Phased Array Radar Antenna High Mobility Structure And Implementation

Ground radar can be divided into fixed and movable type two kinds.Mobile radar disassembly erection time are generally in a few hours to a few hours.Radar flexibility refers to the ability of radar rapid concealment or transfer positions, is an important index of radar practical performance.It refers to the radar from a position working state after disassembly and cross-country march into another position after the erection into many links between working conditions.There are close relationship between the mobility of the radar and radar electrical and mechanical properties.Mobility is one of the effective measures of radar provides survival ability in modern war.So the maneuverability index has become one of the most important tactical and technical index of modern radar.According to the different ground radar, in a few minutes to thirty minutes to complete the disassembly or enter the work state of radar called high mobility radar.Modern warfare has entered the electronic information age, the traditional mobility radar has been unable to meet the demand. In recent years, outbreaks of overseas, Bosnia and Iraq war. Cruise missiles and precision guided missile plays an important role in.At the same time from another aspect also illustrates the importance of high maneuverability of radar in modern war, and traditional mobility Lei DaxiangHigh mobility radar antenna put forward higher requirements on the structure design.This paper adopts the advanced design concept and methods, characteristics and design difficulties of LEGO mobility radar antenna system.Summary of the various structural optimization method combined with a phased array radar with high mobility engineering design.This paper discusses in high mobility and the realization method of the radar antenna.The radar is developed by the NRIET with a highly advanced military equipment.This paper presents high maneuverability of radar antenna design method and calculation data provide certain theoretical significance and practical value for the high mobility of phased array radar antenna design.