Ametek Sorensen Asterion DC ASM, Руководство по программированию

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Asterion DC Multioutput Series
Programming Manual
M330517-01 Rev C 12-113
PROG
<n>
:DEF 3, VIMODE, 5, 4, 11, 10
//hold 5 volts for 10 sec
PROG
<n>
:DEF 4, RAMPTOV, 5, 3, 4, 11, 10
//ramp from 5 volts to 3 volts in
10 sec
PROG
<n>
:DEF 5, VIMODE, 3, 4, 11, 10
//hold 3 volts for 10 sec
PROG
<n>
: DEF 6, SUBCALL, “SEQ2”
//call SEQ2 as a subsequence
PROG
<n>
:DEF 7, VIMODE, 4, 5, 11, 6
//go to 4 volts, 5 amps, 11 volts
ovp, for 6 sec
PROG
<n>
:DEF 8, PAUSE
//allow the output to remain at the last
setting
PROG
<n>
:DEF 9, STOP
//stop running the sequence while the
unit remains at the state of the last
command within the sequence.
PROG
<n>
:STAT COMPLETE
PROG
<n>
:SAVE:SEL
PROG
<n>
:STAT?
Response: State: STOPPED
OUTP
<n>
:STAT ON
PROG
<n>
:STAT RUN
Following is a diagram for Example 4.
Figure 12-4: End-of-Sequence Pause for Example 4
EXAMPLE 5
To make a sequence longer than the maximum of 20 steps in an ordinary sequence, there are either
one of two ways or a combination of the two. One way is to use the
SUBCALL
command. The second
way is to use the
GOTO
command. The use of the
SUBCALL
command was shown in Examples 3 and
4 above. Now join two 20-step sequences with a
GOTO
command.