数字通信世界
數字通信世界
수자통신세계
Digital communication World
2015年
9期
338-339,345
,共3页
卫星通信%卫星天线%动中通
衛星通信%衛星天線%動中通
위성통신%위성천선%동중통
Satellite Communication%Satellite Communication Antenna%Communication in Moving
本文首先分析了两轴陀螺稳定原理,提出了方位/俯仰控制结构,然后基于LandMark 10 AHRS,讨论了动中通天线稳定系统的原理、算法,以及算法的实现,在此基础上,提出了一种基于LandMark 10 AHRS的车载动中通天线稳定系统的稳定方案.
本文首先分析瞭兩軸陀螺穩定原理,提齣瞭方位/俯仰控製結構,然後基于LandMark 10 AHRS,討論瞭動中通天線穩定繫統的原理、算法,以及算法的實現,在此基礎上,提齣瞭一種基于LandMark 10 AHRS的車載動中通天線穩定繫統的穩定方案.
본문수선분석료량축타라은정원리,제출료방위/부앙공제결구,연후기우LandMark 10 AHRS,토론료동중통천선은정계통적원리、산법,이급산법적실현,재차기출상,제출료일충기우LandMark 10 AHRS적차재동중통천선은정계통적은정방안.
This article firstly analyzes the principle of two-axis gyro stabilized platform, Introduces the control Structure of azimuth/Pitch axis.Then this paper discusses the principle, control algorithm, and algorithm realization. In the Last part, this paper introduces a new method of attitude stability used by Satellite Communication Antenna On the Move Based on LandMark 10 AHRS.
