Q. 6.17: Design a four‐bit binary synchronous counter with D flip‐flops || Complete design steps

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Q. 6.17: Design a four‐bit binary synchronous counter with D flip‐flops || Complete design steps
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Problem solutions of the book Digital Design by Morris Mano and Michael Ciletti: • Q. 6.1: Include a 2‐in...
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[@purya8845]

Thank you so much, it was very helpful

[@amnah3449]

Perfect explanation, thanks

[@spenceriannantuono9030]

Greatest of all time.

[@carenyoussef6267]

Today is my birthday and u made it 10 times better.

[@aashnavaid6918]

thank you! it was helpful.

[@marcelhusar7819]

Great explanation.

[@prathimareddy689]

Thankyou so much for the video.It helped me during my university practicals.

[@mayboyx]

Thank you so much!

[@user-kd7ld4ff4t]

super explanation

[@veda6165]

do you have tutorials for wiritng a verilog program for this design?

[@jakobnilsson679]

How would you go about this solution if you had to clock the counter manually, i. e. having one more signal (let's call it x)? Because in that case we can't solve it with Karnaugh, right? I have an assignment where I'm supposed to design a synchronous, manually clocked counter for 2-3-4-5-6-7-8, realised with D-flipflops, NAND-gates and inverters and am stuck at the state table.

[@byakuya_nati1225]

i guess you would have to use a 5 variable k-map

[@jayantvijay1251]

how did you simplify D3 in last by abar b+ a b bar???????????

[@shanmugakamaleshm4254]

This problem is binary up or down?

[@fatemehmousavi5705]

Up

[@akhil9029]

@@fatemehmousavi5705 are you sure it is for up

[@fatemehmousavi5705]

@@akhil9029 If you mean that in this problem an up counter is designed, yes

[@akhil9029]

I have a question can we chat in what's app if you have time..?

[@fatemehmousavi5705]

@@akhil9029 no sorry

[@asha-techdotcom]

Thanks abunch