Counter type ADC

[@TutorialsPoint_]

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[@lucianodsb]

I'd like to publicly thank all India efforts on Engineering and Science. Without Indian youtuber teachers my graduation would have been way harsher.

[@circuitsanalytica4348]

You are absolutely right Luciano.....✌✌✌

[@iambatman2123]

Easiest explanation on the internet!!
thanks!

[@NAVEEN.1603]

Your classes are more useful for preparing exams....... Your explanation is Good and easy to understand

[@ruchitayelwantagi4206]

U deserve to be somewhere else mam❤ excellent teaching thnk u mam

[@devanshbhushan1057]

i am from jupitor...there are no good teachers here mam....thanks for the help.. :D

[@princedobariya2697]

Ma'm your tutorials are very helpful....
Thank you so much...

[@srinivasbalaji3986]

Meru chala andam ga unnaru

[@AayushRaj-kp3zz]

crystal clear explanation
Thanku mam🙂

[@estherpravallikamaddu9170]

Mam, your explanation is very good.

[@soumikchakraborty9885]

Why are you not taking step size or resolution?

[@efeonal7723]

Thanks, it's really clear. Could use the subtitles though haha

[@jackdanksterdawson112]

Efe Önal rofl

[@boli7200]

Thank you! In this structure, it seems that there is no down converter function. Do I get wrong understanding?

[@rabeebibrat1805]

I think the actual converter has a reset button. Check this link: www.elprocus.com/counter-type-adc-analog-to-digital-converter/

[@jbrecgovind9975]

Could you plz send me video link of AC characteristics of OP-Amp

[@manikantanagalla2198]

Can we change the o/p of dac to inverting terminal
Is there any change happened on o/p of op amp

[@Random-sk7sx]

Is this ADC ALSO called staircase ramp type dvm?

[@mahboobali9682]

Yes

[@palwinderkaur1672]

Very clearly explained mam..
Thank you 💓

[@AboutEverything56]

please do for other subjects because JNTUK AFFILIATED COLLEGE STUDENTS MOSTLY DIDNT GOT CLEAR OR ANY NOTES OR TEXTBOOKS FROM THEIR INSTITUTIONS THEY LIKE ME ALWAYS DEPENDS MOSTLY ON RUclips AND GOOGLE TO SEARCH FOR THEIR ANSWERS AND PASS MARKS PLEASE HELP US TO GET THEIR THROUGH YOUR VIDEO CLASSES

[@circuitsanalytica4348]

Dear Sai, you will several channels of your interest ....

[@skyfall_99]

Very well explained madam thanks a lot. ❤ Stay blessed!!

[@soumikchakraborty9885]

Why is step size avoiding?

[@GouravTECH]

ramp ADC??

[@vinayak45]

Extraordinary explanation

[@AshishCE-i3r]

Every word is worth Thank's a lot Mem ......

[@lucidethicalhacker]

Mam y can't u make playlist of different lessons

[@rabeebibrat1805]

thank you. it helped a lot

[@vishakasaxena5019]

Mam are you tamilian??

[@akarapusujith]

What happens for fraction of input voltage.

[@perinkumar2882]

I think it fixes the value to the higher num bro..let us take I/p as 3.2V...then another clock cycle is also considered..resulting the o/p as 4

[@kaptain_deb]

@perin kumar then, i guess it's an error.

[@circuitsanalytica4348]

This value is approximated to a higher value

[@md.ruhulamin5530]

When comparison result will be zero?

[@amalis6880]

Great lecture!!!

[@vengotisudhakar9099]

Madam I have one dhout actually, how to get 3 binary value is 0011,can you explain or any related videos again send madam please

[@mesfinpaulos1636]

thank you very much !!

[@smarttech9812]

thank u very much

[@saranga4603]

Saved my day

[@chaitucherry879]

Please explain pipelined ADC Concept 🤩

[@gopikamenon4860]

Awesome class mam

[@vimalsuryadev5787]

Thank you.

[@rodneygolpe3614]

Thank you!

[@sudheerkumar9412]

So helpful .... Tqs

[@Lavkushkumar-xm4jb]

Thanks mam for describing

[@leninraju8926]

Thinking you so much

[@mehedihasanakash007]

Thanks mam....☺

[@meherkrishnavarmamudunuri451]

Thank you

[@physicsaayatatulpednekar1856]

Good explanation

[@kavyasharma9018]

👏👏

[@jackdanksterdawson112]

u mallu mam?

[@sanjeetnandan5654]

Charan Sparsh ,🙏

[@Muantea]

Thanks alot Ma'am

[@parijatdas]

Thanks ma'am a lot

[@AboutEverything56]

THANKING YOU SO MUCH

[@akatsukipm3114]

How the number of clock pulses is 2^(n-1).....Can anyone help ??

[@rabeebibrat1805]

I think 2^(N-1) is the upper limit. So maybe 2^(N-1) clockpulses are always used to keep the oepration synchronous.. maybe.. just an opinion

[@rabeebibrat1805]

no, my explanation is wrong. www.elprocus.com/counter-type-adc-analog-to-digital-converter/

[@satturajesh7641]

We deserve mam thanks

[@arunsharma-ze1sl]

Thankyou mam.

[@priyainsan3442]

Thanku madam

[@b.renuka6960]

Video quality was not good....

[@kaptain_deb]

What will happen if the analog input is 3.5v? Then also the 4th clock will pass and digital output will be 0100 which is an error. So, how will it deal?

[@circuitsanalytica4348]

You have to adjust the least count of the adc, in this case least count or resolution is 1V..

[@circuitsanalytica4348]

If least count is 0.5V, then it will be error free ...

[@sayanmallick5535]

Mam ur great

[@jbrecgovind9975]

Good morning Madam

[@wannabeanegnr.5628]

you are cute maam 😀😇

[@Nikhee8]

Ok

[@balaramanbala9785]

1.25x speed😅

[@circuitsanalytica4348]

She is explaining each and every thing in detail... that is why you feel it is slow 🙂🙂🙂

[@nishchaypandit973]

mam i like you so much plz mention your insta handle