Johnson's Counter (Twisted/Switch Tail Ring Counter)

[@deepakmarathe7347]

You are the life saver for engineering students, thanks for the great explanation

[@poulameepal8065]

Thank you very much Sir for all the videos !We engineers need teachers like you !!!

[@hahahaha8633]

Sir, Please make Lecture series on:
" Computer Architecture and Organization "
Thanks for this awesome lecture.

[@abcsenior377]

NESO rocks even after 6 years ... Wonderful teaching .... Thank you very much for your teaching....

[@Mingwofficial]

even after 8 years

[@half-soul8393]

even after 9 years

[@PratikShende91]

your teaching is perfect sir...its like you made it so easy to understand...this concepts....really helpful...thanks for making such good quality videos sir ..really appreciate.... thanks...

[@kasigarikavitha1481]

Super sir, no words to tell how good u are teaching thank u soo much sir

[@inyourfacerockon]

Thank you for the tutorials, you helped me pass my exams!! Keep making!

[@anchal4475]

Dreyvs Orprecio t same here

[@margihingrajia1873]

Thank you for explaining everything perfectly!

[@mahadihassan6654]

I hope these videos become timeless

[@rynne12]

Thank youuuu, finally understand Johnson's counter.

[@sumitjoshi9592]

sir plz discuss one numerical in every presentation related to the topic discussed that had appeared in GATE or IES .thank you sir

[@mahipatel9672]

Thank you sir for making my concepts clear!!!

[@pavankumarp3012]

Thank you so much for uploading this learning video I have understood clearly this Johnson counter

[@malikalshikh1737]

this is absolutely perfect , thanks alot.

[@maharshi9999]

Thank you for ur videos. I wrote my exam well.

[@omshvlogs]

sir have you not uploaded video of ram rom.

[@jyothijyo3238]

Nice videos sir....we are understanding a lot from ur videos

[@arjungautam4542]

Thanks for this lecture watching from Nepal.

[@tamilkeyboardlessons3505]

giving confidence

[@aayushpagare9366]

Thank you NESO ACADEMY❤️

[@sapphirestrings8418]

first off, thanks a lot for putting this up...Your videos are truly amazing and i really appreciate the way you teach. I just have one question. Why is Johnson Counter called "twisted' ring counter?? what is the reason?

[@skyangel185]

because the draw of this counter in flip flop have interoperate

[@swarnaanjuu9113]

Because the inverted output q of last ff is fed back to the 1st ff.but in ring counter the q of the last ff is fed back to 1st ff...this is what i think...check for other answers also....tq

[@arnavverma2461]

sir you had said in beginning of lecture you would tell about one more advantage of johnson over ring counter but forgot, could you plz add that ?

[@prathameshkodgire8642]

Tq sir , par isse pas to jo jaunga na??

[@bhagyashribhat2751]

Sir, Thanks a lot . You explain really good .

[@pateldivyesh7259]

incredible explanation,no doubt,perfect,but AUDIO is too LOW

[@aasaanpadhaai]

Can I please prepare perfect subtitles for your videos...

[@konduruakshitha7082]

Thank you sir can I have some what theory...very good explanation

[@shivaniverma730]

In this graph he didn't put the Q1,Q2 and Q3 initially high why where in RING COUNTER it's high WHY?

[@harichandanamuppa9395]

👌🏻gud explanation sir

[@mukund369]

Sir in that waveform you have drawn Q1,Q2 and Q3 as low in the beginning .but in the above part wave form of clr is high dosnt that make Q1,Q2 and Q3 high too..

[@shubharambh2135]

Superb lecture sir

[@anmol1995]

Sir why u have taken CLR as logically 1? As CLR is active when it will be logically 0.

[@harshasaisampathkumaryendu2603]

When twisted ring counter is realised by only one D flipflop then circuit is equivalent to ?!

[@Lofi_Music09]

Hii....I am you are regular student..here, for the d ff if the input is 1 then o/p is also 1 ....but you are telling that for 1 st ff I/p is 1 but o/p is 0 ...how is it right

[@budensalman2699]

Sir plz upload the videos on analog communications and analog electronic circuits plz sir

[@aayushsaxena7374]

practical use of this circuit ?

