3-32
BOP HIPWR 091719
3.3.9.4
COPYING PREVIOUSLY SAVED SETTINGS TO A NEW LOCATION
1. Press
!
from the power-up screen to enter the Saved Setups screen (Figure 3-10).
2. Use the
U
and
Y
keys to highlight the location to be copied, then press
$
.
3. Highlight an
Empty
location and press
$
to save to the highlighted location, or press
#
to
abort the copy.
3.3.9.5
APPLYING SAVED SETTINGS TO THE OUTPUT (RECALL)
1. Press
!
from the power-up screen to enter the Save/Recall menu.
2. Use the
U
and
Y
keys to highlight the desired memory location. When the desired location
is highlighted, press
!
to view the detailed settings before execution, or press
@
to apply
the settings to the output. Refer to PAR. 3.3.9.3 to modify a setting before execution.
3.3.10
WAVEFORM GENERATION
3.3.10.1
PROTECTING THE LOAD WHEN ACCESSING WAVEFORMS
CAUTION: Before
Pressing
@
to enter the Saved Waveform Screen from the power-up
screen, perform the following steps to avoid unexpected voltages or currents
from previous settings being briefly applied to the load when the waveform
is first executed.
1. Use the MODE key to set the operating mode of the unit (voltage or current) to correspond
with the mode of the waveform.
2. Set the main channel to zero, and the protection channel to maximum. This ensures that the
waveform will start from zero. Otherwise, between pressing STANDBY to turn the output on,
and pressing
$
to execute the waveform, the previously programmed settings of the power
supply will be applied to the load until the waveform starts executing.
3.3.10.2
WAVEFORM OVERVIEW
After observing the precautions of PAR. 3.3.10.1, the Saved Waveforms screen (Figure 3-11) is
entered by pressing
@
from the power-up screen (Figure 3-4). Waveforms that have been pre-
viously saved will be displayed with the previously assigned names; waveforms that have been
erased will appear as Empty. Up to 16 separate local waveforms can be programmed and
stored from the front panel.
Waveforms may be programmed, stored and executed using LIST commands found in Appen-
dix B. The interactive demo program portion of the Labview G driver for BOP 1KW (download-
able from the Kepco web site at http://www.kepcopower.com/drivers/drivers-dl3.htm#bop1k)
provides examples of generating waveforms remotely. Documentation for the demo program
examples can be found in the Labview, VXI Plug&play Driver Manual for BOP-BIT available for
download from the Kepco web site at http://www.kepcopower.com/support/opmanls.htm#dvr
Each waveform has an identifying name, the operating mode (voltage or current), the number of
cycles (the number of times the complete waveform is to be repeated), positive and negative
protection values. Setting the number of cycles to zero allows the waveform to repeat continu-
ously.
Содержание BOP-ME 1KW
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Страница 20: ...xii BOP 1K 091719 FIGURE 1 1 HIGH POWER BOP SERIES POWER SUPPLY...
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Страница 64: ...2 22 BOP HIPWR 091719 FIGURE 2 11 PARALLEL CONFIGURATION LOCAL SENSING TYPICAL...
Страница 65: ...BOP HIPWR 091719 2 23 FIGURE 2 12 PARALLEL CONFIGURATION REMOTE SENSING TYPICAL...
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Страница 161: ...BOP HIPWR 091719 3 85 FIGURE 3 29 STATUS REPORTING STRUCTURE...
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