Introduction to Registers

[@elvinjafarli6257]

One day when I will become successful programmer after university, I will 100% donate money to NESO Academy. Cheers to all educational channels

[@LorenzoDoesntExist]

You realize what you just said is a legal promise that could be interpreted as you donating 100% of your money?

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first of all he didnt sign shit and the 100% leads to the scale of how sure he is of giving money. Not the amount

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He said 100% donate money... Not donate 100% money

[@JMaktabi]

dumbass

[@eddieshen6817]

What you hating for you dumbass...acting like you actually know about legality smh

[@SomeRandomDude_1011]

I'm a Masters student in USA majoring in VLSI, ur videos are extremely helpful to revise the concepts before I start working on Verilog and System Verilog HDL . Cheers and a big big Thanks sir !

[@satranc_kaplani]

How is it going now sir? Do u work on chip design?

[@debojyotihazra8950]

If you were my college faculty my attendance would be 💯% . Thank you.

[@VlogWithSunnyM]

yes exactly

[@bhavagna4226]

😂

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Exactly.. my attendance would be so too..

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And, our teacher thought that there would be less attendance if he had given us the recordings of his classes. Haha! However, attendance depends on how well a teacher is!

[@ishworshrestha3559]

Ok

[@dogemaester]

"We are bound to follow the clock.." So deep..

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Disenfranchised Hamburger that's what thought too 😂😂but it's really helpfull

[@Akash_158]

and it is a problem in itself.....!!

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@@Akash_158 well you are bound to follow the world

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Well You're bound to follow your gf too💀

[@Randsome1]

​@@subhradeepsardar3222bad joke

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This is quick and up to the point! A lot better than long and boring IIT lectures. Thank you very much Neso.

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[@lubnaarif2170]

At 4:53, "what's the need of store,if something is available for forever" So deep..

[@solok4150]

Yo

[@aviroxi]

Yep ⚡

[@Mrityujha]

*We are Bound to follow the clock* ~Neso

[@sikespiegel9583]

comment thief

[@Mrityujha]

@@sikespiegel9583 I was unaware that someone else has commented the same. I didn't copy from there. I heard it from the video and commented the same.

[@doinnothing7818]

​@@sikespiegel9583copyright mar de toh

[@elwaffa2765]

woaaaaa

[@gilberthsu6306]

Thanks!

[@anuragsinha6135]

i have never seen a teacher like u that explains the complex things in a very simple manner.thank u so much for providing these video,from ur all videos my sem syllabus gets over in a fantastic way.

[@ankittiwari-ih9xp]

This is so helpful for me I'm grateful to you Thank you sir and Neso academy

[@sampreethrv675]

I started watching your videos from flip flops. i had my exam today ,aced it .I'm here again to sincerely thank you.

[@TechSupport807]

I only understand by listening the video's, since then I found your channel, every concept became easy for me ..!!! Huge respect and thanks ❤️

[@agungputra3188]

i wish you make this videos 4 years ago when i was taking digital logics. great videos!

[@lakshmiprasanna7977]

outstanding explaination of everything.....really i have got an idea about all of them by seeing this tutorials thanks for ur helpfulvideos..

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kindly teach our university teachers too :') you have saved me i swear more powers to you , MAY your channel grow more

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Sir really its so helpful ..... Our faculty staff use ur video's for our class without ur lecture ... It is impossible to pass the subject

[@hanboliu6368]

well, i would say it is much clearer than the lectures which our professor gave us! thank you

[@sowmyaambati938]

i pray god to make your channel a very good success. thank you soo much. A god gifted channel

[@sergejkeser7270]

Thank you. I will send this video to my garbage professor via E-mail with the caption: "Step up your game, or you will get replaced", because he spent 2 damn hours talking about this and explained NOTHING

[@yugrawal5541]

Thanks man! U made my day i was so confused and was in bit trouble with this topic. Thanks again! cheers 😀

[@rishigoley3521]

SIR, YOUR VIDEOS ARE VERY VERY HELPFUL!!! A BIG THANKS TO YOU :)

[@NiteshKumar-ss8zd]

In online classes i am alive in Digital electronics only because of you.😊😊

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Thank you neso academy for making easy ...

