relates

[@electrprince2094]

its 8 years of uploading this video and no another can give competition to this content.❤

[@SaumyaSharma007]

Evergreen lectures......🔥🔥🔥🔥🔥 Thanks Neso Academy....

[@circuitsanalytica4348]

Yes, very good lecture.....

[@shadowslayer2248]

Aptly titled comment. 7 years later there are still people watching this and finding out that it is the most relevant playlist out there.

[@KabooM1067]

I like how you put these videos only one month before we discussed them in class. I feel lucky.

[@shakirashaikh]

5 years ago and still helping me...!👏👏👏👌👌👌 great workkk ❤️✨❤️

[@circuitsanalytica4348]

Yes very good class...

[@SarveshSharma19]

Amazing!! You are truly a life savior, we need more people like you who can teach such difficult concepts in such a comprehensive way!

[@circuitsanalytica4348]

Yes Sarvesh, very good lecture.....

[@b_technical4017]

7 saal beet gaye aapke iss comment ko...Abtak toh job lag gayi hogi na :)

[@saptarshiganguly1683]

Sir, your lectures helped so much. I went through many of them and now I've got quite a clear idea about these counters. Thank you very much.

[@Rashtab]

Really Effective videos on Digital Electronics. Easily described. Must watch for the ones who want to learn Digital Electronics. Eagerly waiting for the next ones.

[@mggokul2811]

thank you so much sir.. Ur tutorials have helped me a lot, even more than my college lecturers.

[@circuitsanalytica4348]

You are right friend....

[@athulvenu8200]

Hats off to you sir. Wonderful teaching.. I've referred multiple text books for digital electronics including d reference books and found many concepts contradicting. But ur explanation provides a one stop solution to all my doubts. Thanks a million sir.

[@shammaparveen9398]

Many many thanks to you sir.....M feeling very confident now, I have seen the complete digital electronics lecture and M also able to solve gate problems.THANK U SOO MUCH NESO ACADEMY 😊😊💝

[@walidzein1]

My professor didn't explain shit, i don't understand how some of my college professors get hired

[@kushwanthkapa2041]

which college?

[@ashishkumarsharma2584]

@@kushwanthkapa2041 darbhanga college

[@pritpatel4772]

mine too!!!

[@shepherdlavellen3301]

same

[@veeeeeeee9908]

big mood

[@dvoorganisation459]

Your Classes are very Conceptual and Understandable .

[@chavelitaveizaga]

Thank you!! These are great videos, they helped me a lot

[@kritiagarwal3663]

amazing work.. helped me aloooott.. have my exam tomorrow. was struggling sooo much for this going frm ppts n books n notes but u jus made it soooo easy.. in jus a few minutes.. amazing.. great work.. n thanks alooooot.... keep up the good work.. :) (y)

[@ravigupta-ek7mi]

Godlike teacher . Covered 2 months of college stuff in 2 days before exam .

[@marak7432]

Sir your videos are really realy helpfull. Thanks a lot for making such videos. Sir, Can you please make videos on MEMORY DEVICES? Thank you sir

[@anishmishrayt]

Uploaded before 8 years and still helping us ❤

[@AbdullahKhan-ry5wb]

Thank you very much sir you give such a good lecture that anyone can understand. We pray for you that god live you Long.

[@devanshuraj2370]

Thanks for teaching sir! It helped me a lot

[@benzirislam4808]

Your lectures helped so much 💻

[@hussainece9052]

SIR THANK YOU...and please add lectures of digital logic families : RCL, DCTL, DTL, TTL etc...

[@arjavvakharia1474]

Very well taught Sir.Thank You

[@udbhavpai5558]

You teach really well😍

[@MrPetrik90]

Very good presentation, congrats!

[@Styleinmyveins]

Hello good sir, can you please clear me on why is it a good practice to increase the D to high just before the first clock pulse and not keep it high from the beginning?

[@anjalivishnoi8148]

Thank u sir :) apke Regular students to bohot lucky h yaar

[@dhruvrajpurohit7341]

Great work sir !!!!! Please upload videos on logic families ........... Thank you once again , keep up the good work.

[@himanisingh623]

Very wonderful presentation sir.... Thank you so much

[@fariasadiq3584]

Really amazing lectures 😍🔥

[@RAMASHISHKUMAR-xf1xn]

Very very thank you sir Your lecture is very nice

[@arshinfathima6062]

1 day before exam😊

[@DibyaRanjanJena-kb1fg]

In morning time of exam day😂

[@vasanthmaxwell199]

hi sir...iam vasanth..its really a gud explanation for all the topics which u hav done so far....iam really grateful to u...keep it up.mm

[@gonuguntladeepthi6200]

thanks for such a good explanation sir

[@karanveersinghbajwa8549]

good work sir u helped me a lot

[@vijayshankar8]

Thanks a lot . Please teach at our college :P

[@stevemw4642]

hahaha, a valid conclusion.

[@circuitsanalytica4348]

Which college?

[@pinkyblink791]

Thanks sir this lecture has help me so so so much thanks again

[@kkkc__3863]

For PIPO register, does it need one more clock pulse to remove all bits? Or just like SIPO , no need more clock pulse?

[@sahariarmondal2751]

Please do include this video in Shift Register Playlist...superb explanation

[@sakshimittal1166]

Where is the load (needed to store data in regester) that you mentioned in the previous presentation of introduction to register ?

[@abhisheakappu4042]

sir, how to implement the same logics using any other flip flops(i mean j-k or s-r)..

