4 Bit Parallel Adder using Full Adders

Digital Electronics: 4 Bit Parallel Adder using Full Adders
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[@techsolutions182]

You deserve a respect from all those students like me who sleep during the lectures.

[@TheJokilly1]

Facts

[@shreyaspimpalgaonkar8520]

And your username is?

[@davix7spfc]

Hahahaha so true

[@nilay0911]

same here bro!! coz teachers r too boring !! which college bro?? me from ddit gujrat

[@Rahulsingh-mq2ny]

You should make more vids bro

[@sinansalameh]

This is by far the best channel to learn about digital systems.

[@jeelanisheraz971]

You were great I have passed my dld course because of u thanks a lot may Allah bless you and give you more respect..

[@danielmakumbe6339]

on behalf of the realness society i wanna thank u a lot for your impresive and helpful lectures,we were lost man!!

[@sarahbiebah]

Your videos are immensely helpful. You are very clear and easy to follow. Thank you from the bottom of the heart of an Engineering student.

[@HassanKheiredin]

Why there is no Instructors like you in the college. I really like your way of teaching.
Keep up this great work

[@anjalianand9359]

It seems like u r so educated ...i mean u have so much technical knowledge .....if u won't mind i wanna ask ur real profession ...R u a professor or it's just ur side hobby .....U r really grt man .....U have made such a difficult subject a bit easy .

[@keithlourenceredoblado9150]

Thankyou for helping my problem sir. It really helps a lot.

[@MaskedMarble]

The name parallel adder is a misnomer, because the bits are not added in parallel, but in series. The carry out bit from the prior full adder must be generated before it can be used as the carry in but for the following full adder. So all the adders run one after another, in series, not in parallel.

[@ziadhalilo5310]

U deserve all the credits tbh
U’re channel = college

[@internetsowngirl7975]

thank you sir, from an IT girl from germany! great video and explanation sir

[@Mr.Avinash.97]

❤

[@hamzah4792]

this guy was surely born to teach

[@ihtishamrehman2936]

how deeply explained, you deserve a respect and honour, I really like it , thnks u so much

[@ArhamKhan05]

Thank You So Much Sir, very great explanation, Tremendous Amount of Respect from Pakistan 🇵🇰.

[@simrankataria5318]

Ur lectures are very helpful sir..... A very very thanks to u..... 😊🙏

[@BlackOpal-dk6iv]

SIR I HAVE COMPLETED LECTURE 104 OUT OF 202. TREMENDOUS LECTURE AND THANKYOU FOR YOUR GUIDANCE !!

[@babarwattoo5283]

sir all presentations are superb...thanx alot...

[@prithvirajsinhrathod9920]

Nice explanation...😊
Great job sir....😊🙏

[@miraklet_20]

Really helpful during examination time... Thank you

[@toyodathon08]

Dude, thank you so much

[@DavidSpry]

Well explained and well illustrated. Thank you.

[@khalfiibrahim6169]

never considered it would be that easy, as it is in this video.

[@saifyoyo929]

Thank you so much sir to giving such amazing lectures
thank you

[@TheFjordur]

Hey! Thanks a lot for the video! Btw, which sketch program/tool are you using for sketching all these tutorials??

[@unratedpro7321]

Thank u for the explanation, i really understand what u lecture

[@Techmania2658]

Hello ! It's a bit important . Could you please make a video explaining the types of methods to handle the carries used in 4 bit parallel adder using full adders for e.g ripple carry adder and carry look ahead adder.
would really appreciate your help.
Good work with these videos. Keep it up and thanks

[@UmangMundhara]

thanks a ton SIR...u made this subject intresting...:)

[@blakef.8566]

To do subtraction with this, could you invert each bit of the number you are subtracting by, make Cin a 1, and then add the two numbers together?

[@sandeepjalui3253]

thank you so much for the videos. I was to able to clear my exam. hats off dude!!!

[@hansandreas4743]

You are truly awesome!

[@abhishekshah6871]

sir please make videos on computer organization and architecture

[@unratedpro7321]

seriously, it is really difficult,just help us

[@oskarjung6738]

Watch Bharat Acharya videos on computer architecture.

[@charankumar-us8ir]

Excellent explanation ,sir

[@somilshah7841]

THE REAL FUN STARTS WHEN YOU SEE THIS VIDEO AT SPEED =0.5 !!! MUST TRY xD !!!

[@epicsardarji8222]

SoMiL ShAh I did that in next video and came back to reply you.
LOL

[@So0oMaSB]

i slept

[@senpaimeo7793]

funny af

[@cybrarybr1558]

HAHAHAHAHAHHAHAHAHAHAHAHAAH

[@piyushdadgal]

🤣🤣🤣🤣🤣🤣🤣🤣🤣🤣

[@IoTLearner]

Nice explanation on *Ripple Carry Adder*

[@aashishaxis5108]

you are way better than my respective subject teacher.......

[@Code99849]

Which electrically device you are using sir to make such amazing videos

[@nomanaasifgudur6756]

Very good sir, But sir can i have any notes for this study which will be helpful for me during my exams

[@goviral2089]

Your all videos are very impressive and useful. how do you make them? which software or device do you use?

