NF DP060LM, Instruction Manual, Page: 95 / 307

4.2 Using Sequence Function
DP060LM/DP120LM/DP180LM
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4.2.3 Example of Output Using Sequence Function
As an example, consider the sequence that gradually changes DC voltage like Figure 4-4.
Set the output mode to DC-INT. Edit the sequence like Table 4-3. Parameters not included in this
table should be left as the factory default setting.
Figure 4-4 Example of Sequence
Table 4-3 Example of Editing Sequence
Step Number 0 1 2 3
Step-control
parameter Step Time (Time) 5 s 20 s 10 s 15 s
Jump-to (Jump To) — OFF OFF OFF
Step termination (Step Term) — Continue Continue Hold
Intra-Step
Parameter DC Voltage (DCV) 0 V +100 V (Optional) +50 V
Step Behavior Sweep Sweep Keep Const
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Notes ------------------------------------------------------------------------------------------------------------
 Step Time and the Step Behavior of step No. 0 specifies the action after the transition to step
No. 0 at the end of a sequence.
 Jump-to of step No. 0 cannot be specified. The execution always transitions to step No. 1 when
the sequence starts.
 In the case that the step termination is set to [Hold] (No. 3), and when the execution is in the
Hold state, it transitions to step No. 0 and enters into the stand-by state if the Stop operation is
executed. If you perform Resume operation here, the execution transitions to the step of the
next number (No. 4).
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4.2.4 Process Flow in a Step
Figure 4-5 shows the process flow in one step. The transition such as Figure 4-6 occurs by branch
operation or stop operation, regardless of the flow in the step.