Section 7. Installation
o BrHalf3W()
o BrHalf4W()
o Therm107()
o Therm108()
o Therm109()
• Differential Instructions:
o VoltDiff()
o TCDiff()
o BrFull()
o BrFull6W()
To do this, use the same programming techniques demonstrated in the following
example programs. Actual measurements speeds will vary.
Fast Analog Voltage Measurement: Fast Scan()
'This program makes 100 Hz measurements of one single-ended channel. The
'following programming features are key to making this application work:
'--PipelineMode enabled
'--Measurement speed set with Scan() Interval=10 and Units=mSec
'--Scan() BufferOption increased to 5
PipeLineMode
Public FastContinuousSE(1)
DataTable(FastContinuousSEData,1,-1)
Sample(1,FastContinuousSE(),FP2)
EndTable
BeginProg
'Scan(Interval,Units,BufferOption,Count)
Scan(10,mSec,5,0)
'VoltSe(Dest,Reps,Range,SEChan,MeasOff,SettlingTime,Integ,Mult,Offset)
VoltSe(FastContinuousSE(),1,mV2_5,1,False,100,100,1.0,0)
CallTable FastContinuousSEData
NextScan
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