你好Mickael，
要回答您的校准需求，CR95HF上的功能可以在标签应答前调整阅读器的灵敏度，而不是相反。因此，您不会通过执行校准来增加传输长度，但您将改进标签检测。
对于您的启动问题，您可以通过阅读好的和失败的IC的IDN来提供CR95HF的版本。
然后解释你如何测量t0时间？据我所知，唤醒的最小值为100us，最大值没有意义。
问候
以上来自于谷歌翻译
以下为原文
Hello Mickael,
To answer your calibration needs the functionality is available on the CR95HF to tune the sensitivity of the reader in front of the Tag answer and not the reverse. Thus you will not increase transmission lenght by executing calibration, but you will improve tag detection.
For your startup issue can you please provide the version of the CR95HF by reading the IDN of the good and failing IC.
Then explain how you measure the t0 timing? For my knowledge there is a min value of 100us to wake up, max value doesn't make sense.
Regards
你好Mickael，
要回答您的校准需求，CR95HF上的功能可以在标签应答前调整阅读器的灵敏度，而不是相反。因此，您不会通过执行校准来增加传输长度，但您将改进标签检测。
对于您的启动问题，您可以通过阅读好的和失败的IC的IDN来提供CR95HF的版本。
然后解释你如何测量t0时间？据我所知，唤醒的最小值为100us，最大值没有意义。
问候
以上来自于谷歌翻译
以下为原文
Hello Mickael,
To answer your calibration needs the functionality is available on the CR95HF to tune the sensitivity of the reader in front of the Tag answer and not the reverse. Thus you will not increase transmission lenght by executing calibration, but you will improve tag detection.
For your startup issue can you please provide the version of the CR95HF by reading the IDN of the good and failing IC.
Then explain how you measure the t0 timing? For my knowledge there is a min value of 100us to wake up, max value doesn't make sense.
Regards
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