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These I/O modules acquire analog signals (inputs) and generate analog output signals (outputs).The various modules differentiate themselves by the number of provided input or outputchannels, resolution, sampling modes, conversion rates, and resulting driver and therefore target application latency time.
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The different analog I/O modules are:
|
I/O module
|
Res
|
Sampling mode
|
Analog input channels
|
Analog output channels
|
Digital channels
|
|
IO101
|
16-bit
|
AD: Sequential
DA:Simultaneous
|
32 single-ended or16 ifferential
|
8 single-ended
|
16 individually electable as input or output
|
|
IO102
|
16-bit
|
AD: Sequential
DA: imultaneous
|
32 single-ended or 16 ifferential
|
4 single-ended
|
8 input and 8 output
|
|
IO103
|
16-bit
|
AD: Sequential
DA: imultaneous
|
16 single-ended or 8 differential
|
8 single-ended
|
-
|
|
IO104
|
16-bit
|
AD: imultaneous DA: imultaneous
|
8 single-ended or 8 differential
|
4 single-ended
|
8 input and 8 output
|
|
IO105
|
16-bit
|
AD: Sequential
|
64 single-ended or 32 ifferential
|
-
|
-
|
|
IO106
|
16-bit
|
AD: imultaneous
|
64 single-ended or 32 differential
|
-
|
-
|
|
IO107
|
16-bit
|
DA: Simultaneous
|
-
|
16 differential
|
-
|
|
IO108
|
16-bit
|
DA: Simultaneous
|
-
|
8 differential
|
-
|
|
IO109
|
24-bit
|
AD: Simultaneous
|
12 differential
|
-
|
-
|
|
IO110
|
16-bit
|
DA: Simultaneous
|
-
|
32 single-ended
|
-
|
|
IO111
|
16-bit
|
DA: Simultaneous
|
-
|
16 single-ended
|
-
|
|
IO112
|
18-bit
|
AD: Simultaneous
|
4, 8, 16, or 32, differential
|
-
|
-
|
|
IO113
|
18-bit
|
DA: Simultaneous
|
-
|
8 single-ended or
8 differential
|
-
|
|
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