电子工艺技术
電子工藝技術
전자공예기술
ELECTRONICS PROCESS TECHNOLOGY
2013年
1期
25-28
,共4页
挠性传输%整机%信号互联
撓性傳輸%整機%信號互聯
뇨성전수%정궤%신호호련
Flexible transmission%Unit%Signal interconnection
采用挠性传输载体代替现有的线缆互联实现整机内部信号传输是解决目前整机内部互联杂乱和组装以及测试困难的有效手段.通过对采用挠性传输载体实现整机内信号互联研究,主要对实现互联的影响因素及解决措施、实现可行性和工艺方法等进行了探讨,并进行了可靠性分析及试验验证.为整机互联技术革新提供了思路.
採用撓性傳輸載體代替現有的線纜互聯實現整機內部信號傳輸是解決目前整機內部互聯雜亂和組裝以及測試睏難的有效手段.通過對採用撓性傳輸載體實現整機內信號互聯研究,主要對實現互聯的影響因素及解決措施、實現可行性和工藝方法等進行瞭探討,併進行瞭可靠性分析及試驗驗證.為整機互聯技術革新提供瞭思路.
채용뇨성전수재체대체현유적선람호련실현정궤내부신호전수시해결목전정궤내부호련잡란화조장이급측시곤난적유효수단.통과대채용뇨성전수재체실현정궤내신호호련연구,주요대실현호련적영향인소급해결조시、실현가행성화공예방법등진행료탐토,병진행료가고성분석급시험험증.위정궤호련기술혁신제공료사로.
Replacing the existing cable interconnection with flexible transmission carrier to transfer the unit internal single, it is an effective method to solve the problem of messy interconnection, difficulty assembly and testing. Discussed the influencing factors and countermeasures of interconnection implementation, feasibility, technological processing and so on based on research on internet technology of flexible transmission carrier in unit. At the same time, analyzed the feasibility and made the experimental verification. Provide a guideline for technological innovation of interconnection in unit.
