Table 4-5 Simulation Function Steps And Settable Step Parameters - NF DP Series Instruction Manual

Table 4-5 Simulation Function Steps and Settable Step Parameters

Step
Step time
AC voltage
Frequency
ON/OFF
Start phase
ON/OFF
Stop Phase
Trigger output
Sync code
output
Note: "—" means that this parameter cannot be set.
 Start phase (Start Phs)
ON or OFF can be selected for the start phase. When ON is selected, the step starts at the specified
start phase. When OFF is selected, the step starts at the phase in which the previous step ended.
When selecting ON, a numerical entry box in which you can specify the start phase opens.
The start phase can be set at the Normal 1, Normal 2, and Abnormal steps. For other steps, the start
phase is fixed to OFF and cannot be specified.
 Stop phase (Stop Phs)
ON or OFF can be selected for the stop phase. When ON is selected, the step ends at the specified
stop phase. If the phase is not the specified stop phase after the Step Time elapsed, the execution
continues the output of that step until reaching the specified Stop Phase, then performs the next step.
When OFF is selected, the step transitions to the next step when the Step Time has elapsed
regardless of the phase. When selecting ON, a numerical entry box in which you can specify the stop
phase opens.
The stop phase can be set at the Normal 1, Normal 2, and Abnormal steps. For other steps, the stop
phase is fixed to OFF and cannot be specified.
 Trigger output (Trig Out)
State output to CONTROL I/O connector. This specifies whether the trigger output presents when
the step starts. Polarity and pulse width of the trigger output complies with the trigger output setting
(see 4.3.5). At the Initial Step, the trigger output cannot be specified and thus no trigger is output.
 Step sync code output (Code)
State output to CONTROL I/O connector. Code to output while the execution of the step, which is
specified by 2-bit H/L. The step synchronization code can be specified also at the Initial Step.
DP Series/DP Series Type R
4.3 Using Power Fluctuation Testing (Simulation) Function
Initial Normal 1
— T1
V0 V1
F0 F1
ON/OFF
P0 P1
ON/OFF
Q0 Q1
— ON/OFF
S0 S1
Trans 1 Abnormal
T2 T3
— V3
— F3
ON/OFF
—
P3
ON/OFF
—
Q3
ON/OFF ON/OFF
S2 S3
Trans 2 Normal 2
T4 T5
— —(=V1)
— —(=F1)
ON/OFF
—
P5
ON/OFF
—
Q5
ON/OFF ON/OFF
S4 S5
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