Datasheet ER14250 (EEMB) - 5

Document Name Document No. Date Page ER14250 Specification ZJQM-RD-SPC-H0324 2019-04-19 5/9
3.10 Storage (Recommended) 存储（建议） ≤30℃ *1: At 23℃±2℃, 0.5mA discharge to end-off voltage of 2.0V. 23℃±2℃时 0.5mA 放电至终止电压 2.0V。 *2: At 23 ℃ ± 2 ℃ , the undischarged battery begins to discharge with a base current of 5 μ A. During the discharge process, a 50mA/0.1s pulse is released every 2 minutes. The battery voltage is not lower than 2.7V at this time. This voltage value will vary due to pulse characteristics, temperature, and battery usage. 在 23℃±2℃的条件下，未放过电的电池以 5μA 的基础电流开始放电，在放电的过程中，每 2 分钟释放 一个 50mA/0.1 秒的脉冲，此时的电池电压值不低于 2.7V。该电压值会因脉冲特性、温度，电池使用情况 的变化而变化。 *3: When the operating temperature is higher or lower than the normal temperature, the discharge capacity and the initial pulse voltage of the battery are reduced. 使 用 温度 高 于 或 低 于常 温 ， 电 池 的放 电 容 量 及 脉冲 初 始 电 压 均会 降 低 。
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 For high rate discharge, the maximum operational temperature has to be lowered. 对于高速率放电，必须降低最高工作温度。  Battery performance and battery capacity is function of current drain, temperature and cut off voltage. 电池性能和电池容量是电流消耗，温度和截止电压的函数。  Energy Type (bobbin structure) battery has very low self discharge on the shelf and during operation. It is best suited for low current discharges. It may require depassivation before medium currents can be delivered. 能量类型（线轴结构）电池在储存和工作期间具有非常低的自放电。它最适合低电流放电。在输送 中等电流之前可能需要去钝化。  In order to calculate precise life time under various environments, as well as use battery in a safer way, we recommend you to consult EEMB. 为了在各种环境下计算精确的使用寿命，以及以更安全的方式使用电池，我们建议您咨询 EEMB。
4. Battery Cell Shape and Dimensions
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Specification
规格 D Max.14.5 H Max.25.2