Hi,
ADXL103/ADXL203 contains 0 g Offset vs. Temperature parameter. Did you specified 0 g Offset Long Term Drift (0 g Offset vs. Time)? If yes, where I can find the data?
Regards,
Ivan
ADXL103
Recommended for New Designs
The ADXL103 is a high precision, low power, complete single-axis accelerometer with signal conditioned voltage outputs, all on a single, monolithic IC...
Datasheet
ADXL103 on Analog.com
ADXL203
Recommended for New Designs
The ADXL203 is a high precision, low power, complete dual-axis accelerometer with signal conditioned voltage outputs, all on a single, monolithic IC. The...
Datasheet
ADXL203 on Analog.com
Hi,
ADXL103/ADXL203 contains 0 g Offset vs. Temperature parameter. Did you specified 0 g Offset Long Term Drift (0 g Offset vs. Time)? If yes, where I can find the data?
Regards,
Ivan
Hi NevadaMark,
Thank you for pointing out to the ADIS16362 which is helpful.
ADIS16362 accelerometer typical In-Run Bias Stability is equal to 41 ug (1 sigma). 3 sigma gives 123 ug. But I observed 41-84 mV (or 41-84 mg) 0 g offset on ADXL103 after 1-2 months. Could it be true? Would you observed such difference in accelerometer's In-Run Bias Stability before? How frequently should I compensate 0 g offset for getting 41 ug In-Run Bias Stability?
Regards,
Ivan
Hi NevadaMark,
Thank you for pointing out to the ADIS16362 which is helpful.
ADIS16362 accelerometer typical In-Run Bias Stability is equal to 41 ug (1 sigma). 3 sigma gives 123 ug. But I observed 41-84 mV (or 41-84 mg) 0 g offset on ADXL103 after 1-2 months. Could it be true? Would you observed such difference in accelerometer's In-Run Bias Stability before? How frequently should I compensate 0 g offset for getting 41 ug In-Run Bias Stability?
Regards,
Ivan