Asterion DC Multioutput Series
Programming Manual
12-110
M330517-01 Rev C
PROG
<n>
:STATE RUN
The sequence should run, and the output of the power supply for Example 1 should look
like the following:
Figure 12-1: Power Supply Output for Example 1
Leave SEQ1 in the power supply’s sequence memory and create a second example
sequence to also keep in sequence memory. (There is enough memory for a total of 50
different sequences.)
EXAMPLE 2
Issue
*RST
to establish a known state.
PROG
<n>
:
NAME “SEQ2”
PROG
<n>
:MALL DEFAULT
PROG
<n>
:DEF 1, VIMODE,10,4,11,5
//go to 10 volts, 4 amps, 11 volts ovp,
for 5 seconds
PROG
<n>
:DEF 2, RAMPTOV,10,2,4,11,9
//ramp from 10 volts down to 2 volts
in 10 seconds
PROG
<n>
:DEF 3,RETURN
PROG
<n>
:STAT COMPLETE
PROG
<n>
:SAVE:SEL
PROG
<n>
:STAT?
Response:
State: STOPPED
(Notice in this example the sequence is being ended with a RETURN rather than a STOP.
A RETURN is more flexible because it automatically acts like a stop when SEQ2 is run
directly; and yet, if SEQ2 is run as a sub-sequence, then the RETURN shall act as a
statement to return to the calling sequence.)
To run SEQ2 directly, issue the command as before:
OUTP<n>:STAT ON
PROG
<n>
:STATE RUN
3 volts for 10 sec
3 volts for 10 sec
5 volts for 10 sec
Ramp up to 5
volts in 10 sec
Ramp down to 3
volts in 10 sec
Summary of Contents for Sorensen Asterion DC ASM
Page 1: ...M330517 01 Rev C Asterion DC Multioutput Series Programming Manual...
Page 6: ...Asterion DC Multioutput Series Programming Manual M330517 01 Rev C v SAFETY SYMBOLS...
Page 145: ...Asterion DC Multioutput Series Programming Manual 13 128 M330517 01 Rev C CAL n LOCK...
Page 162: ...M330461 01 Rev C 14 145...
