Browser not supported

✕
Go back

Tier limit reached

✕

RA1911003010439_Exp_10_UP_COUNTER

0
Favorite
9
copy
Copy
264
Views
Open Circuit
RA1911003010439_Exp_10_UP_COUNTER
Social Share
Embed circuit
Embed linked image

Circuit Description

Graph image for RA1911003010439_Exp_10_UP_COUNTER

Circuit Graph

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

Profile image for RA1911003010447

RA1911003010447_Exp_10_UP_COUNTER

RA1911003010447
Profile image for sk5817

RA1911003010388 Exp10 UP

sk5817
Profile image for RA1911003010454

sipo

RA1911003010454
Profile image for adityanagar

RA191100301056_Exp_10_UP_COUNTER

adityanagar
Profile image for RA1911003010489

RA1911003010489_Exp_10_UP_COUNTER

RA1911003010489
Profile image for debodyuti1

RA1911003010364_ Exp 10 Up Counter

debodyuti1
Profile image for Tusshar

Copy of RA1911003010439_Exp_10_UP_COUNTER

Tusshar
Profile image for debodyuti1

RA1911003010364_Exp_10_UP_COUNTER

debodyuti1
Profile image for RA1911003010354

RA1911003010354_Exp_10_UP_COUNTER

RA1911003010354

Creator

Profile image for ra1911003010439

RA1911003010439

10 Circuits

Date Created

4 years, 6 months ago

Last Modified

4 years, 6 months ago

Tags

  • digital
  • counter

Circuit Copied From

RA1911003010439_Exp_10_DOWN_COUNTER (1)

Related Circuits

Preview of D flip-flop

D flip-flop

by Sobrjery

12645
7
copy
274
Preview of 3-Bit Asynchronous Counter Using D-Flip Flop

3-Bit Asynchronous Counter Using D-Flip Flop

by Angeles_Maila

7302
1
copy
22
Preview of 3-bit Adder

3-bit Adder

by EESal

6736
2
copy
25

© 2025 National Instruments Corp. ALL RIGHTS RESERVED.

Hosted Services Terms Privacy Policy Export Notices Terms of Use

Circuit Graph

✕
Graph image for RA1911003010439_Exp_10_UP_COUNTER

Remove Comment

✕

Are you sure you want to remove your comment? This action cannot be undone.

Cancel Remove Comment

✕
Cancel Send

Enter Email

✕