TI中文支持网hi,TI的工程师好，
我看资料要求，要用0.1C的电流放电，直到截至电压，请问，是否一定要用0.1C，如果用0.2C是否会有影响。
engineerxie：
实际操作中都用的0.2C,0.1C放电周期太长。
Hugo Zhang：
建议还是按照0.1C来做。
xiaomi lu：
回复 Hugo Zhang:
你好，非常感谢您的答复。
我目前上传LOG后，未获取到匹配的CHEM ID，麻烦帮我看下LOG 的告警
Warning: First OCVpoint has non-zero current I= -0.064 Please make sure you have a 2 hr relaxation period before the beginning of discharge.
Warning: Last OCVpoint has non-zero current I= -0.064 Please make sure you have a 5 hr relaxation period after the end of discharge.
Warning: difference between initial and final DOD is less than 90% dDOD_%= 71 Try to decrease the discharge rate
Warning: difference between initial and final DOD is less than 90% dDOD_%= 71 Try to decrease the discharge rate
* Warning: All IDs disqualified because of too high resistance deviation. No suitable ID selection available
另静置时，我板子是有耗电的，这块是否会有影响；
其次我是按照0.2C来放电
xiaomi lu：
回复 Cheng.W:
你好,非常感谢您的回复,我目前又重新做了一次充放电过程.
芯片：bq34z100，电池:12V 12Ah的铅酸电池，按照充电，静置，放电（外接10欧的电阻放电，放电到6.5V），静置过程。上传LOG后，报警如下，相关LOG和上传文件见附件。请帮忙看下，非常感谢。
Best chemical ID : 437 Best chemical ID max. deviation, % : 29.35 Accuracy Error: Deviation is so high that it is most likely due to anomaly in the data. Please check that data files have recomended format, units and test schedule
