1.0 What is the significance of detector noise during GC calibration
2.0 What is the impact if it fails
3.0 What is the difference between signal to noise ratio and detector noise and drift
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1.0 What is the significance of detector noise during GC calibration
2.0 What is the impact if it fails
3.0 What is the difference between signal to noise ratio and detector noise and drift
Hi p.balaji,
I have updated the tags on your post for better visibility. The measurement of detector noise during a qualification of an instrument is to ensure the detector is working within specification. The impact of a failure is really left up to the user of the instrument. Some customers will place the instrument out of service until the noise issue is addressed other customers , depending on the noise problem will continue use, its really your call. If this is a QC instrument, most often it is placed out of service.
Signal to noise is a measurement of response of a peak compared to an section of baseline or background.
The noise, wander, and drift are calculated according to the method described in ASTM standard E685-93.
Regards
James
Hi p.balaji,
I have updated the tags on your post for better visibility. The measurement of detector noise during a qualification of an instrument is to ensure the detector is working within specification. The impact of a failure is really left up to the user of the instrument. Some customers will place the instrument out of service until the noise issue is addressed other customers , depending on the noise problem will continue use, its really your call. If this is a QC instrument, most often it is placed out of service.
Signal to noise is a measurement of response of a peak compared to an section of baseline or background.
The noise, wander, and drift are calculated according to the method described in ASTM standard E685-93.
Regards
James