[@gptankit1997]

In the table you have shown the sequence Q0-Q1-Q2-Q3. Shouldn't it be Q3-Q2-Q1-Q0 for Q3 being the MSB?

[@anonymous-gh4mq]

How well explained 👌👌👌

[@sam-pd6zi]

nice explaination

[@shikharohilla5288]

Sir please make video on finite state machines also

[@Mahesh-gq7fm]

very nice tutorials.....gr8........tnx to neso

[@udirosh9642]

Sir,upload a video on applications of ring counter

[@nischalgyawali2194]

Thank you so much 😊

[@sanathkumar3052]

Can we left shift the Johnson counter?!
If it is ,how?!

[@amanullah1707]

Very clever

[@aasaanpadhaai]

Can I please create perfect hindi subtitles for your videos

[@MrPotaatooo]

is it a shift register? and is it negative or positive edge triggered

[@ElifArslan-l9g]

Thank you

[@anishbasu5902]

Please upload a video on arbitrary counter design

[@BTSarmy-zx3up]

How to draw 5 bit Johnson counter?

[@AffanShaikh-fw1hp]

Why u jave written CLR=1in truth table for each states?

[@satakshi0304]

I have a doubt. Is always D flip flop used in case of Ring counter and Johnson's counter? Or can these counters be implemented using other flip flops too?

[@skyangel185]

hi. we must use only D flip flop
if he gave as question the other type of flip flop we must converted this type to D flip flop
Greetings

[@haristahir9916]

Sir how we can remove error in jhonson counter when an unused state is occurr.

[@shivramchoudhury]

What is meant by "Divide-by-18 Johnson Counter" ???

[@ankursah5]

what is the full form of NESO? :p

[@lifeexplorer2965]

Neso can refer to: ... Neso (moon), the outermost moon of Neptune, and the moon with the greatest known orbital distance from its planet.

[@nourssaif]

thank you so match from my ❤

[@flavioagostini153]

does it changes anything if the D flip flops are positive edge?

[@famousmagicintheclassmoham4848]

why dont we keep the clock intially 0 instead of bringing it to zero

[@Daydreaming682]

would the result be the same if the clock was a rising edge?

[@gurunaresh1756]

Do we need to use only D FF for Ring and Johnson's counter?

[@tamizheniyan518]

Thanks bro nice work keep going

[@akashk600]

Thank you sir
U r awesome

[@neerudusrilekha6145]

thank you its really helpfull

[@sourishdutta6127]

Sir, If I follow your lectures then would it be sufficient to crack gate?

[@mayankkumar2054]

crack hua GATE?

[@mersihaceranic6762]

Does the size of sequence for Johnson's Counter has to be even number, or it can be odd too?

[@BCS_Aadil_Mohammad_Husain]

It can be odd too

[@chiragmd8565]

What was the first advantage?!

[@mousanadermahdi5656]

what is diffrence between the counter ing &johnson

[@tonee899]

how do we add another Johnson's counter?

[@Itsomarali_]

thank you!

[@adibaaftab1875]

sir I have a questn in my book ..plz answer ITT..I HV tried a lot ...but failed..design a synchronous counter with T ff that goes through..states 0,3,5,6,0..how many t ff is requird to design..the counter..plz help!!

[@nikhil-rm5dt]

it is odd syn up counter and you required 3 flip flops.
for even values your next state will be 0

[@bachuchaitu401]

3 F.F.'s and explanation is same as in sync Counter Design

[@meenakhemnanikhemnani2294]

what abt frequency in johnson counter

[@jameskamgar]

thanks a world

[@harryflim]

sir BCD synchronous counters?

[@aviralkhanduja5834]

but q3 should be msb in table

[@kushwanthkapa2041]

tanq sir

[@ajithpenubadi3074]

Countra!!!

[@anindyarana8060]

Why having more number of states for a sequential circuit is advantageous?

[@shraddhamodanwal8293]

hazards lecture link plzz send me

[@pratimamodi607]

sir what if we want to use jk ff?

[@MrPotaatooo]

do you have the answer?

[@karthikraut2]

Hi

[@vaibhavgaur261]

sri ram janki baithe hai mere seene me

[@zunaedaman1930]

This is Up counter, right?

[@thecompilerbro]

Thanks a lot.