Counting TTL Input signals

Please support our C++ advertiser: Intel Parallel Studio Home
Reply

Join Date: May 2006
Posts: 3,117
Reputation: WaltP has much to be proud of WaltP has much to be proud of WaltP has much to be proud of WaltP has much to be proud of WaltP has much to be proud of WaltP has much to be proud of WaltP has much to be proud of WaltP has much to be proud of WaltP has much to be proud of 
Solved Threads: 282
Moderator
WaltP's Avatar
WaltP WaltP is offline Offline
Posting Sensei

Re: Counting TTL Input signals

 
0
  #11
Nov 7th, 2006
You keep asking the same question over and over. Unfortunately, without knowing what the data looks like (as all responses have tried to ascertain) there's not much we can suggest. Figure out what the data looks like to the program, then the way to count the pulses will become apparent.
The 3 Laws of the Procrastination Society:
1) Never do today that which can be put off until tomorrow
2) Tomorrow never comes
Reply With Quote Quick reply to this message  
Join Date: Nov 2006
Posts: 7
Reputation: jennifer911 is an unknown quantity at this point 
Solved Threads: 0
jennifer911 jennifer911 is offline Offline
Newbie Poster

Re: Counting TTL Input signals

 
0
  #12
Nov 8th, 2006
i'm sorry for coming in with inadequate information. I need to code the MSXB 036 counter timer board from Microstar. The inputs will be from the ion multiplier. The counter will have to count the TTL voltage inputs that are input from the ion multiplier. Can I code this in C or C++?
Reply With Quote Quick reply to this message  
Join Date: Aug 2005
Posts: 15,597
Reputation: Ancient Dragon has a reputation beyond repute Ancient Dragon has a reputation beyond repute Ancient Dragon has a reputation beyond repute Ancient Dragon has a reputation beyond repute Ancient Dragon has a reputation beyond repute Ancient Dragon has a reputation beyond repute Ancient Dragon has a reputation beyond repute Ancient Dragon has a reputation beyond repute Ancient Dragon has a reputation beyond repute Ancient Dragon has a reputation beyond repute Ancient Dragon has a reputation beyond repute 
Solved Threads: 1489
Team Colleague
Featured Poster
Ancient Dragon's Avatar
Ancient Dragon Ancient Dragon is offline Offline
Still Learning

Re: Counting TTL Input signals

 
0
  #13
Nov 8th, 2006
It's best if you just ask the manufacturer of that board. Not very likely anyone around here knows the answer.
Last edited by Ancient Dragon; Nov 8th, 2006 at 8:56 pm.
Reply With Quote Quick reply to this message  
Join Date: Nov 2006
Posts: 7
Reputation: jennifer911 is an unknown quantity at this point 
Solved Threads: 0
jennifer911 jennifer911 is offline Offline
Newbie Poster

Re: Counting TTL Input signals

 
0
  #14
Nov 8th, 2006
Hey thanks for your reply. I shall do that.
Reply With Quote Quick reply to this message  
Join Date: Oct 2006
Posts: 2,965
Reputation: niek_e has a reputation beyond repute niek_e has a reputation beyond repute niek_e has a reputation beyond repute niek_e has a reputation beyond repute niek_e has a reputation beyond repute niek_e has a reputation beyond repute niek_e has a reputation beyond repute niek_e has a reputation beyond repute niek_e has a reputation beyond repute niek_e has a reputation beyond repute niek_e has a reputation beyond repute 
Solved Threads: 308
Moderator
Featured Poster
niek_e's Avatar
niek_e niek_e is offline Offline
Cenosillicaphobiac

Re: Counting TTL Input signals

 
0
  #15
Nov 9th, 2006
you will need a 16-bit compiler such as Turbo C
You could better use your own compiler and look for inpout32.dll which gives you direct acces to ports in XP.
using an RS 485 cable
So a 2-wire protocol? You could use one of the five input on the parrallel cable (like the error bit) and test on that
Reply With Quote Quick reply to this message  
Reply

This thread is more than three months old.
Perhaps start a new thread instead?
Message:



Other Threads in the C++ Forum
Thread Tools Search this Thread



Tag cloud for C++
About Us | Contact Us | Advertise | DaniWeb | Acceptable Use Policy | RSS Feed

©2003 - 2009 DaniWeb® LLC