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Part Number: LMP90097 Hi,
I'm planning to use the LMP90097 to measure two sensors: a thermistor and a photoionization detector (PID).
The output of the PID goes to its own amplifier and the output range of that amplifier is -12V to +12V, which I will…
This information applies to the entire family of devices, which includes:
LMP90100
LMP90099
LMP90098
LMP90097
LMP90080
LMP90079
LMP90078
LMP90077
LMP90080-Q1
Best Regards,
Angel
This information applies to the entire family of devices, which includes:
LMP90100
LMP90099
LMP90098
LMP90097
LMP90080
LMP90079
LMP90078
LMP90077
LMP90080-Q1
Best Regards,
Angel
This information is relevant to the entire family of devices, which includes:
LMP90100
LMP90099
LMP90098
LMP90097
LMP90080
LMP90079
LMP90078
LMP90077
LMP90080-Q1
Best Regards,
Angel
Hi Juliana,
For the LMP90100, its own errors are corrected in the background using the continuous background calibration.
If you want to do system (sensors + LMP90100) correction, then yes, this will be done using the microcontroller system. Feel free…
Other Parts Discussed in Thread: LMP90099 , LMP90097 , LMP90100 An application note is badly needed for the AFE Sensor Diagnostic Flags, because vital information is missing from the datasheet.
Specifically, Figure 18 shows that sensor diagnostic flags…