[@simranbains6199]

Wonderfully explained

[@waifuhunter6993]

Thanks sir for your videos, simple yet accurate

[@Kshirabdi.Tanaya]

Sir everything is understood clearly but Sir one doubt why should we call it parallel adder?please sir reply🥺🙏🏻

[@Ashwin_ca]

Because the four full adder boxes are drawn parallely

[@Msyoutube38]

I love your videos A LOT, ty very very much

[@vijayprakash-cc2bl]

thanks for providing those lectures

[@PushpendraKumar-ck8op]

very good explanation thank you

[@investing4arellanos]

Awesome video!! easy to follow along

[@janicejose4725]

Tysm this really helped me

[@sharma_anuj00]

The best on TH-cam love u broo❤️

[@HemaSR-hk3yb]

Best best channel ❤❤

[@mahnoor2604]

awesome lectures

[@sony3387]

شكرا جزيلا 🙏🏻 thank you 🌝👍🏻

[@vaibhavagarwal602]

I just saw my sir's notes and realised he basically copied everything in our Digital electronics course from these lectures haha.
I guess imitation is the greatest form of flattery

[@rajendragurukar4986]

You to be award bhartha ratna award

[@shveta1904]

What is the use of.full adders and half adder in real life applications?

[@anushas6411]

Really good explanation

[@jeffreyhalliwell7162]

Superb explanation

[@UECAshutoshKumar]

Thank you sir

[@madushanprathap9901]

Thank You

[@eliyasahmed1211]

you r really great sir

[@ibadshaikh2215]

Best Explanations

[@praveens4902]

Nice explanation sir

[@rajeshwariraghavan7629]

thank you soo much sir !

[@chinthakashehan7172]

Thanks Sir..

[@barsilgen120]

Thanks a lot

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Thanks sir, very nice explanation

[@pranaydevarashetty1924]

Loved ur xplanation

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Papa bless you

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If u want to grow then no one stop u😍❣️😎

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you are great... its really helpful

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i have remembered that, when I visited my grandmother in the village, and my grandmother said, one day some pepl will waste their time rding ur commet

[@Maiiepmaidiep2610]

thank you, can you create a tutorial about Arithmetic and logic unit.

[@anmol3]

How can he draw so cleanly with only using his mouse? What else do the sir use to make such videos?

[@codeb3nder862]

he is the Messiah of all

[@abhishekshah6871]

can you make videos on computer organization and architecture

[@ZahidulAmin1990]

Excellent thank you

[@abhishekshaw1502]

thank-you very much for this.....🤗

[@zenaib_]

U r legend 💪❤

[@mayurprajapati2836]

Sir Can we get the tutorial on mapping system in micro processor. as like direct mapping set associative mapping etc..??

[@dhrumilkansagra2380]

Best explanation sir

[@jacobpatole7588]

cool dude,I can make something new from what I have learned from ur video

[@trishaan1376]

Thank you sir......❤️❤️❤️

[@shubhammishra9648]

can you plz explain the propagation delay involved ??

[@lindajosiah4305]

So for the case of the 8-bit full adder, what will be the total number of outputs, would it be 3, (2 for the sums and 1 for the carry)?

[@Loundre3]

The outputs for handling 8 bits are only one Carry out and eight Sum outputs.

[@dulalanjal]

what is the maximum number of half adders that we use in n bit parallel adder and why?

[@브라우니엔조안나]

could someone tell me what the slash on the arrow represents when he explains 8-bit full adder?

[@kushagrasingh6653]

no

[@himanshu7103]

@@kushagrasingh6653 don't be rude bro

[@HarshPatel-us3dz]

@@kushagrasingh6653 she asked that question 3 years ago and you are saying no now😂😂😂

[@judithbernardo5709]

Is the parallel adder and the full-adder have the same boolean function??

[@AathiRamesh-m1z]

super sir

[@AathiRamesh-m1z]

❤❤

[@KingXKok]

how is this parallel?

[@Ehbraham]

makes so much sense!!! thx!

[@shyamaldeb4047]

tnx a lot for this video

[@destinyobamwonyi]

I think another name for this should be "Ripple Carry Adder"

[@baselkelziye4552]

can we use the first one as a half adder because anyway we wont add carry to the sum?

[@adharshbputhumana4480]

Hii Sir u r great.
Are both prefix adder and this are the same

[@stanleyonwuka2179]

Do you offer private tutorial services to students in other countries?

[@hamdanhassan8037]

The question is, is it possible to have 4 bit paralle adder using half adder? I mean if the half adder is not been coverted to full adder in the first place.

[@wwilliam8453]

it helps a lot

[@santoshpadalwar1807]

Thanks sir !!

[@RushilChopra101]

So is this parallel adder or full adder?

[@Worldwidetrivia]

I was reading 4-bit and 8-bit adders and in that, there was a term gate delay.Can you explain that?

[@sagarkulkarni174]

Sagar Goyal,
In electronics, digital circuits and digital electronics, the propagation delay, or gate delay, is the length of time which starts when the input to a logic gate becomes stable and valid to change, to the time that the output of that logic gate is stable and valid to change. Often on manufacturers' datasheets this refers to the time required for the output to reach 50% of its final output level when the input changes to 50% of its final input level. Reducing gate delays indigital circuits allows them to process data at a faster rate and improve overall performance.

[@daffa924]

so helpfull for me btw thanks a lot

[@abhishakespeare2298]

G Faad explanation