KEPCO BOP-GL 1KW Operator Manual Firmware Ver.3.05 and higher - Manual (Page 88)

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BOP-1K-GL 022814
LIST:CLE Clears the list. Lists are not automatically deleted, but cannot
be saved for power-up.
LIST:VOLT:APPL LEV,.001,1.5 Sets the first segment at 1.5 volts for 1 millisecond.
LIST:VOLT:APPL LEV,.002,0 Sets the zero segment for 2 milliseconds.
2. Send the following commands to create another segment which is the first quadrant of a 20V
p-p sine wave riding on a 0V offset. It starts at 0V and rises to 10V (1/2 of 20) over 10 ms
(1/4 of 40ms period established by 25Hz frequency). This segment simulates the initial
charging of a capacitor.
LIST:VOLT:APPL:SWE 0,90 Prepares for the initial charge waveform.
LIST:VOLT:APPL SINE,25,20,0 Creates the initial curve of the charge constant.
3. Send the following commands to determine how many points are in the initial waveform seg-
ments and set this value to flag the initial (non-repeating) segments of the waveform.
LIST:DWEL:POIN? Returns xxxx that represents the initial non repeating points.
LIST:COUN:SKIP xxxx Use the value from previous command to establish skip point.
4. Send the following commands to create a repeating negative ramp starting at +10V
decreasing to +6V since it is a 4V p-p signal riding on an 8V offset. The frequency of 50 Hz
establishes the time duration of 20 mS for the segment.
LIST:VOLT:APPL:SWE 0,360 Sets up the unit to accept all points in waveform.
LIST:VOLT:APPL RAMP 50,5,8 50Hz, 5V p-p, 8V offset
5. Send the following commands to create a repeating 1/4 sine wave that starts at 6V and rises
to 10V over 5 ms (1/4 of 20ms period established by 50Hz frequency). The waveform shown
in Figure 3-7 has now been created. Note that by careful calculation of period and start/stop
angle, accurate waveform simulations can be attained.
LIST:VOLT:APPL:SWE 0,90 Prepares for the initial charge waveform.
LIST:VOLT:APPL SINE,50,8,6 Creates the repeating curve of the charge constant.
6. Send the following commands to execute the waveform.
CURR:PROT 10 Establishes how much current will be supplied by the unit.
LIST:COUNT 0 Causes the waveform to continue indefinitely.
VOLT:MODE LIST Starts the waveform.
7. To stop the waveform immediately (at its current point) send VOLT:MODE FIX.
8. To stop the waveform at the end of the cycle (12 volts) send VOLT:MODE HALT.
3.5.8 RESET
The *RST command resets the unit (See PAR. A.11). Table 3-7 describes how the unit operates
depending on how
*RST set Output
is configured, and the load type selected. The user can