[@sanhitaghosh911]

The best place to learn Thankyou so much 🙇‍♀️

[@biggiestud9451]

waqai mein u from electrical dear ?

[@intheshell35ify]

So clear and easy to follow. Thanks

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Thank you for providing best videos to understand easy way

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Neso Academy does great job. Outstanding tutorials.Sir please add some more tutorials like signal system ,computer architecture etc.

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I am poor but I hope I become rich someday. If I do I am giving money to Neso Academy.

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haha !! Not gonna happen 🤣😂

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❤️THANKYOU.... Your teaching is Just 🔥 super

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big thanx from egypt .you are amazing

[@JMaktabi]

Kifak ya habibi

[@hkstar2871]

مرحبا

[@baggarajugnanaprakash]

it's awesome tutorials to understand in a simple way

[@sushmitarajput2565]

Thank you so much Sir, this is really very helpful lecture.

[@suryabhusal1527]

How greatly you explained. Great!!!!!!!!!!! SIr ji.

[@mdfatihulislamtaifur6826]

thanks for this video ...... Online sohopathi CEO suggested me to see this video

[@jayeshudhani99]

thanx for such stuff.Very useful for engineering students.

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Thank you very much neso academy.

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I LOVE YOU NESO ACADEMY, I HOPE ILL PASS MY MIDTERMS

[@judelakshitha]

Very useful channel for students..... thank you!

[@Suptrshi]

Amazing tutorial :)

[@solok4150]

Ok

[@agstechnicalsupport]

Very good introduction to registers. Thank you for sharing !

[@vaishnavijasutkar8480]

Thanks a lot for your valuable efforts.

[@deepanshu2594]

Thanku very much sir for giving such a good presentation please post remainig presentaion on register

[@briankalaba956]

very educating and interesting totorial

[@Betty_16d2]

Significant, yet another round of important refund information

[@thenmozhi6923]

Please do the videos on applications of ring counter..sir Thank you

[@shuvbhowmickbestin]

But why are the d flip flops changing values with every cycle? The output is always going to be the same as the input, isn't it so?

[@shahiyauk540]

Thank you so much for all your vidoes😊😊

[@sreekanthreddy345]

excellent sir thank u so much please post remaining videos regarding registers thank u very very very very very very very very very very very very very very very very very very very very very very very very very very much

[@sreenivasulureddy8427]

***** why we are using only D flipflop in registers

[@shubhamnayak9369]

sreenivasulu reddy he has already told in starting of video.

[@sreenivasulureddy8427]

Shubham Nayak

[@creative_new_1377]

Thanks for theses helpful videos ❤️

[@vaibhavgupta5339]

Sir please upload video on shift registers example :-serial in serial out ,parallel in parallel out serial in and parllel out...

[@gaganm.n8228]

amazing ,it's good really helpful .

[@russellandrady]

Excelente. Muchas gracias por todo.. !

[@Mr19242]

Sir while making 4 bit register you used -ve edge triggererd sign in clock pulse . Can we use +ve edge trigger in place of this as we previously use -ve edge trigger with mastet slave D flip flop so it is little bit confusing

[@krishnanunnijp7419]

1 year later this videos was a helpfull videos in my exam but 2 days later the exam cancelled now having a supply🙂

[@ayshaissa21]

Well done!

[@garnet1054]

Nice explanation. Thanks. And the board sure is nice. :D

[@lakshyaagarwal4044]

thanks for the video.It was really helpful

[@meenakshidani7265]

but in D flip flop, output follows the value of D i/p, right? And when clock is zero, D is don't care. So, how will the clock i/p affect the flip flop o/p? Please help me. Thanks for explaining flip flops topic so lucidly btw!

