Bidirectional Shift Register

[@abhishekvarmasagi8358]

Thank you very much for your efforts. You made these concepts really easy to understand.

[@mirmuneerhussainiamachange2862]

I just finished your all videos and found just simply great and very easy to understand... Would look forward to see many more such videos on various other topics related to electrical engineering .... U have done a great job sir !!!.... Hats off !!

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I thought it was electronics

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when i will get a job i swear to god i will join the channel and donate every month.............. u literally give me every knowledge in analog , digital, signals and system and many more ............ thank you so much neso 🙏🙏🙏🙏🙏🙏🙏

[@TahaAliKhan-mu1zk]

So have you started donating this channel?

[@thechampgamer5906]

i have to say that, you are really awesome.you made this video 7 years ago but still now its a rich content,and i understand all the concept by watching single time.

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knowledge from neso, degree from college!

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Barabar

[@dilkashkhan390]

😂

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😅

[@taifalbakshi6767]

PLEASE make tutorials on Computer architecture and design, it is the most hardest course to understand . thanks for everything!! may you achieve all your happiness, dreams and goals in life :D

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Really a great work i don't know how to thank u Every video is excellent Just thank u thank u very much☺️☺️

[@yagnatherapybydromtrivedi971]

Thank you so much sir, i have watched alll the videos of digital electronics..... So i am very greatful to you.. Eagerly waiting fr new videos.........

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Where and when will u start the neso engineering college..??

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I am seeing this video in 2021 Definitely one day you will get all credit for this 👍 ❤️

[@gauravdeore61]

This is very good source for Digital electronics . Thank u sir for making this videos

[@ameykhairnar5582]

I almost always forget to like the videos, guess i have to see them all again :D

[@iniyan7966]

Such a wonderful teacher you are..👌👌😍😍

[@mandarkulkarni5431]

Wow , fabulous series , i shared it on my college class grp

[@SumedhSen97]

if m passing in this subject, its only because of you videos sir! thank you soo much!

[@victorvolf3990]

Same here

[@gombeats2249]

Very helpful to understand the basics.!. great work!! please upload other subject's lecture video of electronics too..

[@CSCoreDecoded]

One day, I'll become a well known CS scientist and I will come back to here to thank you!❤

[@7000hesham]

Thank you so much. Since we learnt Mux, I think it would've been easier to understand if you used it here.

[@tebohomokejane6414]

Thanks for the clear explanation😊 Can you please explain how the output wave forms of the bidirectional register would be like and how we should attempt to analyze them😊?

[@Adithyasrenu3099]

Really helpful video sir , a very very big thanks🙏💕

[@abhishekverma614]

Thank you sir for being here...great explanation with sufficient details

[@seifabdennadher2987]

Thank you so much, I just finished the playlist, and it was very very very helpful. Thank you again

[@seifabdennadher2987]

(y)

[@doordie5751]

Thank you so much sir. Your explanation is amazing

[@rpk1066]

I definitely owe you my friend... Mark this❤

[@已己巳己-z6x]

I have a question. Let's suppose that this circuit is a serial-in/serial-out circuit with Q3 as the lone serial output. Additionally, let's suppose the circuit starts out with Q3 = 0, Q2 = 1, Q1 = 1, and Q0 = 1 (from left to right, 0111). Now, I know that if the mode is right shift, inputting a stream of 4 zeroes will produce the sequence "0111", and that if it's in left-shift mode, the output will be "1110" if read from left-to-right. My question is this: when the shift mode is switched from "right" to a value of "left", does the internal state go from Q3Q2Q1Q0 = 0111 to Q3Q2Q1Q0 = 1110? In other words, does changing the value of the left/right signal cause the values of Q to be switched around such that the sequence is reversed?

[@msatyabhaskarasrinivasacha5874]

Awesome explanation sir... thanks alot

[@nagasaipurvaz4251]

Sir your exam saver i got 90by seeing your videos before exam

[@nikhilkumarsingh2082]

Thanks a lot sir...you are doing a great job....

[@naominahari1052]

your a life saver. good jod, thank you!

[@wysaahlem8067]

Thank you very much we want the lesson in memory

[@dogarayunanagani6986]

I love what you are doing Sir Quick question please How do you then get the output for the left and right side operation?

[@rakibmustafa6538]

Q0,Q1,Q2,Q3 are your outputs.

[@muhsinmohamed7338]

Thank you so much Beauty of internet!

[@AmitKrPaul-wq8zp]

thank u so much sir.this video was really helpful.can u please upload videos on universal shift registers and logic families.

[@freeandreliablejeeprep820]

thank you srila prabhupad, krishna and sir

[@akshayborude2660]

thanks a lot for all ur videos

[@tejeshkumar6091]

What is the use of clear input in this bidirectional shift register?

[@amoghmbabu6507]

Great video guys 👍👍👍

[@Vivek-kq2in]

woah! switched to 1x from 2x. It was like a new guy was teaching. :p Btw awesome series.

[@gamezo8877]

ok so, why we use this combinational circuit here at load ?

[@arjavvakharia1474]

Thank you sir !! It is very well understood

[@evangelinesuresh4532]

Well Explained! Just a question, What is DR and DL?

[@MCCreativeLegends]

DR is the input for right shift register mode and DL is the input for left shift register mode.

