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在扼要地叙述频率捷变雷达系统的性能之后,讨论了这种系统的电子抗干扰一般特性,描述了频率捷变发射机。指出了系统对最佳电子抗干扰设计的实质,也讨论了干扰频率捷变雷达的原理相对不同程度干扰妾求而决定的干扰机的组成。最后,按现代信号处理的观点,讨论了机械调谐磁控管的电子抗干扰特性,并且得出结论:即使和先进的干扰机进行对抗时,用快速调谐磁控管精心设计的脉冲振荡波形,将具有很显著的电子抗干扰能力。
After a brief description of the performance of frequency-agile radar systems, the general electronic anti-jamming characteristics of such systems are discussed, describing frequency agile transmitters. The essence of the system design for the best electronic anti-jamming is pointed out, and the composition of the jammer determined by the principle of the jamming frequency agile radar is also discussed. Finally, from the point of view of modern signal processing, the electronic anti-jamming characteristics of the mechanical tuning magnetron are discussed and the conclusion is drawn that even with the advanced jammer, the pulse oscillation waveform designed by the fast tuning magnetron, Will have a very significant ability of electronic anti-jamming.