This thesis deals with the structure and engineering design of some certain type of compound and passive guidance radars. First, we explore the whole structure of the radar and put it into engineering effect. Second, in light of the feature of the guidance radar, we investigate the accuracy design of the aerial structure and servo-system design considering double plan loading, radiator design of high density installment electromagnetic compatible design, and so on. The key technology is analyzed, calculated, tested and verified. Finally, according to the surroundings of the prototype studies under water conditions, some standards that must be obeyed in the course of design are proposed which supplies significant instruction for manufacture and development of the guidance radars. |