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首页> 外文期刊>Electrical Design News: The Magazine of the Electronics Industry >Lithium-ion technology targets portable power: SPECIFYING, TESTING, AND MONITORING A BATTERY PACK
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Lithium-ion technology targets portable power: SPECIFYING, TESTING, AND MONITORING A BATTERY PACK

机译:锂离子技术以便携式电源为目标: 指定、测试和监控电池组

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摘要

WORK CLOSELY WITH YOUR LITHIUM ION-CELL MANUFACTURER AND BATTERY-PACK-DESIGN HOUSE TO DEVELOP SAFETY AND PERFORMANCE FEATURES FOR YOUR SYSTEM'S BATTERY PACK. A typical laptop-computer battery pack can contain more than 50 Whr of energy and requires care in its design, construction, and operation to ensure that it remains safely within its operating limits. Few circuit-design engineers want or need to become battery experts, yet they must ensure that a system's battery pack can safely perform its tasks and that the host system can monitor the pack during operation. To address these constraints, you must understand how to specify a battery pack, what type of test and inspection it requires, and how the application monitors the battery pack's health during operation.
机译:与您的锂离子电池制造商和电池组设计公司密切合作,为您的系统电池组开发安全和性能功能。典型的笔记本电脑电池组可以包含超过 50 Whr 的能量,并且在设计、构造和操作中需要小心,以确保其安全地保持在其工作限制范围内。很少有电路设计工程师希望或需要成为电池专家,但他们必须确保系统的电池组能够安全地执行其任务,并且主机系统可以在运行期间监控电池组。为了解决这些限制,您必须了解如何指定电池组、需要哪种类型的测试和检查,以及应用程序如何在运行期间监控电池组的运行状况。

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