Difference between revisions of "Wildcard"
Line 9: | Line 9: | ||
• One (1) relay closure output (normally open contact) | • One (1) relay closure output (normally open contact) | ||
• Three (3) transistor-coupled outputs | • Three (3) transistor-coupled outputs | ||
+ | |||
+ | = Programing Examples= | ||
+ | |||
+ | [[Allstar® and P25 on Quantar#Wildcard_Tables_Explained|This shows some of the complex examples]] that can be strung together using the wildcard tables. It's very unforgiving to debug, but a basic repeater controller can be implemented using it. | ||
[[Category:Quantar]] | [[Category:Quantar]] | ||
[[Category:Wireline]] | [[Category:Wireline]] |
Revision as of 09:57, 23 February 2023
The Quantar wireline board has what is known as "Wildcard" function. This a very basic logic programing which can do certain things at some interrupt.
Wildcard comes in two different versions, Basic and Enhanced. The 4 wire board only has basic officially, and the 8 wire board could do either with Enhanced being a Right to Use license. The difference between basic and enhanced is the logic is limited for basic, and the 8 wire board has more IO lines available than the 4 wire.
Good news is the Quantar doesn't care and you can use the 4 wire as enhanced. Simply set it to 8 wire and enhanced in the WinRSS main screen, viola, you now have all the functions on the 4 wire, other than the input/output lines which need the hardware on the 8 wire card
One (1) optically-coupled input • Seven (7) transistor-coupled inputs • One (1) relay closure output (normally open contact) • Three (3) transistor-coupled outputs
Programing Examples
This shows some of the complex examples that can be strung together using the wildcard tables. It's very unforgiving to debug, but a basic repeater controller can be implemented using it.