Li-Ion battery systems it is important to match the charge condition of each cell to maximize pack performance and longevity. Cell life improves by avoiding both deep discharge and overcharge, so typical systems strive for operation between 20% and 80% states of charge (SOC). Detection and correction of charge imbalances assures that all cells track within the desired SOC window, preventing premature aging of some cells that could compromise the entire pack capacity. Highly accurate measurements are required to determine SOC with Li-Ion cells due to their exceptionally fl at discharge characteristics, particularly with the lower voltage chemistries。
Simple Calibration Circuit Maximizes Accuracy in Li-Ion Battery.pdfIn
| 打赏帖 | |
|---|---|
| 【Freertos】任务管理被打赏10分 | |
| 分享博世的两种不同的喷射系统模式被打赏5分 | |
| 汽车+开路实验与短路实验被打赏10分 | |
| 多点式电子控制汽油喷射系统知识分享被打赏10分 | |
| 分享机械控制式汽油喷射系统被打赏5分 | |
| 汽车显示屏——第2部分：TFTLCD、OLED和micro－LED显示屏电源技术被打赏50分 | |
| 汽车+汽车电路板的走线规则被打赏20分 | |
| 五一劳动节快乐被打赏5分 | |
| 【分享开发笔记，赚取电动螺丝刀】s32k146适配zephyr（六）使用Ozone调试镜像被打赏29分 | |
| 【分享开发笔记，赚取电动螺丝刀】s32k146适配zephyr（五）添加设备树节点被打赏33分 | |
STM32
MCU
通讯及无线技术
物联网技术
电子DIY
板卡试用
基础知识
软件与操作系统
我爱生活
小e食堂