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在大型试验、演练中,靶场多台大型测控装备分别布设在陆基和海基不同站点,各装备相对于被测控目标的方位、俯仰不同,为达到合理布站、更好地完成测控任务,需要对装备进行合理的组网和互调分析。对互调理论应用于靶场试验中的方法进行了分析,对频率分配、装备布站、电磁兼容性等进行了研究,给出了计算模型和参数取值原则。
In large-scale experiments and exercises, a number of large-scale measurement and control equipment at the shooting range were deployed at different sites on land-based and sea-based platforms. The azimuths and pitches of the equipment relative to the measured targets were different. In order to achieve rational distribution of stations and better accomplish the measurement and control tasks, Equipment needs to be a reasonable network and intermodulation analysis. The method of intermodulation theory used in the shooting range test is analyzed. The frequency distribution, equipment distribution station, electromagnetic compatibility and so on are studied. The calculation model and the principle of parameter value are given.