VXi VT1529A/B Manual Do Utilizador

Página de 529
324 VT1422A Command Reference  
ROUTe
Controlling Data Destination: The relative form of the SCPI Channel List 
syntax is used to control the destination of data from channels in the scan list. 
See “Channel List (Relative Form)” on page 232 for a discussion of the syntax. 
The value of the "Data Destination" digit controls the destination of the values 
read from the specified channels in the following manner:
Example Channel lists (same applies to On-board channels):
ROUT:SEQ:DEF (@1(10000:10931))
1st 128 remote Chs sent to CVT
ROUT:SEQ:DEF (@2(10000:10931))
1st 128 remote Chs sent to FIFO buffer
ROUT:SEQ:DEF (@3(10000:10931))
1st 128 remote Chs sent to CVT & FIFO
ROUT:SEQ:DEF (@0(10000:10931))
1st 128 remote Chs discarded
Relationship between Channel number and CVT location: There is a fixed 
relationship between each possible channel number and the Current Value Table 
location that the channel reading is sent to.
Data Destination
Effect on Reading
1
Reading sent to Current Value Table (CVT)
2
Reading sent to FIFO Buffer
3
Reading sent to CVT and FIFO
0
Reading not recorded (neither CVT or FIFO)
On-board channel CVT Addressing (1nn)
SCP_pos X 64 + SCP_chan + 10
= int(nn/8) X 64 + (nn mod 8) + 10
502 Usable Elements
64 Remote Channels
10000-31       10100-31
64 Remote Channels
11600-31       11700-31
8
 on-board channels
8
8
8
CVT
 0
-9
unavai
labl
e
64 Remote Channels
10800-31       10900-31
64 Remote Channels
12400-31       12500-31
 on-board channels
 on-board channels
 on-board channels
SCP position 0
SCP position 1
SCP position 3
SCP position 2
64 Remote Channels
13200-31       13300-31
64 Remote Channels
14800-31       14900-31
8
CVT330
CVT394
CVT458
8
8
8
64 Remote Channels
14000-31       14100-31
Only 54 Channels
15600-31    15700-21
CVT298
CVT362
CVT426
CVT490
 on-board channels
 on-board channels
 on-board channels
 on-board channels
SCP position 4
SCP position 7
SCP position 6
SCP position 5
Remote channel CVT Addressing (1nnee)
SCP_pos X 64 + SCP_chan X 32 + Rem_chan + 10
=  int(nn/8) X 64 + (nn mod 8) X 32 + ee + 10
CVT42
CVT10
CVT74
CVT106
CVT138
CVT170
CVT234
CVT202
CVT266
Figure 7-4. Channel Number vs. CVT Element