PEX/PIO/PISO-DA Series Card
Analog Output Boards
User Manual/ Ver. 3.1/ Oct. 2013/ PMH-0010-31/ Page: 28
2.6.2
±10 V Voltage Output
The voltage output for PEX-DA and PISO/PIO-DAxU series cards is always in the range of
±10.1 V. If the user needs to output a voltage in the range of ±10 V, the software calibration
is the same as that described in
. Consequently, Vout will be in the range of ±10 V, so
the DaValue will approximately be from 0x0000 to 0x3fff, which means that the resolution is
about 14 bits.
2.6.3
±5 V Voltage Output
The voltage output for PEX-DA and PISO/PIO-DAxU series cards is always in the range of
±10.1 V. If the user needs to output a voltage in the range of ±5 V, the software calibration is
same as that described in
. Consequently, Vout will be in range of +5 V, so the
DaValue will approximately be from 0x0fff to 0x2fff, which means that the resolution is about
13 bits.
2.6.4
0~10 V Voltage Output
The voltage output for PEX-DA and PISO/PIO-DAxU series cards is always in the range of ±10
V.1. If the user needs to output a voltage in the range of 0~10 V, the software calibration is
the same as that described in
. Consequently, Vout will be in the range of 0~10 V, so
the DaValue will approximately be from 0x1fff to 0x3fff, which means the resolution is about
13 bits.
2.6.5
0~5 V Voltage Output
The voltage output for PEX-DA and PISO/PIO-DAxU series cards is always in the range of
10.1 V. If the user needs to output a voltage in the range of 0~5 V, the software calibration
is the same as that described in
. Consequently, Vout will be in the range 0~5 V, so
the DaValue will approximately be from 0x1fff to 0x2fff, which means that the resolution is
about 12 bits.
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