1.数据表中没有勘误表。
2.我不建议你使用其他数据表，即使设备看起来相似也可能存在差异。
关于高通滤波器截止频率（HPCF [2：1]位），我可以尝试获取值。
DRDY引脚仅来自磁力计的数据就绪信号。
可以使用CTRL_REG3_A（22h）和CTRL_REG6_A（25h）寄存器配置INT1和INT2引脚。
您可以在哪里选择引脚上可用的信号（加速度计数据就绪，阈值中断，FIFO水印......）
我还想提一下，LSM303DLHC不推荐用于新设计，有更新更好的传感器。
以上来自于谷歌翻译
以下为原文
1. No there is no errata to the datasheet.
2. I would not recommend you to use other datasheet, even it the devices looks similar there could be differences.
Concerning the high pass filter cut-off frequencies (HPCF[2:1] bits) I can try to get the values.
The DRDY pin is data ready signal from the magnetometer only.
The INT1 and INT2 pins can be configures using CTRL_REG3_A (22h) and CTRL_REG6_A (25h) registers.
Where you can select which signals will be available on the pins (Data ready from accelerometer, threshold interrupt, FIFO watermark, ...)
I would also like to mention, that the LSM303DLHC is not recommended for new design, there are newer and better sensors.
1.数据表中没有勘误表。
2.我不建议你使用其他数据表，即使设备看起来相似也可能存在差异。
关于高通滤波器截止频率（HPCF [2：1]位），我可以尝试获取值。
DRDY引脚仅来自磁力计的数据就绪信号。
可以使用CTRL_REG3_A（22h）和CTRL_REG6_A（25h）寄存器配置INT1和INT2引脚。
您可以在哪里选择引脚上可用的信号（加速度计数据就绪，阈值中断，FIFO水印......）
我还想提一下，LSM303DLHC不推荐用于新设计，有更新更好的传感器。
以上来自于谷歌翻译
以下为原文
1. No there is no errata to the datasheet.
2. I would not recommend you to use other datasheet, even it the devices looks similar there could be differences.
Concerning the high pass filter cut-off frequencies (HPCF[2:1] bits) I can try to get the values.
The DRDY pin is data ready signal from the magnetometer only.
The INT1 and INT2 pins can be configures using CTRL_REG3_A (22h) and CTRL_REG6_A (25h) registers.
Where you can select which signals will be available on the pins (Data ready from accelerometer, threshold interrupt, FIFO watermark, ...)
I would also like to mention, that the LSM303DLHC is not recommended for new design, there are newer and better sensors.
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