航空航天平台电缆线束设计

R. Scully
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引用次数: 0

摘要

航空航天平台的电缆线束设计一直是平台电磁兼容性(EMC)集成中最具挑战性和最困难的领域之一。多个相互竞争的平台需求和要求是多样的,而且往往是相互排斥的,这使得电缆线束的设计往往处于剧烈的振荡方向。电缆线束的构造方式必须在设计过程的早期就确定下来,这使得争论或研究证明一种设计优于另一种设计的空间很小。质量、体积、系统复杂性、工艺变更、组件可用性、制造交货时间、可制造性、并行硬件认证时间表、受工程变更订单影响的发布文件和图纸,当然还有成本和进度,所有这些都在这个快速变化和高度关键的领域竞争。本演讲将试图强调这些相互竞争的领域,以提高人们的意识。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Cable Harness Design For Aerospace Platforms
Cable harness design for aerospace platforms has been, and continues to be, one of the most challenging and difficult areas for platform ElectroMagnetic Compatibility (EMC) integration. Multiple competing platform needs and requirements, all of which are diverse and are often mutually exclusive, drive cable harness design in often wildly oscillatory directions. Decisions on how cable harnesses are to be constructed must be hammered flat very early in the design process, and this leaves little room for debate or research to demonstrate one design is superior to another. Mass, volume, system complexity, change in process, component availability, manufacturing lead time, manufacturability, parallel hardware certification timelines, published documents and drawings impacted by engineering change orders, and of course cost and schedule, all compete in this fast changing and highly critical area. This presentation will attempt to highlight these competing areas to foment awareness.
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