Details of the explicit exchange objects of the IODDT of type T_CCY_GROUP1_2

At a Glance

This part shows the explicit exchange objects of the IODDT of type T_CCY_GROUP1_2_3 which applies to the TSX CCY 1128 module for channels 1, 2 and 3. It includes word objects whose bits have a special meaning. These objects are shown in detail below.

Some of these objects are updated by specific functions:

Example of declaring a variable: IODDT_VAR1 of type T_CCY_GROUP1_2_3

Notes

Generally speaking, the meaning of the bits is given for state 1 of this bit. In specific cases, each bit state is explained.
Not all bits are used.

Track adjustment parameters

The table below shows the track adjustment objects accessible using the READ_PARAM, WRITE_PARAM, SAVE_PARAM, RESTORE_PARAM, MOD_TRACK functions. To find out the objects affected by each function, refer to the corresponding description

Standard symbol	Type	Access	Meaning	Number
SPECIF_TRACK_T0	INT	RW	Details of bits below	%MWr.m.0.32
ADD_TRACK_T0	BOOL	RW	bit =1 paralleling of tracks on an output, OUT 0 = track 0 + track 4	%MWr.m.0.32.11
INVERT_TRACK_T0	BOOL	RW	bit =1 inversion of the track state	%MWr.m.0.32.12
EVT_TRACK_T0	BOOL	RW	bit =1 event-triggered track	%MWr.m.0.32.13
USE_TRACK_T0	BOOL	RW	bit =0 the track does not participate in processing bit =1 the track participates in processing	%MWr.m.0.32.15
ANTICIP_FACTOR_T0	INT	RW	anticipation factor in steps of 50 microseconds value between 0 and 32767	%MWr.m.0.33
SPECIF_TRACK_T1	INT	RW	Details of bits below	%MWr.m.0.34
ADD_TRACK_T1	BOOL	RW	bit =1 paralleling of tracks on an output, OUT 1 = track 1 + track 5	%MWr.m.0.34.11
INVERT_TRACK_T1	BOOL	RW	bit =1 inversion of the track state	%MWr.m.0.34.12
EVT_TRACK_T1	BOOL	RW	bit =1 event-triggered track	%MWr.m.0.34.13
USE_TRACK_T1	BOOL	RW	bit =0 the track does not participate in processing bit =1 the track participates in processing	%MWr.m.0.34.15
ANTICIP_FACTOR_T1	INT	RW	anticipation factor in steps of 50 microseconds value between 0 and 32767	%MWr.m.0.35
SPECIF_TRACK_T2	INT	RW	Details of bits below	%MWr.m.0.36
ADD_TRACK_T2	BOOL	RW	bit =1 paralleling of tracks on an output, OUT 2 = track 2 + track 6	%MWr.m.0.36.11
INVERT_TRACK_T2	BOOL	RW	bit =1 inversion of the track state	%MWr.m.0.36.12
EVT_TRACK_T2	BOOL	RW	bit =1 event-triggered track	%MWr.m.0.36.13
USE_TRACK_T2	BOOL	RW	bit =0 the track does not participate in processing bit =1 the track participates in processing	%MWr.m.0.36.15
ANTICIP_FACTOR_T2	INT	RW	anticipation factor in steps of 50 microseconds value between 0 and 32767	%MWr.m.0.37
SPECIF_TRACK_T3	INT	RW	Details of bits below	%MWr.m.0.38
ADD_TRACK_T3	BOOL	RW	bit =1 paralleling of tracks on an output, OUT 3 = track 3 + track 7	%MWr.m.0.38.11
INVERT_TRACK_T3	BOOL	RW	bit =1 inversion of the track state	%MWr.m.0.38.12
EVT_TRACK_T3	BOOL	RW	bit =1 event-triggered track	%MWr.m.0.38.13
USE_TRACK_T3	BOOL	RW	bit =0 the track does not participate in processing bit =1 the track participates in processing	%MWr.m.0.38.15
ANTICIP_FACTOR_T3	INT	RW	anticipation factor in steps of 50 microseconds value between 0 and 32767	%MWr.m.0.39
SPECIF_TRACK_T4	INT	RW	Details of bits below	%MWr.m.0.40
INVERT_TRACK_T4	BOOL	RW	bit =1 inversion of the track state	%MWr.m.0.40.12
EVT_TRACK_T4	BOOL	RW	bit =1 event-triggered track	%MWr.m.0.40.13
USE_TRACK_T4	BOOL	RW	bit =0 the track does not participate in processing bit =1 the track participates in processing	%MWr.m.0.40.15
ANTICIP_FACTOR_T4	INT	RW	anticipation factor in steps of 50 microseconds value between 0 and 32767	%MWr.m.0.41
SPECIF_TRACK_T5	INT	RW	Details of bits below	%MWr.m.0.42
INVERT_TRACK_T5	BOOL	RW	bit =1 inversion of the track state	%MWr.m.0.42.12
EVT_TRACK_T5	BOOL	RW	bit =1 event-triggered track	%MWr.m.0.42.13
USE_TRACK_T5	BOOL	RW	bit =0 the track does not participate in processing bit =1 the track participates in processing	%MWr.m.0.42.15
ANTICIP_FACTOR_T5	INT	RW	anticipation factor in steps of 50 microseconds value between 0 and 32767	%MWr.m.0.43
SPECIF_TRACK_T6	INT	RW	Details of bits below	%MWr.m.0.44
INVERT_TRACK_T6	BOOL	RW	bit =1 inversion of the track state	%MWr.m.0.44.12
EVT_TRACK_T6	BOOL	RW	bit =1 event-triggered track	%MWr.m.0.44.13
USE_TRACK_T6	BOOL	RW	bit =0 the track does not participate in processing bit =1 the track participates in processing	%MWr.m.0.44.15
ANTICIP_FACTOR_T6	INT	RW	anticipation factor in steps of 50 microseconds value between 0 and 32767	%MWr.m.0.45
SPECIF_TRACK_T7	INT	RW	Details of bits below	%MWr.m.0.46
INVERT_TRACK_T7	BOOL	RW	bit =1 inversion of the track state	%MWr.m.0.46.12
EVT_TRACK_T7	BOOL	RW	bit =1 event-triggered track	%MWr.m.0.46.13
USE_TRACK_T7	BOOL	RW	bit =0 the track does not participate in processing bit =1 the track participates in processing	%MWr.m.0.46.15
ANTICIP_FACTOR_T7	INT	RW	anticipation factor in steps of 50 microseconds value between 0 and 32767	%MWr.m.0.47

