挠性陀螺及挠性陀螺组件调试设备设计与应用  

Design and Application of Flexible Gyro and Flexible Gyro Component Debugging Equipment

作　　者：蔡曜 周景春 司玉辉 王玉琢 杜鑫 雷妍 CAI Yao;ZHOU Jing-chun;SI Yu-hui(Xi'an Aerospace Precision Mechatronics Institute,Xi'an 710100)

机构地区：[1]西安航天精密机电研究所,西安710100

出　　处：《航空精密制造技术》2024年第2期18-22,共5页Aviation Precision Manufacturing Technology

摘　　要：对挠性陀螺及挠性陀螺组件进行调试,可降低其漂移率,提高系统性能,由此设计挠性陀螺调试设备和挠性陀螺组件调试设备实现调试功能。基于调试工艺流程对调试设备功能进行需求分析,功能需求清单即为设计目标清单。围绕设计目标给出两种调试设备的整体架构,完成机箱结构设计,供电电路及其它各功能电路的电气设计。工程实践表明,两种调试设备的整体架构设计合理,机箱结构、供电电路及其它各功能电路的设计具有一定的创新性和可借鉴性。The debugging of the flexible gyro and its components can reduce the drift rate and improve the performance of the servo system.The debugging equipment of the flexible gyro and its components is designed to realize the debugging function.Based on the debugging process,the requirements for debugging equipment functions are analyzed.The list of functional requirements is the list of design objectives.According to the design objective,the overall architecture of the two debugging equipment is given,and the chassis structure design is completed,as well as the electrical design of the power supply circuit and the functional circuit.The engineering practice shows that the overall structure design of the two debugging equipment is reasonable,the design of the chassis structure,power supply circuit and each function circuit has a certain innovation and reference.

关 键 词：调试设备 挠性陀螺 挠性陀螺组件 设备架构 电路设计 

分 类 号：V241.559[航空宇航科学与技术—飞行器设计] V216.8