X20 system modules • Counter modules • X20DC2395
X20 system User's Manual 3.10
807
4.11.14.12.5.1 List of event IDs
Various hardware and software functions send event IDs or require event IDs in order to start. The following table
shows all of the IDs available to configure the module.
Event ID
Description
512
Comparator condition
FALSE
513
Comparator condition
TRUE
2,112
Event function 1; FALSE
2,113
Event function 1; TRUE
2,144
Event function 2; FALSE
2,145
Counter function 1
Event function 2; TRUE
2,368
Event function 1; FALSE
2,369
Event function 1; TRUE
2,400
Event function 2; FALSE
2,401
Counter function 2
Event function 2; TRUE
4,096
Channel 1
...
...
4,099
Falling edge on I/O channel
Channel 4
4,112
Channel 1
...
...
4,115
Rising edge on I/O channel
Channel 4
4,128
Channel 1
...
...
4,131
Rising or falling edge on I/O channel
Channel 4
7,168
SSI valid
7,169
SSI ready
7,232
FALSE
7,233
SSI 1 comparator condition
TRUE
208
Timer1
50 μs
209
Timer2
100 μs
210
Timer3
200 μs
211
Timer4
400 μs
212
Timer5
800 μs
213
Timer6
1600 μs
214
Timer7
3200 μs
215
Timer8
3200 μs (time offset to timer 7)
Network functions
224
SOAISOP (
s
ynchronous
o
ut
a
synchronous
i
n
s
tart of
p
rotocol)
225
AOSISOP (
a
synchronous
o
ut
s
ynchronous
i
n
st
art of
p
rotocol)
226
SOAIEOP (
s
ynchronous
o
ut
a
synchronous
i
n
e
nd of
p
rotocol)
227
AOSIEOP (
a
synchronous
o
ut synchronous
i
n
e
nd of
p
rotocol)
192
No-load operation
Timer
There are 8 timer events that the module can generate.
Information:
The timers have the highest event priority. All other system functions are interrupted when a timer
event occurs, and jitter for the amount of time it takes to process the event.
Idle event
Idle time is the time that remains after the system has processed all higher priority events and operations. The
module performs the following functions during idle time:
•
Handling of the asynchronous protocol
•
Mechanism for (re-)linking events
•
Operation of LEDs
•
Execution of event event functions linked to the idle function