Ametek Sorensen Asterion DC ASM, Руководство по программированию

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Asterion DC Multioutput Series
Programming Manual
M330517-01 Rev C 12-115
PROG:DEF 16, RAMPTOV, 7.53, 7.77, 5, 20, 0.1
(ramp from 7.53 volts to 7.77 volts in
0.1 sec)
PROG
<n>
:DEF 17, RAMPTOV, 7.77, 7.98, 5, 20, 0.1
(ramp from 7.77 volts to 7.98 volts
in 0.1 sec)
PROG
<n>
:DEF 18, RAMPTOV, 7.98, 8.17, 5, 20, 0.1
(ramp from 7.98 volts to 8.17 volts
in 0.1 sec)
PROG
<n>
:DEF 19, RAMPTOV, 8.17, 8.31, 5, 20, 0.1
(ramp from 8.17 volts to 8.31 volts
in 0.1 sec)
PROG
<n>
:DEF 20, RAMPTOV, 8.31, 8.50, 5, 20, 0.1
(ramp from 8.31 volts to 8.50 volts
in 0.1 sec)
PROG
<n>
:DE F 21, GOTO, “Discharge”
(step 21 may only be a STOP,
RETURN, or GOTO)
PROG
<n>
:DEF 22, STOP
PROG
<n>
:STAT COMPLETE
PROG
<n>
:SAVE:SEL
PROG
<n>
:STAT?
Response: State: STOPPED
The formula for discharging is
RC
t
Ae
−
, where A is the calculated amplitude achieved by the previous
charge cycle.
PROG
<n>
: NAME “Discharge”
PROG
<n>
:MALL DEFAULT
PROG
<n>
:DEF 1, RAMPTOV, 8.50, 7.69, 5, 20, 0.1
//ramp from 8.50 volts down to
7.69 volts in 0.1 sec
PROG
<n>
:DEF 2, RAMPTOV, 7.69, 6.95, 5, 20, 0.1
//ramp from 7.69 volts down to
6.95 volts in 0.1 sec
PROG
<n>
:DEF 3, RAMPTOV, 6.95, 6.29, 5, 20, 0.1
//ramp from 6.95 volts down to
6.29 volts in 0.1 sec
PROG
<n>
:DEF 4, RAMPTOV, 6.29, 5.70, 5, 20, 0.1
//ramp from 6.29 volts down to
5.70 volts in 0.1 sec
PROG
<n>
:DEF 5, RAMPTOV, 5.70, 4.66, 5, 20, 0.1
//ramp from 5.70 volts down to
4.66 volts in 0.1 sec
PROG
<n>
:DEF 6, RAMPTOV, 4.66, 4.22, 5, 20, 0.1
//ramp from 4.66 volts down to
4.22 volts in 0.1 sec
PROG
<n>
:DEF 7, RAMPTOV, 4.22, 3.82, 5, 20, 0.1
//ramp from 4.22 volts down to
3.82 volts in 0.1 sec