I would not rewire a circuit five times or even once.
It is better to find your fault in your original wiring. This is how you learn from your mistakes.
If it did work after rewiring how would you know what mistake you made?

 

In both cases that you mentioned the counter is rolling over from 1's to 0, then a single 1. Something is causing this that you may have overlooked. Even 1 V of ground bounce can cause multiple triggering. These parts really need a printed circuit board. Failing that you can try debugging the connections at a slower speed.

I have to ask about how you're constructing these circuits.

On a breadboard but if it was denouncing isue it would not be only at specific timestimesq

 

I would not rewire a circuit five times or even once.
It is better to find your fault in your original wiring. This is how you learn from your mistakes.
If it did work after rewiring how would you know what mistake you made?

Yeah you are right but as far i can see i didn't make any mistake

 

Hi ek,
Without seeing your circuit diagram, we can only keep guessing at the problem, post a circuit diagram.

E

 

Hi ek,
Without seeing your circuit diagram, we can only keep guessing at the problem, post a circuit diagram.

E

As well as the schematic, a picture of a hand drawn sketch is fine, a picture of the actual board please
out of interest, the picture you say "is you circuit" is not the way to wire up the 163 counters,
https://www.ti.com/lit/gpn/SN54LS163A
look here fig 1

 

On a breadboard but if it was denouncing isue it would not be only at specific timestimesq

I think you might misunderstand. Ground bounce is not the same as debouncing. Ground bounce happens in fast TTL series chip like 74Fxxx and 74Sxxx chips when multiple outputs switch at the same time as when a counter rolls over from 1111 to 0000. It causes problems like what you are describing. There are many types of breadboards and the details matter.

Here is some additional information
https://www.electronics-tutorial.net/System-On-Chip/Power-Distribution/Supply-and-Ground-Bounce/

 

I think you might misunderstand. Ground bounce is not the same as debouncing. Ground bounce happens in fast TTL series chip like 74Fxxx and 74Sxxx chips when multiple outputs switch at the same time as when a counter rolls over from 1111 to 0000. It causes problems like what you are describing. There are many types of breadboards and the details matter.

Here is some additional information
https://www.electronics-tutorial.net/System-On-Chip/Power-Distribution/Supply-and-Ground-Bounce/

I found the problem it was in a hole other part of my build it was coused by a bad connection that was connected also to the leds

 

I found the problem it was in a hole other part of my build it was coused by a bad connection that was connected also to the leds

Good for you.

When you have eliminated the impossible, whatever remains, however improbable, must be the truth. – Sir Arthur Conan Doyle, stated by Sherlock Holmes