[@heitlerremlalfaka4063]

hi Sir, thanks a million for all the lectures.. if we do not want the o/p to change for a specific amont of time, can't we change the clock frequency, if yes, why is there a need for the load i/p in such case

[@gajangivarunraj2845]

sir while teaching please write some important line on the board which you are only saying in words,not in writing

[@RakeshChandradixit]

Informative vedio thank you

[@kautukraj]

Very helpful!

[@soumithreddy1279]

Explaination is really good , but need to increase the speed

[@5g0sreddysubramanyam97]

Thanks to neso academy

[@aniketk11]

Can you tell me when to use which type of triggering(+ve or -ve) in counters and registers

[@zhongandy172]

lmao i spent 40k to go college and ur better than ALL of my lecturers

[@shreyasgosavi9647]

in previous lectures we made use of clock in order to control the inputs,.. Then it this can why can't we control the clock.

[@anushkaagrawal776]

Same qn I also have

[@VijayPatel-ez4lp]

Please make more video on data structure in c🙏🙏🙏🙏

[@tanishasoni2263]

keep it up sir

[@nailaansari9119]

Supprb nd wonderful explanation

[@jatinjaiswal1116]

Load and clock are connected by and gate, so if load is 0 it does not depend on clock

[@amitaswal7829]

nice video!

[@omkargodse5726]

Nice teaching

[@pushandeepsengupta5429]

Please upload microprocessors videos also

[@강형석-n8i]

Thank you very much

[@laxminarayana9466]

I wish u must be in our NIT to teach us.

[@bandisrinivas6283]

Awesome sirr

[@deepsoumyachakraborti8689]

these are very very helpful video for me ... but can you please make some brief discussion about synchronous and Asynchronous load ... please ... thank you for such a helpful tutorials ...

[@thareejanp3933]

Saviour 🔥🔥

[@71sephiroth]

thank you!

[@Vanshkharbanda1]

Hi, your videos are really helpful. How would this one - "Consider a register file to store words of 4 bits. If it contains 4 to 16 address decoder, how many registers does this register file contain in total ?" Thanks :)

[@parmeet44]

This one is from M. Morris Manno

[@solok4150]

No

[@Shoron09]

​@@solok4150 then??????? ?? ? ?? ?

[@sonnix31]

Thank you!

[@rahulmahajan9118]

Can you explain what was the use of load once?

[@ianlouzada]

And what about the Johnson register ? it take less than FF's/bit to work, right ?

[@amitnishad1152]

Sir can you make all videos for computer organisation and architecture

[@rkgowdarkgowda2275]

Sir thank you so much

[@karan_jakhar]

awesome video

[@anuraggupta1454]

there is a small doubt regarding this lecture. in case of d flip flop the value stored will not change till the value of d is changed, then how wll it change in every clock pulse. since the value of d is not changing in every clock pulse, the stored value wll also not change. then, whats the use of load? someone plz clear my doubt

[@zachgosteady]

There are times where you have registers hooked up to the outputs of memory, ROM, RAM, etc, or instruction registers, controllers, and more, and you want to hold the value while its input may be changing. This is where load is useful, as you can be assured the FF will hold the value while load is false.

[@brundavishishtai2161]

zarkbark got it

[@nishasabharwal]

But how come data is getting changed due to clock...as told taking an example after 1 micro sec... Data in flipflop cant b changed by clock

[@sharmayashi]

great job .

[@guliyevshahriyar]

Thanks a lot

[@razzaqshaik6177]

sir please upload the timing diagram for synchronous counters

[@andlurimunireddy4622]

I had a request sir. I.e, I want microprocessor classes in nesoacademy

[@KUMAR-jz2oc]

How data is changed? During negative edge triggering it receives input data, and when there is no negative edge, there will be memory, it is not explained clearly so please explain it clearly

[@bloodandguts5931]

Is there any difference between load and enable?

[@sriparno1146]

What is the difference between counter and register then?

[@Dinesh-gj9tm]

(Must)Very good!!

[@nishasabharwal]

Why will data change as we are using flipflops ? Data gets changed due to clock in counters.