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3. From the Waveform Settings screen, highlight segment NEG RAMP 50.0HZ 4.00 R and
@
press
ment. For each parameter, use
Type
Period (sec)
Offset
Initial/Repeat
When complete, press
executed only once at the beginning of the waveform.
4. From the Waveform Settings screen, highlight segment LEVEL 0.002s 0.00 I and press
to insert a new segment. Use
each parameter, use
Type
Period (sec)
Offset
When all settings are complete, press
level of 1ms prior to the 0V level. This segment is automatically set to Initial since the previ-
ous segment is set to Initial. The first two segments form a positive 2ms, pulse, delayed 1ms
from the start of execution. The pulse can be used for synchronizing an external monitoring
device.
5. From the Waveform Settings screen, highlight segment NEG RANP 50.0HZ 4.00 R and
@
press
ment. For each parameter, use
Type
Frequency (Hz)
P to P Amplitude
Offset
Start angle
Stop angle
Initial/Repeat
When all settings are complete, press
initial 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.
6. From the Waveform Settings screen, highlight End of Segments and press
next segment. Use
parameter, use
Type
Frequency (Hz)
Amplitude (p-p)
Offset
Start angle
Stop angle
3-32
to insert a new segment. Use
$
Level
0.002
0
Initial
$
to save for power-up. This step changes the 2ms, 0V level to be
!
$
to save the setting.
Level
0.001
1.5
to insert a new segment. Use
$
Sine
25
20
0
0.0
90.0
Initial
!
to modify the following settings for the next segment. For each
$
to save the setting
Sine
50
8
6
0.0
90.0
!
to modify the following settings of the new seg-
to save the setting.
to modify the following settings of the new segment. For
$
to save for power-up. This step creates a 1.5V
!
to modify the following settings for the next seg-
to save the setting.
$
to save for power-up. This step creates another
@
@
to insert the
BOP HIPWR 080709
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