Truth Table, Characteristic Table and Excitation Table for JK flip flop

[@parthvasoya3562]

Fits into almost each and every syllabus of any given college or school ; extremely well designed syllabus and surprisingly complete explanation of topic ....with only one motive and intention --- that is , of teaching his students as much as he can. Hats off to this you sir!!👍👍

[@lehaswinipalla3365]

ikr!

[@MrChandukgcr]

🫅🏻​@@lehaswinipalla3365

[@subhaymanandhar6991]

give this guy a medal

[@in_tyler_we_trust]

🏅

[@darshanv8345]

Give me some money

[@ak689]

@@darshanv8345 💸💸take it

[@mr.uniqueaction7459]

And a crown

[@bikrampandey4689]

@@mr.uniqueaction7459 crown 👑

[@ianpan0102]

That moment when you figure out the table first before he shows you the answer!! All thanks to Neso Academy, so much better than my prof

[@mechtarin]

much better than mine fucking ahhh

[@adityapai5147]

true bro. u from kj?

[@vishalsathiaseelan679]

Such a detailed explanation. I love the moment when sir says "this is important!" . Makes me write down the notes & highlight them. Thank you very much sir.

[@dmwmm]

your videos are the absolute best, i am german, but i prefer your videos over anyone else's

[@Heera8787]

us indian's know what's up

[@알이즈웰-j9n]

i am korean

[@sanketsh6748]

I am from Titan

[@aishwaryadavid7565]

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[@ishworshrestha8999]

wow

[@aishwaryakolipaka8284]

Thanks alot!! Missed my online classes in lockdown.. Thank god!! U explained it clearly.

[@bakeronews1]

You’re better than going to school. Thanks forever!!!

[@SA-ETAnushkaGhanekar]

Still watching this video after 8 years !! Very good explanation....

[@harshithamunukutla9081]

your videos on sequential circuits are really help for me to practice all the latches and flipflops and the way your explaining the topics is very simple to understand .Thank you to neso academy. and my humble suggestion is to do videos regarding python programming sir

[@yasasmanujaya5968]

Thank you, you deserve to be a professor

[@sowon_96]

Awsome!! I'm majoring in Electronics in the university in Korea and I didn't understand these things. Now I can do!! Thanks to Neso Academy♡ ( I actually want to invite you to my class instead of prof. of my school. lollol )

[@learnwithme9677]

annyeong!! Army imnida😂😂😂 Can I know your name

[@iamtheking3688]

I regret not seeing it b4 the exams. Each and every thing is explained nothing is left out.thanks 👍 Do come up with more videos

[@joshiated8597]

Jesus saves!...

[@krushantwagh2509]

these videos are helping me a lot as I have just started to study two days before the exam😅

[@nitishgupta6802]

NO ONE CAN EXPLAIN IT BETTER!!.....your videos are very effctive to make learning digital electronic easy Thanks a lot !!

[@venkateshvaddadi271]

you are way of delivering lectures really superb its really sync with all students

[@jaypatel9221]

After 7 Years Still at Top Very Nicely Explain! HATS OFF

[@GOLD33N13]

You are just amazing, thanks for everything!

[@subashyadav-kf5jn]

I like your lecture .there is no need to improve nd ur lecture r very much helpful and the most good thing is that these r in an well organised way.thanku to do this job.

[@priyanshkumar5702]

Who give dislikes? Professors..!!🤣

[@shoaibalam791]

😂

[@maryamissakhani9521]

your videos are all so helpful and you simply explain these hard stuff in books without missing anything Thanks a lot

[@rajeevjaiswal2075]

thanks sir i study by driving rikshaw to pay in college i can not donate but very very much thanks i have not seen any video lacture better then this

[@Rapdailystar]

found it much easier and hopeful than even my teachers note

[@VishnuPriya-gd4vp]

Your lecture is too easy to understand rather reading in books.I viewed almost 100 videos which is awesome especially flip flop topic.It helps me to prepare for my competitive exam...thanks a lot....

[@nshivacharanreddy8768]

Vishnu Priya same opinion

[@prantardutta3957]

Great sir, I am totally dependent on u for the competitive exams, pls give online tutorial lecture on power amplifier, and multivibrator full

[@zalakparmar1305]

You are the best teacher ever

[@parthvasoya3562]

Absolutely awesome content 👍👍

[@Happy_girl63]

How can a person have such a cute voice along with knowledge?! lots of love to u sir❤️❤️

[@sambhavjain3655]

Keep this Good work going, Your lectures are shorter and much better than our lecturer

[@krishanlakhiwal]

Beautifully explained...

