The paper discusses briefly the design of beam steering system of phased array radar.
讨论了相控阵雷达波控系统的设计。
A novel beam steering system of a conformal cone-borne phased array is presented here.
本文提出了一种新的锥体共形相控阵波束控制方式。
The using in radar beam steering system of embedded computer will make the system miniaturization, module, integrated, high reliability and multifunction.
把嵌入式计算机技术应用到雷达波控系统，可以实现相控阵雷达波控系统的小型化、模块化、集成化、高可靠性、多功能。
Steering the beam direction is the main function of beam steering system of phased array radar, besides, outline-testing and online-monitoring can be performed by itself.
相控阵雷达波束控制系统的主要功能是实现天线波束指向的控制，此外，其自身还应具备脱机检测和联机监测功能。
A beam steering system consisting of multiple single chip processors is described. It is simple and flexible because its phase calculation and control is implemented by software.
论述了由多片单片机构成的波控系统，因为波控系统的相位计算和控制是由软件实现的，所以这种波控系统具有简单、灵活的特点。
Steering the beam direction is the main function of beam steering system of phased array radar, test the beam steering system and TR unit performance is signify during the development of the antenna.
相控阵雷达波束控制系统的主要功能是实现对天线扫描波束的控制，在天线阵面的研制过程中，需要对波控系统及TR单元性能进行测试。
Some design considerations about the beam steering sub-system of the radar are introduced in this paper.
本文介绍了该雷达波控分系统的设计及其功能。
This paper mainly describes the composition of beam-steering system and the design of sub-array controller in beam-steering system.
本文主要论述了波控系统的设计及其中子阵波控模块的实现方法。
This paper mainly describes the composition of beam-steering system and the design of sub-array controller in beam-steering system.
本文主要论述了波控系统的设计及其中子阵波控模块的实现方法。
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