2711-PK7C15D1 A-B Analog Output Modules
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The analog input channels incorporate on–board signal conditioning. The purpose of this conditioning is to reject the AC power line noise that can couple into an analog input signal while passing the normal variations of the input signal. Frequency components of the input signal at the filter frequency are rejected. Frequency components below the filter bandwidth (-3 dB frequency) are passed with under 3 dB of attenuation. This pass band allows the normal variation of sensor inputs such as temperature, pressure and flow transducers to be input data to the processor. Noise signals coupled in at frequencies above the pass band are sharply rejected. An area of particular concern is the 50/60 Hz region, where pick–up from power lines can occur.
The analog input circuits are able to monitor current and voltage signals and convert them to digital data. There are six terminals assigned to the input channels that provide two voltage inputs, two current inputs and two return signals (commons). The analog outputs can support either a current or voltage function. There are three terminals assigned to the output channels that provide one voltage output, one current output and a common (shared) terminal. The following table shows sample Analog Signal and Data Word values using the nominal transfer function formula: N=Iin x 32767/21 where Iin (analog signal) is in milliamperes (mA) N=Vin x 32767/10.5 where Vin (analog signal) is in volts (V) N=(Iout - 4 mA) x 32767/16 mA where Iout (analog signal) is in milliamperes (mA) N=Vout x 32767/10V where Vout (analog signal) is in volts (V)
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