AMETEK SFA Series Ethernet Programming User Manual
Page 109
SG Series Programming
SCPI Command Operation
M550129-03 Rev K
6-37
Command
Description
SCPI
:DEFine
RAMPTOC,
Programs the
RAMPTOC
sequence command into the
selected sequence at
are programmed: the starting and ending current ramp
values
over voltage protection
duration in seconds. may have a decimal
value with a granularity of 0.001 seconds. This
command is valid for steps 1 thru 20.
C
:DEFine
POWERSETTINGS,
Programs the constant power
POWERSETTINGS
sequence command into the selected sequence at
constant power limit
limit
duration in seconds. may have a decimal
value with a granularity of 0.001 seconds. This
command is valid for steps 1 thru 20. If a
VIMODE
, or a
RAMPTOV
, or a
RAMPTOC
command follows the
POWERSETTINGS
command, then when the
POWERSETTINGS
command has completed execution,
the subsequent command will take control and the
constant power mode regulation shall cease. However,
if the
POWERSETTINGS
command is immediately
followed by a
PAUSE
command, then as long as the
PAUSE
is in effect the constant power mode regulation
will continue.
C
:DEFine
REPEAT
Programs the
REPEAT
sequence command into the
selected sequence at
command causes sequence execution to jump back to
the starting location where sequence execution began,
resume execution from there, and continue repeating
endlessly. To stop, issue the STOP command. This
command is valid for steps 1 thru 20. (To program a
finite number of steps to repeat, see the LOOP
command).
C
:DEFine
SUBCALL, “name”
Programs the
SUBCALL
sequence command into the
selected sequence at
SUBCALL
sequence command causes sequence execution to
jump to the beginning of a sub-sequence named
“name”. If the sub-sequence has a
RETURN
command
at its end, then when the
RETURN
command is
encountered, execution will resume at the step
immediately following the
SUBCALL
. This command is
valid for steps 1 thru 20.
C
:DEFine
RETURN
Programs the
RETURN
sequence command into the
selected sequence at
RETURN
sequence
command, if it occurs in a sequence that was called
with a
SUBCALL
command, causes execution to resume
at the step immediately following the
SUBCALL
. If the
RETURN
command occurs in a sequence executed as
the primary sequence (i.e., not a sub-sequence), then
the
RETURN
shall be interpreted as though it were a
STOP
command. The
RETURN
command is valid for
steps 1 thru 21.
C