[@amandixit3555]

why we consider only one don't care and not both of them in a single k map

[@ajy1991]

Very nicely explained. Thanks a lot.

[@riseabovehate9476]

Neso Academy dude u saved ma life

[@Keerthana.J]

i undestood it very well on a serious note i was confused with this concept but after watching your video i got it cleared thankyou so much for this

[@kunalthakur2663]

in k-map of Qn+1 shouldn't there be 3 pairs??

[@nickmckillip9895]

very good pace and lecture sir

[@NAVADEEPSEELA]

Super explanation sir

[@ambreenkawish2145]

Good job

[@mahmoudnada93]

amazing explanation , thank you

[@mohamedmohsen3769]

يو ار ويلكوم يا ندا

[@harishpandi958]

Your lectures are very helpful for me . I'm thankful to you

[@abhishekkumarjha5717]

nice work sir u make me to understand these concepts well.

[@SaumyaSharma007]

Thanks a lot sir 👌👍....

[@akshaybose9159]

Thank you sir.

[@muhammad.sanwal]

@nesoacademy sir at 7:00, why didn't we make a group with the other don't care condition if we have considered the previous don't care condition to be 1?

[@DarkOceanShark]

Take the Karnaugh map. In that map now temporarily remove all the don't cares. The group which is possible to form now will be with that single '1' -> Qn'Qn+1. Bring back those don't cares now to consideration. Can the existing grouping be simplified by including the don't care? The answer is yes and it is done by including the below don't care and now we have a simpler circuit whose expression is just Qn+1.

[@KARTHIKPANCH97]

Really well explained sir. Really i should have found these before.... It would have reduced my burden.. I just found u the day before my final exam... Anyway, wonderful presentation and explanation... Hays off to u!

[@mohimohi519]

Keep going bro all love from Algeria you save me in exam❤❤

[@debasismandal1924]

who visits this channel one day before viva??

[@sheikhdg5454]

Yourself

[@saishanmukkha]

🚫🚫🚫🚫🚫🚫🚫🚫🚫🚫🚫🚫

[@amoghkalyanshetti3458]

Really well explained Sir

[@ecerahuljain]

Very Nice explanation, Thank you

[@pushkalagarwal3325]

check the sixth case in the characterization table, its coming wrong...take previous value of Qn into consideration too.

[@sumitsouravamohanty8935]

sir u are really awesome i can't tell u how your lecture are helping me

[@dini3776]

Anee thnkuuuu ❤❤❤❤❤ you are like a god ❤❤❤❤

[@SagarKar10]

These are superb works, Just a humble suggestion the lectures are numbered inside video. It would have been great to find out what is the lecture number for a student who dont know what are the topics following. Thanks

[@malehakim248]

+Neso Academy I still think its quite better naming them by their serie number. It gets easier to search only one single video or bookmark them than searching them inside a playlist. But nice work indeed. Really appreciate it.

[@kushwanthkapa2041]

for syncronous counters

[@ahmadjaradat3011]

Thanks forever

[@버그헌터_기브르]

thanks I could've made a mistake had it not been for your great content. Thanks.

[@md.omarfaruk8239]

i rate your presentation 10/10

[@khushikhushi3507]

Thankyou very much sir , for helpful video....................

[@ranbirkapoor4684]

Superb sir great job u done

[@robinhood4617]

Thank you so much sir ❤️

[@puneetray4045]

Sir J = Q(n+1) + Q(n) K=Q'(n+1) + Q'(n) Sir please clarify this I am getting different than answer ???

[@zattiya]

You have two terms: you did not consider the "don't care" in your K map.

[@rajashekar1748]

very nice lectures and easy to understand tq so much ..

[@gurudevkamathg3681]

Thank you

[@lyanna518]

who else thought there is a fly near your ear because of video sounds?

[@chax1559]

Very good explanation

[@nafisaislamrifa4300]

In SR Flip Flop, we determine the value of Qn+1 through K-Map. But in JK Flip Flop we are determining the value of J and K through K-Map. why so?

