AMETEK ReFlex Programming Manual User Manual
Page 80
ReFlex Power™ Programming Manual
DC Module Remote Programming
76
M380056-03 Rev M
There may be additional commands added as the product is applied.
The non-LIST commands that interact with LISTs during creation are:
OUTP<n>:ISOL:DEF <bool>
OUTP<n>:SENSE:DEF <bool>
OUTP<n>:STATE <bool>
OUTP<n>:POL <bool>
SOUR<n>:CURR <+NRf>
SOUR<n>:CURR:PROT <+NRf>
SOUR<n>:CURR:PROT:TRACK <bool>
SOUR<n>:VOLT <+NRf>
SOUR<n>:VOLT:PROT <+NRf>
SOUR<n>:VOLT:PROT:TRACK <bool>
SOUR<n>:UNDERVOLT:PROT <+NRf>
SOUR<n>:UNDERVOLT:PROT:TRACK <bool>
TRIG<n>:TRIG <t>
TRIG<n>:INP <t>, OUTP <t>
TRIG<n>:OUTP <t>, INP <t>
TRIG<n>:INP <t>
TRIG<n>:OUTP <t>
TRIG<n>:INPut:SLOPe [POSitive | NEGative | BOTH | NONE]
TRIG<n>:OUTput:SLOPe [POSitive | NEGative | BOTH]
TRIG<n>:WIDTh <+NRF>
See Section 3.15 for a summary and description of the LIST commands.
L
IST
T
RIGGER
G
ROUPS
All ReFlex Power™ high power and low power DC power modules can be
programmed to respond to the common trigger buss. The response to the
trigger or triggers allows a complex cross module type tightly timed sequence
to result. All this on a single module basis there is little new, the novel part is
to establish a trigger sequence that crosses several modules.
One new concept is to assign one or more power modules one or more
trigger pulses from a pulse sequence. If the pulse sequence is very tightly
timed and well described, the result is a complex well-timed sequence of
events. The following figure and associated table describes this concept.
1
2
3
4
5
6
Figure 3-9. Group Pulse Sequence