Cam adjustment parameters

The table below shows the cam adjustment objects accessible using the READ_PARAM, WRITE_PARAM, SAVE_PARAM, RESTORE_PARAM, MOD_CAM functions. To find out the objects affected by each function, refer to the corresponding description

Standard symbol	Type	Access	Meaning	Number
SPECIF_CAM_C0	INT	RW	specifying the first cam profile	%MWr.m.c.48
FORW_ENABLE_C0	BOOL	RW	bit =1 cam enabled in forward direction	%MWr.m.c.48.3
BACK_ENABLE_C0	BOOL	RW	bit =1 cam enabled in reverse direction	%MWr.m.c.48.4
USE_CAM_C0	BOOL	RW	bit =0 the cam is not processed by the program bit =1 the cam is declared and processed by the program	%MWr.m.c.48.15
SPECIF_CAM_1_C0	BOOL	R	specifying the second cam profile	%MWr.m.c.49
X1_C0	INT	R	value of cam threshold X1	%MWr.m.c.50
X2_C0	INT	R	value of cam threshold X2	%MWr.m.c.51
TIME_SWITCH_OFF_C0	INT	R	value of time delay at opening in steps of 100 microseconds from 0 to 16383	%MWr.m.c.52
...	...	...	...	...
SPECIF_CAM_C31	INT	RW	specifying the first cam profile	%MWr.m.c.203
FORW_ENABLE_C31	BOOL	RW	bit =1 cam enabled in forward direction	%MWr.m.c.203.3
BACK_ENABLE_C31	BOOL	RW	bit =1 cam enabled in reverse direction	%MWr.m.c.203.4
USE_CAM_C31	BOOL	RW	bit =0 the cam is not processed by the program bit =1 the cam is declared and processed by the program	%MWr.m.c.203.15
SPECIF_CAM_1_C31	BOOL	R	specifying the second cam profile	%MWr.m.c.204
X1_C31	INT	R	value of cam threshold X1	%MWr.m.c.205
X2_C31	INT	R	value of cam threshold X2	%MWr.m.c.206
TIME_SWITCH_OFF_C31	INT	R	value of time delay at opening in steps of 100 microseconds from 0 to 16383	%MWr.m.c.207

The table above describes the parameters of cams 0 and 31, the write rule is given in the following example.

For example, X2_C12 corresponds to the word %MWr.m.c.111 (111 = 51+5*12). The general rule is as follows:

SPECIF_CAM_Ci corresponds to %MWr.m.c.(48+5 times i)
FORW_ENABLE_Ci corresponds to %MWr.m.c.(48+5 times i).3
BACK_ENABLE_Ci corresponds to %MWr.m.c.(48+5 times i).4
USE_CAM_Ci corresponds to %MWr.m.c.(48+5 times i).15
SPECIF_CAM_1_Ci corresponds to %MWr.m.c.(49+5 times i)
X1_Ci corresponds to %MWr.m.c.(50+5 times i)
X2_Ci corresponds to %MWr.m.c.(51+5 times i)
TIME_SWITCH_OFF_Ci corresponds to %MWr.m.c.(52+5 times i).