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Square waveform with VHigh = 16 V, VLow = 5 V, period = 100 ms
Make the following manual settings (can also be programmed by means of remote control commands):
Point P1: V1=5.00 V; t1 = 49 ms
Point P2: V2=5.00 V; t2 = 1 ms
Point P3: V3=16.00 V; t3 = 49 ms
Point P4: V4=16.00 V; t4 = 0 ms
Set Condition Register to CON=1 (for continuous repetition beginning with point P1)
Select Iset=2.4 A (to limit the max. output current for repetition waveform output)
Program code:
IS 2.4
CO 1
PO 1;WA 5;TI 49
PO 2;WA 5;TI 1
PO 3;WA 16;TI 49
PO 4;WA 16;TI 0
OUT 1
TR A
Triangle waveform*) with VMax = 16 V, VMin = 5 V, period = 100 ms
Make the following manual settings (can also be programmed by means of remote control commands):
Point P1: V1=5.00 V; t1=50 ms
Point P2: V2=16.00 V; t2=50 ms
Point P3: V3=5.00 V; t3=0 ms
Set Condition Register to CON=1 (for continuous repetition beginning with point P1)
Select Iset=2.4 A (to limit the max. output current for repetition waveform output)
Switch to the NGSM32/10 voltage range 0 to 18V.
*) Due to different interpolation algorithms used by the NGSM32/10 with different firmware releases, the
triangle waveform can be generated without limitations. Special VMax and VMin values are only possible
with later NGSM32/10 releases starting from serial No. 3566.
But even with earlier firmware releases, triangle waveforms can be generated if the following condition
is complied with:
The difference in voltage levels dV=(V(n) - V(n+1)) / t(n)
where dV = step graduation; n = node position
should be a multiple of 10 mV/ms (see operating manual, pages 17 to 19)
Program code:
IS 2.4
CO 1
PO 1;WA 5;TI 50
PO 2;WA 16;TI 50
PO 3;WA 5;TI 0
OUT 1
TR A |