简易陀螺仪惯性制导系统设计

在设计陀螺仪的过程中,需要注意陀螺仪应用于飞机控制飞行惯性制导系统时需要搭建传感器、单片机、晶体放大驱动三大模块。随后需要综合积分算法,从而保证陀螺仪可以自行调整飞机航线,而这项技术一般应用于自动驾驶系统中,飞行员在飞机飞行的过程中使用自动驾驶技术就能够极大的降低工作量,从而提升飞行质量。本文主要针对于简易陀螺仪在制作的过程中惯性制导系统的设计进行分析,并且对于未来的简易陀螺仪惯性制导系统设计方案进行了阐述。

Design of Simple Gyroscope Inertial Guidance System

In the process of designing the GYROSCOPE,we should pay attention to the building of sensors,single-chip computer,crystal amplification driver and so on when the gyroscope is applied to the aircraft control and flight inertial guidance system.Then there is the need for integrated integration algorithms to ensure that the gyroscopes can adjust the course of the aircraft themselves,which is a technique typically used in autopilot systems where the aircraft's course can then be determined using this technique,so the technology greatly reduces the scope of the aviator.In this paper,the design of the inertial guidance system of the simple gyroscope is analyzed,and the design scheme of the inertial guidance system of the simple gyroscope in the future is put forward.