你好奥利弗，
是的，您的经验是正确的，磁力计数据是右对齐的，加速度计数据是合理的，在正常模式下，数据是12位表示，这意味着LSB中最低的4位始终为0。在低功耗模式下，数据以8位表示，这意味着只有MSB具有实数，LSB始终为00h。
我希望这能澄清您的问题，并随时发布您想要讨论的任何其他主题。
谢谢，
蒂亚戈雷斯
以上来自于谷歌翻译
以下为原文
Hello Oliver,
Yes, your experience is correct, the magnetometer data is right-justified and the accelerometer data is left�justified, in normal mode, the data is in 12�bit representation which means the lowest 4 bit in LSB are always 0s. In low power mode, the data is in 8�bit representation which means only MSB has real dataand LSB is always 00h.
I hope this clarifies your question, and please feel free to post any other topics that you would like to discuss.
Thank you,
Thiago Reis
你好奥利弗，
是的，您的经验是正确的，磁力计数据是右对齐的，加速度计数据是合理的，在正常模式下，数据是12位表示，这意味着LSB中最低的4位始终为0。在低功耗模式下，数据以8位表示，这意味着只有MSB具有实数，LSB始终为00h。
我希望这能澄清您的问题，并随时发布您想要讨论的任何其他主题。
谢谢，
蒂亚戈雷斯
以上来自于谷歌翻译
以下为原文
Hello Oliver,
Yes, your experience is correct, the magnetometer data is right-justified and the accelerometer data is left�justified, in normal mode, the data is in 12�bit representation which means the lowest 4 bit in LSB are always 0s. In low power mode, the data is in 8�bit representation which means only MSB has real dataand LSB is always 00h.
I hope this clarifies your question, and please feel free to post any other topics that you would like to discuss.
Thank you,
Thiago Reis
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