Pairs 35 And Antiaircraft Independent Targeting Line Control System

The line of sight stabilization is one of the key problems in studying self-propelled antiaircraft artillery. How to resolve this problem is to relate to the construction and the work principle of the whole weapon system, and will produce the very important influence to the function of the whole weapon system. In this paper, the author has finished to study the design of the line of sight stabilization 's control system for Double 35 self-propelled antiaircraft artillery. His purpose is to realize the line of sight stabilization and to increase the system's accuracy in this system, but all so to insure the system's stability. This will benefit to the engineering design.The contents in this paper include: 1.According to the demands of Double 35 self-propelled antiaircraft artillery, the author analyzed several projects which he can collect anywhere, he then put forward two viable projects for Double 35 self-propelledantiaircraft artillery -the digital position differential line of sight stabilization systemand the digital velocity differential line of sight stabilization system. Each project is demonstrated to be proper for Double 35 self-propelled antiaircraft artillery.2.In order to fully understand the influence of the aiming servo system and the barbette servo system for the superposing axis servo system, the author researches these system's construction and function thoroughly. He points out how to suitably design the superposing axis servo system .3.The barbette servo system has been designed and synthesized correctly, as well as the aiming servo system. And simulation analyses for those systems also have been made in this paper.