State of the art sealed NiCd button cells optimized for telecommunications use

R. Cloke
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Abstract

The author reviews developments to upgrade the performance of NiCd button cells to meet the requirements of equipment designed for use in the 1990s, with special emphasis on improving the battery's trickle charge and quick-charge facilities. It is concluded that requirements to enable portable equipment to be fully charged, within an 8 h working day, can now be achieved with a simple charger which can apply a 0.2 C charge to batteries regardless of their state of charge and without any prior conditioning. On the same basis, the need to recover batteries which are used in the standby mode more quickly than the four days previously possible for NiCd button cells, and 24 h required by NiCd sintered cells, can now be achieved by the inclusion of a timer to charge for 7 h at 0.2 C.<>
最先进的密封镍镉钮扣电池优化电信使用
作者回顾了为满足20世纪90年代设计使用设备的要求而升级镍镉纽扣电池性能的发展,特别强调了电池的涓流充电和快速充电设施的改进。结论是,便携式设备在8小时工作日内充满电的要求,现在可以用一个简单的充电器来实现,无论电池的充电状态如何,都可以对电池进行0.2摄氏度的充电,而不需要任何事先的调节。在同样的基础上,在待机模式下使用的电池需要比以前NiCd纽扣电池的4天更快地恢复,NiCd烧结电池需要24小时,现在可以通过包含一个计时器来实现在0.2 c下充电7小时。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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