[@sharma_anuj00]

Please tell which is the best book for digital electronics? Although your lectures is damn amazing 😍😍😍❤️

[@zarintahsinmuna]

Thank you for everything.

[@gagannagpal7558]

hi! I am from CS backgrund and generally in programming languages we have ( right shift operator) which exactly does /2 and *2 operations respectively. So, my question is that inside machine is it these biderctional shift registers are working?

[@satadhi]

yes, not exactly but somewhat same !!!

[@142_harshilthesia6]

Love the intro music man

[@PESLoversMobile]

sir,wt about in clr....u didn't show it...

[@stanleybane5483]

If Neso starts an university , I'm in.

[@heitlerremlalfaka4063]

sir, thanks for all these videos. I have one questn, where is the o/p in both cases?

[@krishnapankhania5352]

very nice tutorials ...

[@preyathaker4806]

Just to check this circuit is in relation to a parallel shift register?

[@pavanprabhusaikumarkommine1093]

wow, very simple to understand

[@Jacob-t1j]

so for four bits input multiply operation, you will need five DFF right? because 1111 *2 will be 5 bits

[@Jacob-t1j]

where are the outputs? so there will be four outputs come from each DFF right?

[@nikolamalenovic1868]

what a about linear feedback shift register? could you make a video for that ? loving the lessons btw you da best :D

[@SHEHRYARKhan-r6i]

if you use binary number example in circuit instead of using Dr and Dl only then it could be more improved. Thanks

[@nikitak3605]

Plzzz make videos on Cmos fundamentals

[@henryframe4260]

How come you've chosen to use the gate level form of the 2:1 Mux?

[@prajwalahetti4623]

i dint get where is the initial input given and from where is the final output observed

[@hasiburrahaman8875]

A LOT OF THANKS TO YOU SIR .

[@muhammadnomanjafar9206]

Hi! Sir! why there are two clock pulses in bidirectional?

[@TheRoodio]

What if I want to have serial output for both shifts? To output Q(zero) when I shift right and Q3 when I shift left. Do I just extend a wire from each or do I need any more gates?

[@LimLiYih]

Hi just asking. May i know what is the purpose of adding a CLR?

[@satyayarra7361]

Sir , there is no final output line shown, after right or after left completion .

[@talhayunus6516]

What about the output of the left shift mode? It will be Q3 right?

[@nerdguy1061]

please give a lecture on word time generation..

[@Frostemort]

Where are the Input and Output Data lines. Output more importantly, where is the outpit being stored?

[@thefirstme]

DL and DR are the input lines. Output can be obtained from Q0 or Q3 depending upon which mode you chose

[@tarunyadav3289]

_/\_ one of the best i'd ever visited

[@kepler69c32]

very useful, thanks a lot :)

[@sandiprajak_5070]

what is the use of clear in this circuit???

[@divyanshpandey3510]

what is the role of clear in the circuit sir?

[@faisalhayat3867]

sir why input of gate 2 connceted with the gate 5 input and input of gate 4 with 7 ??

[@KZ-wp1tl]

Is it 4 bit bi directional shift reg?

[@rajukumarpandit7096]

can you tell me the difference between BCD and BINARY NUMBER along with there base value??

[@varungolla961]

will any one please explain , why does clear input given to the circuit

[@Abhishek_Gadhethariya]

you are great sir.

[@remyaunnikrishnan2037]

from where will v take the final outout?

[@damodarreddyciddamma7400]

it is better if u also did practical application orientationtedly

[@riseabovehate9476]

It's too much to grasp

[@akashkhobragade8580]

from where we will take out the output?

[@indusu5637]

hi.. i would like to know how divide will work for odd numbers like 9,5,3 etc..

[@shivanshandniharikapatel2905]

from where do we get the output?

[@marvel438]

So is this also universal shift register???

[@hadyallam6032]

IS THIS LAST ONE ?

[@tabishkhan9843]

magnificent sir

[@satirthapaulshyam7769]

So here is no loading here it is just shifting.so a pure shift reg

[@historicalsciencebyjunaid4947]

how to do multiplication using bidirectional registor

[@sonysayannagari2889]

What's the need of CLEAR ?

[@princesshashmi927]

can u plz upload lectures on CMOS implementation?

[@mr.timothy3697]

[@mr.timothy3697]

thank q so much sir .....

[@anuraagchandra2548]

thank u very much sir.

[@tyrotravelog]

you can't explain ,Why CLR using in bidirectional shift register?

[@lilyanahmetoglu8070]

Binary Counter with Parallel Load could you explain this please :(

[@dwinovianto1250]

How to divide odd number such as 3? thanks at first.

[@KRANVideos]

3/2=1

[@ramakrishnark1019]

why Is sir connected CLEAR input...? any one answrer plzzz

[@zainabalbakaa6127]

Very thank you🌹

[@rajukumarpandit7096]

what is CLR in this circuit diagram??

[@gto433]

Clear, see the clear and preset video.

[@Karim-ud9kl]

using a 2x1 multiplexer is way easier

[@srukamaraju1]

Karim i

[@elpumatejada]

I am have a doubt, if i want to simulate this on proteus, what do i connect in DR and DL, thank you

[@TheConnectcut]

+elpumatejada because, when you do the states table you don't know what is coming neither from the right nor from the left, that's why he used DR and DL, because it represents something that you don't know what it is.

[@gaminggeek8685]

Did u forget PISO resistor???????