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科学技术的发展正使硅基片甚高速集成电路程序跃变成砷化镓集成电路,这种电路予示出对付变化着的电磁场威胁环境的一种方法。人们的努力主要集中在对通信系统的要求能较好的对付苏联非常复杂的干扰能力及新的电子侦察、电子干扰和电子反于扰(ESM、ECM 和 ECCM)上。近期发展起来的设计技术巳经淘汰了传统和耗时制图板法的电路设计法,允许把复杂的设计功能从计算机直接转换成工作硬件。在普通的混合电路、微波集成电路(M1C_s)中,
The development of science and technology is making the very high-speed integrated circuit program of silicon substrate jump into the gallium arsenide integrated circuit, and this circuit shows a way to deal with the changing electromagnetic field threat environment. People’s efforts are mainly focused on the requirements of the communications system to better deal with the very complex interference capability of the Soviet Union and new electronic reconnaissance, electronic jamming and electronic anti-jamming (ESM, ECM and ECCM). The recent development of design techniques has obsolete the circuit design methods of traditional and time-consuming charting methods, allowing for the conversion of complex design functions directly from computers to work hardware. In common hybrid circuits, microwave integrated circuits (M1C_s)