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IEEE 1625 Helps Promote Safety and Reliability

机译:IEEE 1625帮助提升安全性和可靠性

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This IEEE standard's proven design methodologies help designers of Li-ion battery-powered systems achieve safety and reliability in their designs despite time-to-market pressures. As the number and variety of battery-powered products increases, the marketplace becomes an attractive target for design and manufacturing companies diversifying their product portfolios. With this diversification comes quick time-to-market demands and engineers inexperienced with the new applications. This, in turn, increases pressure on the system designer to "just get the job done." In response to these conditions, the IEEE 1625 standard was developed by manufacturers of Li-ion/ Li-ion polymer cells, battery packs, battery and power management semiconductors, and portable computing systems. The standard aims to offer design methodologies to facilitate development of reliable and safe battery-powered systems that still provide the desired features and functions.
机译:尽管有上市时间的压力,但该IEEE标准经过验证的设计方法可帮助锂离子电池供电系统的设计人员在其设计中实现安全性和可靠性。随着电池供电产品的数量和种类的增加,市场成为设计和制造公司多样化产品组合的有吸引力的目标。这种多样化带来了快速的上市时间要求,以及对新应用没有经验的工程师。反过来,这又增加了系统设计人员“仅完成工作”的压力。为响应这些条件,锂离子/锂离子聚合物电池,电池组,电池和电源管理半导体以及便携式计算系统的制造商开发了IEEE 1625标准。该标准旨在提供设计方法,以促进可靠和安全的电池供电系统的开发,该系统仍可提供所需的特性和功能。

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