Live insertion design approaches

K. Filliter, R. Klem, P.R. LaFlamme
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引用次数: 1

Abstract

Applications in the Telecommunications Industry and elsewhere often have the requirement for 100% “up” time. This implies that system upgrades and maintenance must be conducted with power applied and the system operational. When replacing faulty or obsolete cards, removal and insertion must be accomplished without damaging the interface ICs and ideally without disrupting the Backplane This paper investigates the various approaches to IC design intended to facilitate Live Insertion. A proposal for an Designing an interface for live insertion ideally would a) Selecting a robust busdriver designed and suited for live insertion. b) Develop power sequencing schemes which control the timing and voltages delivered to the busdriver ICs. require two steps: Live Insertion Levels Industry Standard IC test Method is proposed. Prior to our discussion it is worthwhile to define several
实时插入设计方法
电信行业和其他地方的应用程序通常要求100%的“启动”时间。这意味着系统升级和维护必须在供电和系统运行的情况下进行。在更换故障或过时的卡时,必须在不损坏接口IC的情况下完成拆卸和插入,理想情况下不破坏背板。本文研究了旨在促进实时插入的各种IC设计方法。理想情况下,为实时插入设计接口的建议是A)选择一个设计并适合实时插入的健壮总线驱动器。b)开发功率排序方案,控制传递到总线驱动ic的时序和电压。要求两步:带电插入电平提出了行业标准IC测试方法。在我们讨论之前,有必要先定义几个
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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