how to design parallel j k flip-flop counter 0-9

 

Can you be more specific? A logic arrangement that takes data in parallel is a register. A counter indicates events that occur in a sequence. Have you looked at the data sheet for an existing counter (if that is what you want) like a 7490? That is a BCD counter.

 

Well he asked us to do jk flip flop connected in series and do another on connected in parallel. That count from 0-9 and I have done the series one but I don't know how to do the parallel one.

 

Get the data sheet for a 74162. That is a parallel load capable BCD counter.

 

Maybe the question is about parallel (synchronous) clocking vs ripple clocking.

 

no, he want us to design parallel and series counter from 0-9 buy using j k flip-flop
as i said i have done the series counter need help in the parallel counter.
any ideas

 

no, he want us to design parallel and series counter from 0-9 buy using j k flip-flop
as i said i have done the series counter need help in the parallel counter.
any ideas

Here is one definition of a parallel counter.

An (n, m) parallel counter is a circuit with n inputs that produces an m-bit binary count of the number of its inputs that are ONEs.

Unfortunately, you have to pay EUR 34.00 to read the entire article.

I don't see why a parallel counter (with this definition) would need flip-flops. It seems to me that it would be combinational logic. There may be other definitions for parallel counter. As beenthere suggested, I believe that parallel-load counters are sometimes called parallel counters.

 

Hello,

Take a look at the PDF in the link:
http://meseec.ce.rit.edu/eecc341-winter2001/341-2-13-2002.pdf

This is a link from this EDUCYPEDIA page on counters and registers:
http://www.educypedia.be/electronics/digitacounters.htm

Bertus

 

Hello,

Take a look at the PDF in the link:
http://meseec.ce.rit.edu/eecc341-winter2001/341-2-13-2002.pdf

This is a link from this EDUCYPEDIA page on counters and registers:
http://www.educypedia.be/electronics/digitacounters.htm

Bertus

I think you got it.

 

thank you so much, i got them works