随着武器装备的技术演进,靶场武器试验对测量雷达在搜索、跟踪、测量等全过程的功能性能要求也日益提高,传统基于机械扫描和模拟相控扫描体制的测量雷达逐渐难以应对.提出采用数字阵列技术的靶场弹道测量雷达,介绍了数字阵列体制在雷达中的应用原理.仿真分析结果表明,采用数字阵列体制能够使雷达在捕获能力、多目标性能、杂波和干扰抑制等方面获得明显提升,是未来靶场测量雷达的主要发展方向.%With the evolvement of weapons and equipment technology, the requirements of measurement radar of the function and capability are also increasing,such as search, track and measure performance in the whole test process.It makes the traditional measurement radar based on mechanical scanning and simulation phase-controlling scanning system difficult to deal with.Mainly analyzes the advantage of ballistic measurement radar adopting digital array technology in range measurement, introduces the principle of digital array physical applications in radar.The simulation results show that the use of digital array system enables the radar in capture capability, multi-target performance, clutter and interference suppression has been improved.Simulation results show that the system of digital array radar that can make the ability to capture, multi-objective performance, noise and interference suppression of obvious promotion, is the future main direction of shooting range instrumentation radar.It is the main development direction of the future measurement radars in shooting range.
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