机械与电子
機械與電子
궤계여전자
MACHINERY & ELECTRONICS
2014年
3期
32-34
,共3页
邱坤滨%唐为民%叶超%王磊
邱坤濱%唐為民%葉超%王磊
구곤빈%당위민%협초%왕뢰
相控阵雷达%轮轨式天线座%防滑
相控陣雷達%輪軌式天線座%防滑
상공진뢰체%륜궤식천선좌%방활
phased array radar%wheel rail antenna pedestal%anti skid
现代雷达对系统运行的稳定性和同步性要求较高，系统以某雷达研制为背景，通过对比2种不同轮轨式天线座结构，结合滚轮打滑的机理，重点对相控阵雷达提出防止滚轮打滑的措施，为后期工程实施提供理论指导。
現代雷達對繫統運行的穩定性和同步性要求較高，繫統以某雷達研製為揹景，通過對比2種不同輪軌式天線座結構，結閤滾輪打滑的機理，重點對相控陣雷達提齣防止滾輪打滑的措施，為後期工程實施提供理論指導。
현대뢰체대계통운행적은정성화동보성요구교고，계통이모뢰체연제위배경，통과대비2충불동륜궤식천선좌결구，결합곤륜타활적궤리，중점대상공진뢰체제출방지곤륜타활적조시，위후기공정실시제공이론지도。
Modern radar needs the higher sta-bility and synchronization.Based on a radar devel-opment as the background,by comparison of the two different antenna base structures,the paper, considering the cause to slipping,focus on meas-ures to prevent the roller of phased array radar slipping.The purpose of the research is to provide theoretical guidance for implementation of the pro-ject.
