Your browser is incompatible with Multisim Live. Use the Chrome™ browser to best experience Multisim Live.

3 Bit sync up count RA191103001063

Favorite

Copy

321

Views

Circuit Description

Synchronous Counter Design a 3-bit synchronous counter with the sequence below by using JK flip flops. 1 5  3  7  4 0 2  6  ... Apply the clock pulses and observe the output. Verify your design with output waveform simulation

There are currently no comments

3 Bit sync up count

Gyanesh-Samanta

ade-modal-prac-ra1911030010109 (1)

richard897

3 Bit sync up count

harsh27kumar

ade-modal-prac-ra1911030010109

richard897

RA1911030010074- UPE

VarshaNarra

ex 10 up

RA1911030010115

RA1911028010079

Aashna

RA1911003010374

blanks

3 Bit sync up count-RA1911003010676

RA1911003010676

ade-modalprac-ra1911030010109

richard897

3 Bit sync up counter (1) (1)

RA1911032010028

3 Bit Sync Up Count

pratikpattanaik

Creator

pragya4977

23 Circuits

Date Created

3 years, 11 months ago

Last Modified

3 years, 10 months ago

Circuit Copied From

3 bit synchronus up counter

Browser not supported

Tier limit reached

.logo-st0{fill:#57b685}.logo-st1{fill:#626366}

3 Bit sync up count RA191103001063

Circuit Description

3 Bit sync up count

ade-modal-prac-ra1911030010109 (1)

3 Bit sync up count

ade-modal-prac-ra1911030010109

RA1911030010074- UPE

ex 10 up

RA1911028010079

RA1911003010374

3 Bit sync up count-RA1911003010676

ade-modalprac-ra1911030010109

3 Bit sync up counter (1) (1)

3 Bit Sync Up Count

Creator

pragya4977

Date Created

Last Modified

Tags

Circuit Copied From

Related Circuits

D flip-flop

3-bit Adder

3-Bit Asynchronous Counter Using D-Flip Flop

Open Circuit

Circuit Graph

Embed Circuit

Embed Linked Image

Remove Comment

Enter Email