[@ahaotuchiagoro60]

very helpful. God bless you

[@autopilot7953]

Shouldn’t you change the D before the rising edge arrives? Doesn oitput change only when the rising edge comes?

[@SonuKumar-qz1wu]

love you sir.. your video is so effective for Me..

[@divine625]

2021 Dec 9 ❣️❣️it's been Soo helpful

[@mananbhatt4726]

I cant find the episode for PISO, can you please help me with thaat.....

[@khushiRam-ce7pt]

there are very helpful vedios on neso acadamy

[@suneethap1909]

Thank youu so much ❣️neso

[@subigyashrestha4956]

Does this store and output the data in single clock pulse or it just stores in a single clock pulse?

[@kumarsatyam9918]

What is the use of clock 0 and clock 1 in PIPO?

[@soumyasishbhattacharyya2805]

So in SISO to completely get out the data we need 2n-1(here 7) clock pulses right?

[@prainamalik2324]

it's very important for us thanku sooo much.......................

[@jayitabiswas6288]

thank you so much sir for such as helpful video

[@Mayesha-yz3rm]

It was really helpful for my sem final

[@sreekanthreddy345]

sir will you post the remaining videos regarding registers i mean universal registers

[@lavanyabheemini3618]

ur class r very gud . i will following all of ur classes. tanq so much

[@aaqibrashidle6655]

Uh r really doing amazing job Thanks a lot sir

[@rohitgaddi482]

initially u explained that in SISO we need more clock pulses to get the data but data is stored in 4 clock pulses. In order to get out the stored data we need to complete the cycle .Can we give any input of our choice after 4 inputs ??

[@user-on3np4vk4t]

Love you neso acedmey❤❤

[@khalidabuhijleh3475]

what happen to the output when you input 1001 to the register after the storege the previous data ??

[@muhsinmohamed7338]

You have a very good voice.

[@ahmadfarazali4080]

As we have to keep clock = 0 to store the data in SIPO then how we need 1 clock pulse to store data in SIPO? as you said in the video.

[@sabinxresta4002]

thankyou..easy way to understand

[@nutshellms158]

sir how can i use three 4-bit registers together to store and arithmetic shift a data for Booth's multiplier

[@akashmalhotra4787]

Really nice!!

[@abhinavkohli4293]

where can i get these notes someone please tell me

[@XenoContact]

Thanks a lot !

[@vksalian]

Good one.

[@akhil1271]

thanks sir simple method

[@opgamer7764]

Advanced congratulations for 1M

[@HelloWorld40408]

Thank You SIr

[@waqaszeb9275]

Thank you sir

[@ldk901]

I have dought that , if we can ragister an input bit we cannot change it or put another

[@aayushnehra5188]

Can we make these registers with other ff?

[@pappujoshna6644]

I MEAN WHICH MODE IS BETTER FOR USING (SIPO OR PIPO)

[@kshitijvengurlekar1192]

Thank you

[@mirnalkumar8367]

very good lecture sir

[@HarshaVardhan-ui5hl]

thank you sir.

[@habebamahmoud6843]

الله يفتح عليك يعم

[@prateekbharadwaj1462]

sir how can we give input to the d flip flop in sipo

[@RAMASHISHKUMAR-xf1xn]

sir please add lecture of digital logic families RCL,DCTL, DTL, TTL etc.

[@saranshgupta9119]

Yep

[@mrcastor9093]

A completion if I may : A register is a group of flip-flops which have the same Clock ( mostly D flip flops, maybe there are also JK one's )

[@circuitsanalytica4348]

Exactly....

[@BiscoCricket]

This lacture uploaded 8 year ago still helping us

[@crazy_world997]

If we have any doubt s or confusion we have clear thought that neso academy in our mind.. tension free..

[@subramanyammuthyala4399]

Why u started drawing the clock pulse before the falling edge starts in PIPO register

[@anshuljain2272]

how to design a 5-bit shift register that can be used for any of the four modes of a shift registers

[@Karansingh-gh4oy]

bhot hi bdiyaaaaaa👏🏻👏🏻👏🏻👏🏻👏🏻

[@famousmagicintheclassmoham4848]

can i start with Q0 Q1 instead of Q3 Q2

[@gowthamic2174]

Sir I can't understand why we have to consider those values for D in PIPO before clock pulse

[@radhac7006]

Why more number of clock pulse are required for serial in serial out register

[@Ssr645]

nice explanation

[@singlehood1254]

thank u sir

[@AmitKrPaul-wq8zp]

sir please upload videos on logic families.i am facing difficulties in understanding that chapter and also the operation of universal shift registers.

[@mounikapashikanti5082]

Its good explanation

[@nitishkumar.s6492]

In PIPO we made the D0 as 1 before the negative trigger..... But if the negative trigger arrives then the 1 becomes 0 and the value stored will be the complement of the input... I'm totally confused with this. Please 🙏 clear my doubt

[@javatar4809]

where is the timing diagram for PIPO ???

[@dibyanshumishra5498]

Thank alot sir ❤️

[@circuitsanalytica4348]

Very nice video, isn't it?

[@kartik8225]

This guy is on another level...

[@daraneshmidatala9723]

This is really nice.please provide pipo full timing diagram.

[@riseabovehate9476]

Once i finish my engineering and start earning,.. i am gonna donate you a lot of money

[@circuitsanalytica4348]

Yes friend he deserve it....

[@nataliaproano3701]

Did you finish ?