2025-09-25 10:32 PM
Regarding the statement in the ASM330LHH datasheet “Embedded compensation for high stability over temperature”, does this mean that each output is temperature compensated? Does the compensation value correspond to the memory contents loaded when the BOOT bit is set? What output behavior is expected if this read/boot operation fails?
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2025-10-01 1:49 AM
Hi @ggob ,
The statement “Embedded compensation for high stability over temperature” in the datasheet means that the sensor applies internal temperature compensation algorithms to each sensor output (accelerometer and gyroscope) to reduce drift and variation caused by temperature changes.
When the BOOT bit is set, the device reloads factory calibration and compensation parameters. These parameters include temperature compensation coefficients.
Failure to load these parameters results in degraded sensor performance with more temperature-induced errors.
2025-10-01 1:49 AM
Hi @ggob ,
The statement “Embedded compensation for high stability over temperature” in the datasheet means that the sensor applies internal temperature compensation algorithms to each sensor output (accelerometer and gyroscope) to reduce drift and variation caused by temperature changes.
When the BOOT bit is set, the device reloads factory calibration and compensation parameters. These parameters include temperature compensation coefficients.
Failure to load these parameters results in degraded sensor performance with more temperature-induced errors.
2025-10-01 7:04 PM
Thank you for your answer. It is very helpful.
If such a failure occurs, is there any way to detect it or to know that it has happened?