Mam u r teaching is very good..... Every day in clg i am not leasturning my mam's lecture.... After clg i came to room and learning from u mam... Keep on doing videos like this.. So that many students like me can gain knowledge.. Tq for u r lecture mam. 😊
Tip: To better understand the Toggle state, watch the next video (i.e, the T Flip-Flop). In that video, Mam has explained the same thing in a much a understandable way.
Here in last toggle condition we are reconsidering the Qn+1 gate with the output of calculated (Qn+1) Whole bar. Afterwards, just calculate for Qn+1 normally as we do.
was stuck on this for 2 hrs. watched atleast 10 videos before this one. not a single one even mentioned how the 3rd input affect the circuit for non-toggle cases till you did
Even in SR flip flop also when S=1 and R=1 condition, if we process Qn+1 bar first and with its result, if we process now Qn+1 then we may get a result of 0. Why we cant do that? Please clarify.
Your videos are always fantastic and full of knowledge. But, in this video your circuit is wrong. J should be ANDed with Q' and K should be ANDed with Q. You should not use NAND gates. Already you explained this in your video containing the conversion of SR Flip Flop to JK Flip Flop video. Anyway, thanks a lot for providing beautiful online lectures for us. Keep it up.
Madam, when j & k is 1 the Qn & Qn bar is also 1,same as sr flip flop.... But here we considered first Qn+1 bar.. Then it is given to Qn+1 then the result is changed. If we consider this in sr flip flop we don't face "indetermine"..... Y don't v consider in sr flip flop...?
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Kindly be aside of white board after end of lectures so that we can take screenshot of it... however all lectures are very helpful
Yes please
Hlo
Yes
@@naziayounasnaziayounas7511 hi
@Hunter Sam It's fake, don't trust it guys, stay safe
It is a very confusing topic , but because of you it's a simplest topic ever for us ❤️🙏
word
Thank you so much madam..very clear explanation.. useful to the students..
The only video on UA-cam that explains exactly how you KNOW what Q will be based on J and K inputs. Great explanation!
Very very thank you mam, yesterday I gave exam and got the same question and I explain same as you done in this lecture.
Thank you❤🌹🙏
Best method to explain JK flip-flop
This is the important flip flop. Flawless digital circuitry makes everything possible. Because it is flawless.
How easily and clearly you explains superb!!!!
Let's admit that No one else in the entire YT explained the 4 first cases like you did mam !!!
Thanks so much
Way of ur teaching is amazing, I able to clarify puzzle
You are great mam🔥
Thank you for this
Thanks for an easy explanation. :D
Much better explanation than other videos.
Mam Toggling condition pe doubt h....can u plz clear that
Ss mam
Your explanation is so clear to understand
Tq so much for good information
And Iam passed in exams very best teaching ❤️
Mam u r teaching is very good..... Every day in clg i am not leasturning my mam's lecture.... After clg i came to room and learning from u mam... Keep on doing videos like this.. So that many students like me can gain knowledge.. Tq for u r lecture mam. 😊
rcmas piller ivde likee!
thalaiviye thank you so much. Perfection!!!
Nee enada Inga panra 😂😂
@@nidinsree4813 poi paal kudida
Yoowww military... Nee engayyaaa ingae...
Thank you madam i love the way you recture
Tip: To better understand the Toggle state, watch the next video (i.e, the T Flip-Flop). In that video, Mam has explained the same thing in a much a understandable way.
Thanks a lot madam.for explaining in great way.👍👍
Best explanation for jk flip flop. Thanks
Thank you for your vedios such a neat explanation 😘😘😘😘😘😘😘😘😘😘😘😘😘😘😘😘😘😘😘😘😘😘😘😘
Understated explanation
excellent teaching ...
I can say with out any doubt ur explaining better that my mam🤭
Thank u for the wonderful explaination mam
Best video on jk flipflop on entire youtube no cap.
bravo very good explanation!!!!!
And your lecture is too good
very well explained ............thank you soo much
Nice explanation
Very good explanation.. Thank you madam...
Here in last toggle condition we are reconsidering the Qn+1 gate with the output of calculated (Qn+1) Whole bar. Afterwards, just calculate for Qn+1 normally as we do.
