ADLINK cPCI-6S10 - Manual (Page 55)

Hardware Platform Management 45
cPCI-6S10
5 For sensors with threshold based events:
[7] – 1b = select deassertion event for upper non-critical going high
[6] – 1b = select deassertion event for upper non-critical going low
[5] – 1b = select deassertion event for lower non-recoverable going high
[4] – 1b = select deassertion event for lower non-recoverable going low
[3] – 1b = select deassertion event for lower critical going high
[2] – 1b = select deassertion event for lower critical going low
[1] – 1b = select deassertion event for lower non-critical going high
[0] – 1b = select deassertion event for lower non-critical going low
For Sensors with discrete event:
[7] – 1b = select deassertion event for state bit 7
[6] – 1b = select deassertion event for state bit 6
[5] – 1b = select deassertion event for state bit 5
[4] – 1b = select deassertion event for state bit 4
[3] – 1b = select deassertion event for state bit 3
[2] – 1b = select deassertion event for state bit 2
[1] – 1b = select deassertion event for state bit 1
[0] – 1b = select deassertion event for state bit 0
6 For sensors with threshold base events:
[7:4] – reserved.
[3] – 1b = select deassertion event for upper non-recoverable going high
[2] – 1b = select deassertion event for upper non-recoverable going low
[1] – 1b = select deassertion event for upper critical going high
[0] – 1b = select deassertion event for upper critical going low
For sensors with discrete events:
[7] – reserved
[6] – 1b = select deassertion event for state bit 14
[5] – 1b = select deassertion event for state bit 13
[4] – 1b = select deassertion event for state bit 12
[3] – 1b = select deassertion event for state bit 11
[2] – 1b = select deassertion event for state bit 10
[1] – 1b = select deassertion event for state bit 9
[0] – 1b = select deassertion event for state bit 8