这些值实际上是64的倍数，因为FIFO包含10位值。在输出寄存器中调整10位值，即16位。
您应该将值除以64，然后乘以灵敏度。
这种变化是由固有噪声引起的。传感器放置在桌面上的振动也很小。
以上来自于谷歌翻译
以下为原文
The values are actually multiples of 64, because the FIFO contains 10-bits values. 10-bits value are left adjusted in output register which is 16 bits.
You should divide the value by 64 and then multiply by the sensitivity.
The variation is caused by the inherent noise. There could be also small vibration of the desk where the sensor is places.
这些值实际上是64的倍数，因为FIFO包含10位值。在输出寄存器中调整10位值，即16位。
您应该将值除以64，然后乘以灵敏度。
这种变化是由固有噪声引起的。传感器放置在桌面上的振动也很小。
以上来自于谷歌翻译
以下为原文
The values are actually multiples of 64, because the FIFO contains 10-bits values. 10-bits value are left adjusted in output register which is 16 bits.
You should divide the value by 64 and then multiply by the sensitivity.
The variation is caused by the inherent noise. There could be also small vibration of the desk where the sensor is places.
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