Excellent teaching 👍👍
Thanks For Video .. Very UseFul For exam
Nice explanation...Was greatly helpful....!!!
no it isint ,she doesnt explained why she (qn+1)',for giving input to the next state,thts the main point of JK
Excellent teaching ✨✨
Excellent explaination
Thanks
best explanation
tank u mam, for the explanation ❤
Ma'am can you please upload a video of state diagram. This is a humble request from me. I don't understand other tutorials. Please ma'am.
Madam please explain master slave flip flop
Everything was cool until 10:42
was stuck on this for 2 hrs. watched atleast 10 videos before this one. not a single one even mentioned how the 3rd input affect the circuit for non-toggle cases till you did
Please clarify toggle condition!
Asap🙏
broast vedicheruo chettaa
*sister😬
Very helpful explanation thank you madam!
Best teaching 🙏
I like your teaching
Thank u so much madam
awesome teaching madam
Thank you Ma'am
Thank you ma'am
My doubt is clear ♥️
mam your teaching good
Thank you very much ma'am
Very helpful
How to write excitation table and characteristic table
THANK YOU
Excellent
So nice 👌 thanks 😊 too much
Ma'am I just love ur xplantion and you also...tq ma'am can I contact u to clear the specific doubts
Gd explanation madam
Expression for jk flip flop?Pls anyone tell
very nice
Thanks a lot mam
Even in SR flip flop also when S=1 and R=1 condition, if we process Qn+1 bar first and with its result, if we process now Qn+1 then we may get a result of 0. Why we cant do that? Please clarify.
Madam also getting Q(n+1) =Q'(n+1) = 1 for J=K =1. But Q(n+1) should not equal to Q'(n+1).
Can we create the same truth table with NOR gate?
Yes we can. But, S and R should be replaced each other. If you want to know, refer SR latch designed by NOR gate video.
Thank u you so much
I like this.. "There is nothing but"
1.qn how to complement this
Nice madam
We explain same in the exam as it u write only operation
teluga medam meedi?
Thankyou so much maam💐💐🌼🌼🌻🌻👏👏😇😇
Hindi bol skte ho aap ...agr English me problem ho rhi h toh
Thank you 😊
Medam plz tell me measurements also
pls make video on moore and melay machine
Good lacture
Madam pls how tu use NAND gate as universial
Because..we can use these gates we constructs basic gates that is and,or,not
Thank u mam...good explanation..but toggle is not clear mam
group up indian , any way good job
Mam please explain toggle. I cannot understand that
Mame please teach only foreign countries
Case IV toggle condition is wrong once verify madam.
Mam what are the drawbacks of jk flip flop?
mam please which Ic we can use?
Jayamma V maybe 7400
Mam please improve your language skills other than that everything is perfect
last part that toogle state is so confusing mam
Ys i m also.....plz clear that again
3-4 times aache se respeat kr ke forth solution dekho...smajh me aa jayega
@@basharatahmed9195 hlo
@@naziayounasnaziayounas7511 hi
@@arpitanand4695 this is the way
Your videos are always fantastic and full of knowledge. But, in this video your circuit is wrong. J should be ANDed with Q' and K should be ANDed with Q. You should not use NAND gates. Already you explained this in your video containing the conversion of SR Flip Flop to JK Flip Flop video. Anyway, thanks a lot for providing beautiful online lectures for us. Keep it up.
thank you mam
Thank you
Nice
Madam, when j & k is 1 the Qn & Qn bar is also 1,same as sr flip flop.... But here we considered first Qn+1 bar.. Then it is given to Qn+1 then the result is changed. If we consider this in sr flip flop we don't face "indetermine"..... Y don't v consider in sr flip flop...?
I mean. If we consider same in sr flip flop at s=1 R=1 then the result also changes... Then we don't need jk flip flop...
mam Ji 3 rd and 4th case no understand me
Thanks mam
Madam,
You r also getting Q(n+1) =Q'(n+1) = 1 for J=K =1. But Q(n+1) should not equal to Q'(n+1).
Mam i think there will be two and gate and two nor gate
Pls help
Clean board
Jungkook flip flop 😄 🤣 😂 army 💜