Other Parts Discussed in Thread: BQSTUDIO,
Hello！
我们在高温75度环境下，测试出现SOC跳变，TI上海FAE提供了针对高温环境的Fs文件，我们对比后有如下疑问，需要您的支持：
1、Design Capacity设置偏小的理由是什么？如果设置与电池容量一致，会有什么现象？
2、CC Offset这个参数变更的原因？为了适配高温环境做的修改吗？
3、文档中罗列了变更点：除了CC offset和Taper Voltage两个参数以外，其它参数都和之前配置差不多。
请问，哪些参数是针对高温环境进行的修改？
4、Ecmm_2389文件能适用于常温、低温和高温三种场景吗？如果不能适用，需要如何修改、适配？
We test in high temperature 75 degrees environment, SOC jumping, TI Shanghai FAE provides Fs files for high temperature environment, we have the following questions after comparison and need your support.
1、What is the reason for the small Design Capacity setting? If the setting is consistent with the battery capacity, what phenomenon will there be?
2. What is the reason for changing the parameter CC Offset? To adapt to the high-temperature environment to make changes?
3. The document lists the change points: except for CC offset and Taper Voltage, all other parameters are similar to the previous configuration.
May I ask which parameters are modified for high-temperature environment?
4. Can the Ecmm_2389 file be applied to normal, low and high temperature scenarios? If not, how do I need to modify and adapt it?
