Configuration Arbitrary Waveform
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Parameter
Description
Start angle
Set the start phase angle of the surge/trap when the mode
select to trigger.
Angle width
Set the period of the surge/trap. For example, start
angle=30 degree, Angle width=30 degree, then, the
waveform will execute surge/sag at 30 to 60 degree.
Symmetry
Whether to produce symmetrical surge/sag waves.
If Start angle + Angle width >180°,this setting is Off state.
Repeat count
repeat count of surge/sag waves.
Period count
Number of cycles to generate surge/sag waves. This
parameter is meaningful only in Peroid mode.
This setting is used in combination with Repeat count, for
example, if
Repeat count
is set to 5 and
Period coun
t is
set to 10, five surge/sag waves occur in every 10 cycles.
Enable
Phase A/Phase B/Phase A&B/Phase B&C/Phase
A&C/PhaseA&B&C:
Select the phase information where the surge/notch
occurs.(displays under 3-phase mode)
Enable
Synchronize: Each of the three phases executes
surge/trap at the same time.
Specify Phase: Each of the three phases executes
surge/trap at the specified phase.
(displays under 3-phase mode)
Value select
Value select:
Percent: Set the percentage of the surge/trap amplitude to
AC signal amplitude (RMS).
Setting: Set the value of the surge/trap amplitude.
3.
Press
[On/Off]
on the front panel and enable the output.
4.
Press
[Run]
on the interface, Then the running status will be displayed on
LCD. Output parameters and measurement parameters are displayed on
the left side of the interface. You can also press the Meter to observe the
output parameters in the main interface.
5.
After execute,
[On/Off]
on the front panel will be off, and running
status will
be displayed on LCD. You can press
[Stop]
on the interface to stop the
surge/sag function.
7.3 Self-defined Waveform Function
Self-defined Wave Edit is mainly used for selecting corresponding waveform
during List operation. The new waveform file, after saving, will be added after
the original waveform file. The user can self-define five waveform files at
maximum.
7.3.1 THD
The distorted waveform can simulate voltage harmonic wave in the circuit. The