[@mayursurpaithankar2069]

Love from india❤️

[@sayantan009]

He is from India

[@prajvalkanth]

please tell me the meaning or definition for characteristic table and excition table

[@susonly2004]

thanks for such helpful videos

[@biswajitsadhukhan3617]

Hey, I have an confusion In this JK f/f circuit diagram, when in previous Q=0 and Q(bar)=1, then in the SR latch, the inputs are 1 and 1. We avoid this input condition in SR f/f.....so what happens after? In the next state, what are the outputs of JK f/f? PLS answer.....NESO ACADEMY is great life-saver for me now-a-days.....eagerly waiting :)

[@shaikadil2197]

if inputs are clock =1, j=1,k=1 Q=0 and Q(bar)=1, then in the SR latch, the inputs are 0 and 1 (after the first nand gate that is) and not 1 and 1 like you said.

[@monstermadhav1202]

sir as i see in the circuit there is the Q and Q(bar ) as an output but while you are making the T.T there is only one output.????what is the difference in T.t and characteristics table. ????? i have seen many video about it but there is not clarification about the truth table. while we giving the exam which table is should we make???? hope you will provide some information about the question i askk?????

[@jagansuryawanshi3783]

From my side 10,00000 likes for you great affort sir.

[@HelloWorld40408]

THANK YOU

[@similayoogundare4627]

Nice work.

[@tcgtrader]

You helped so much clarifying everything for me thank you

[@GauravGupta-pb8mk]

Thank you sir

[@EyeofEthiopia]

you save my time and thanks

[@pavanyendigeri2344]

thanks sir for the explanation

[@logvedio]

awesome sir..keep uploading videos !

[@suparnadas4858]

You are really awesome.........

[@thereturnofsushi]

at the end of each clock pulse the value of Qn could be either high or low right? That is what makes the race around condition such an annoyance, the fact it gives unpredictabl out? tput?

[@chitranjandas7683]

Thank you! Sir Thank you so much

[@antwanodekoob8522]

You are awesome! Thanks from Germany!

[@suniln1967]

Thank you sir..

[@namikaze9108]

what is a characteristic table and excitation table??

[@munnnamichael4395]

good explanation great

[@thisissharief7651]

living legend Neso academy

[@Triple_Care]

thank you very much!!!

[@seenibharath9760]

Sir or @neso academy Already I watched Kmap videos fully. But in this video what I had seen about doing kmap ( grouping 1's) is different what u have teached in kmap(grouping of 1's)videos Please consider my doubt and clarify the kmap doubts

[@justinng2808]

Previous video you mentioned the last case will give you a racing condition but you wrote toggle here. What does that mean?

[@abhaykumarsingh3029]

So I mugged my professor's notes , appeared for sem exams , and FAILED! So here I'm preparing for supplementary papers 🙃

[@maaninou]

N.B= the equation of Qn+1 is only true for clk =1 ! we can't ignore the clock when tracing timing diagram!

[@ritwikbanerjee8633]

Thanks a lot

[@rajivnarayan5214]

What exams are these useful for in India, I live here in Australia and I would like to now what exams you take in regards to electrical engineering will give me some insight into how good EE is in over at India :D

[@kunal_chand]

Here in India , People Just Focus on Mugging Up and reproducing it on the Exam . People Scoring Higher marks are Considered Intelligent .

[@wizamit]

I have this in BCA

[@ParthivShah]

thanks.

[@samijoyia4592]

awesom explanation thnx

[@chithrashreeks3132]

Tqqsm👍👍

[@innercalm9577]

Sir three groups can be made in k map

[@masbro1901]

Truth Table and Characteristic Table result the same, so why bother we trying to find Characteristic Table?

[@niranjanaarulnambi7309]

I think it's because we need to find the characteristic equation, which we cannot do so easily when we don't have a clear idea of the value of Qn for different values of J and K

[@ParthivShah]

very help full video.

[@StudyWithHud]

i follow your math concept in this video, but i'll more grateful if u explain physical or the origin of those concepts too.. "I don't want to believe. I want to know." - Carl Sagan btw thanks, Sir

[@StudyWithHud]

those concepts i mean is K-Map JK and so on.. u just explain like the pattern number on those tables without explain the physical that occur in the JK-FF circuit

[@manu-mm4pc]

on 2:24 what is Qn on the table ch.table ?

[@shubhambanerjee1571]

i couldn't follow after the excitation table once the k-map started.. how r u doing that? i didn't understand.