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现今,航空电子技术要求增加飞机武器系统的可用资源的比例。这些技术路飞机武器系统提供着不断增长的能力和精确度。看来数宇航空电子技术是在没有通常所伴随的复杂性,低可靠性和高费用的情况下,提供所希望的能力和特性的增长,这是因为他借助于固态器体经得起机械化检验的。它更有秩序和更系统地并且没有主要硬件的修改而提供系统的增长和变更。为了获得这些收益,数宇航空电子的综合要求标准的设备接口和标准的机内数据通信方法。时分数据总线便是允许形成这种系统综合新概念一种技术。本文将介绍这种数据总线的发展,标准化和应用,也将讨论所获得的管理和后(?)上的收益。
Today’s avionics technology requires an increase in the proportion of available resources for aircraft weapon systems. These technology road jet weapon systems provide ever-increasing capabilities and precision. It appears that Aerospace’s electronics offer the desired increase in capabilities and features without the usual complexities, low reliability and high costs because of the mechanized Inspection. It provides systematic growth and change more orderly and systematically and without major hardware changes. In order to capture these benefits, Aerospace’s comprehensive integration requires standard equipment interfaces and standard in-machine data communication methods. The time-sharing data bus is a technology that allows for the formation of such a new concept of system synthesis. This article will introduce the development, standardization, and application of such a data bus, as well as management and post-acquisition benefits.