Somat eDAQ
lite
126
I2773-4.
4
en
File Name
Specify the full path name of the desired ASCII input file. Use the Browse button to
select the desired file. Use the Check File option to parse the ASCII file and verify that
the format is valid.
NOTE
Because TCE parses the ASCII file at test initialization, any changes to the file prior to
initialization are effective for subsequent test runs.
Cycles
Set the value used to define the number of continuous cycles (i.e., passes through the
file) to output. After the outputting the specified number of cycles, the eDAQ
lite
repeatedly outputs the last data value in the file.
Scale
Set the value used to scale the data values as defined in the file on a point-by-point
basis.
Offset
Set the value used to offset the data values as defined in the file on a point-by-point
basis.
Decay
Set the value used to adjust the scale value on a pass by pass basis. The scale factor
is multiplied by the decay factor on each successive pass, which results in an
exponential decay of the signal if the decay factor is a positive fraction. Note that the
default value of one results in a consistent signal from pass to pass with no decay.
Drift
Set the value used to adjust the offset value on a pass by pass basis. The drift factor
is added to the offset value on each successive pass. Note that the default value of
zero results in a consistent signal from pass to pass with no drift.
6.8.2
Simulation Function Generator
The function generator (FG) based simulation transducer provides capabilities similar
to a conventional analog function generator, i.e., a choice of various waveforms with
frequency, range and mean level control, plus some extended capabilities.
Output Data Type
Select an output data type of 8-bit integer, 16-bit integer or 32-bit float.
Function
Use the pick list to select the basic waveform shape of either sine, triangle or square.
Note that the triangle and square waveforms start at the minimum signal level
(assuming the signal is not inverted) and the sine waveform starts at the mean signal
level. For all waveforms, the peak to peak limits are ±1.0 prior to the application of the
user defined scale and offset values.
HBM: public
Summary of Contents for eDAQlite
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