在国防部的甚高速集成电路及微波/毫米波集成电路的规划中,引入正在研制的先进元件将起到为雷达开创一种新的分布系统总体结构的作用。这种总体结构将允许更灵活多变的工作模式、“软失效”故障模式、精度更高以及成本降低。这场电子学革命的前沿目标包括了砷化镓集成电路(以实现雷达系统的固态化)、光导纤维(以便在提高保密程度的同时,处理不断增加的信息变换量)以及更有效的微处理机(以便管理多种探测设备输入端所要求的数据汇总)。这些技术的可能应用范围包括空军和海军的先进的战术战斗机规划、战略防御 The introduction of advanced components under development in the Department of Defense’s very high speed integrated circuits and microwave / millimeter wave integrated circuits will play a role in creating a new overall structure of the distribution system for radars. This overall architecture will allow more flexible operating modes, “soft-fail” failure modes, higher accuracy and lower cost. The cutting-edge targets for this revolution in electronics include GaAs integrated circuits for the solidification of radar systems, optical fibers (to handle ever-increasing amounts of information while increasing confidentiality), and more efficient microprocessing Machine (in order to manage a variety of probe equipment input required data summary). Possible applications of these technologies include the Air Force and Navy’s advanced tactical fighter planning, strategic defense