MOD-6 Asynchronous Counter Using JK Flip Flop | Sequential Logic Circuits | Digital Circuit Design

Explore the workings of MOD-6 Asynchronous Counter using JK Flip Flop in this insightful video on Sequential Logic Circuits and Digital Circuit Design. Discover the intricate steps involved in creating this counter, unlocking its potential applications. Learn the fundamentals and practical aspects of designing digital circuits, paving the way for a deeper understanding of sequential logic. Dive into this comprehensive explanation that simplifies complex concepts, ideal for both beginners and enthusiasts in the realm of electronics and circuit design. Join us to unravel the magic of MOD-6 Asynchronous Counters in this engaging tutorial.
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[@michaeltekela1374]

A very short and precise presentation! Smart

[@paladinwarrior2379]

Thanks for your video, teacher!

[@gracejency951]

Very simple and clear..

[@thandalasaithilak1481]

Asynchronous counter chala baga cheppav darling ❤️

[@galileokiprotich8418]

Super understandable

[@luckychannel6393]

Thanks mem helpfull video

[@rambogaming2649]

Thanks 😊👍

[@AnkushKumar-qg2ei]

Positive triggering mein kya difference hoga

[@kalpanarouthu7013]

Nice explanation mam....

[@oyeha__uckya1223]

Thank You Madam❤️

[@amaynayak7242]

mam how to do the circuit diagram using k map like how we do in synchronous counter?In here i not understood why nand gate is used..

[@sharant6851]

For asyn we don't need any k map

[@seva_parmo_dharam]

Thank You so much Mam

[@-shoya-ishida-]

thank you very much ma'am

[@puneethkurrala5151]

Well explained mam
U r video is lot of useful for me

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[@rohanmadhav3017]

Thankyou

[@bhanusrinijakalakoti9767]

Mam ek doubt .. tum asychronous me baath ke kaya..??? Mere text book me individual input hai .

[@csosclracconlpro8701]

sorry can you explain, why NAND-Gate is needed?

[@E4E]

If we reset at 6 C=1 and B=1 yet A=0. The NAND function is required as these particular devices have active-low set and reset pins (Logic zero makes them happen). If the set and reset pins were active-high, we would use an AND gate :)

[@fathimathshazia679]

❤

[@thandalasaithilak1481]

Evaru cheppina artham kale honey voice tho sweet ga cheppav

[@sagaragc4200]

Design a Synchronous Mod-6 counter using clocked D Flip-flops to realize the given counting sequence 010, 001, 010, 111, 110, 101. Draw the 'State diagram'. Show the 'Application table for D Flip-flop'. Workout the 'Excitation table' to realize the random counting sequence given. Generate the minimal sum logical expressions for Flip-flop inputs. Implement the relevant logic circuit of Mod-6 counter designed.
Plz send this question answer plzz

[@kankanabhowmik4573]

Mod 6 asynchronous or make a 6bit asynchronous is same or not?

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[@kuldeepkargeti1916]

Not same

[@yuvrajpradhan5050]

it is a mod 6 counter ..shouldnt you take 6 values from 0-5 and not 7 values

[@maxpayne7302]

Dunno if it's late but I think she has to take the value 6 to give clear. So you are right and she is actually taking values from 0-5.

[@jeevanreddy9895]

6 is not considered there👍🏻

[@jayrajsinhjadeja7555]

(2^n)-1
n=3
Maximum count is 6
How?????????

[@priyanshusaxena7157]

6 is 110, and the count for 3 bit can go upto 111, hence n=3

[@yehualashetbelayneh5528]

xza

[@adarshsharma007]

C ko pehle kyun likha

[@faisalpeer973]

Totally wrong

[@r.b.4386]

It's correct explanation.
If you're not interested then you need not to watch it but you should not leave a negative comment like this