Design of high-accuracy gyro torquer controller

高精度陀螺仪 力矩 器 施 矩 电路的设计

Torquer is designed and the mathematic expression of its moment coefficient is formulated . The solutions to stabilizing moment coefficient are offered .

设计了 力矩 器，推导了力矩 器 刻度因数的表达式，并给出了稳定力矩 器 刻度因数的措施。

In this paper the same problem has been analyzed and the discoupling of current for gyro torquer as well .

本文除对输出角进行分析外，还对陀螺 力矩 器输出电流进行了解耦分析。

After that the feasibility and some problems to realize the identification by the inner gimbal torquer test are discussed .

接下来讨论了用内环 力矩 器 输入试验来实现辨识的可行性和实现辨识的一些问题。

A torquer is an important component for a dynamically-tuned gy-ro especially as it is used in rate-strap-down system .

在动力调谐陀螺仪中，特别是用于速率捷联系统中的陀螺仪， 力矩 器是一关键元件。

The complex method is used to optimize the permanent-magnet torquer of a dynamically tuned gyro ( DTG ) which is used in measuring angular displacement and angular velocity . The tracking rate of the DTG is effectively raised .

采用复形法对测量角位移及角速度用的挠性陀螺仪的永磁式 力矩 器进行了优化设计，有效地提高了该陀螺仪的跟踪速度。

Application of the Complex Method on the Design of the Permanent-Magnet Torquer

复形法在永磁 式 力矩 器设计中的应用

The special support and the single torquer structure is used to open a new technical way for increasing the gyro torquing rate .

其采用的特殊支承及单 力矩 器结构，为提高陀螺加矩速率开阔了新的技术途径。

But structure of Switched Reluctance Motor causes great torquer ripple .

但是开关磁阻电机特殊的结构造成 它 的 转矩脉动 比较大。

A Contrasting Study on the torquer Adapted to DTG with Large Angular Velocity

适用于大角速率动力调谐陀螺仪的 力矩 器对比研究

The application of analysis software in torquer magnetic field analysis of dynamically tuned gyro ( DTG ) is introduced in this paper meanwhile an example is presented in detail to demonstrate this application .

介绍分析软件在挠性陀螺仪 力矩 器磁场分析中的应用，以具体实例较为深入地对其进行了说明。

The bear structure of driving system for torquer and dynamic balance and installation technique were studied . The design and test of double inner integral ball bearing and storage ring of lubricant oil were presented .

研究了轴承、 力矩 器和驱动系统动平衡结构，以及装调工艺，同时介绍了双轴连轴承+储油环系统的设计和试验情况。

Application of Analysis Software in Torquer Magnetic Field Analysis

分析软件在 力矩 器磁场分析中的应用

The complex method is used in this paper to optimize the permanent magnet torquer of a dynamically tuned gyro ( DTG ) which is used in ship . It makes an output moment of the torquer increase by 61 % over an unoptimization value .

采用复形法对船用挠性陀螺仪的永磁式 力矩 器进行了优化设计，使该力矩器的输出力矩比未优化值增加了61%。

The Rebalance Loop Analysis and Decoupling Control Designing of Large Angular velocity DTG with Only One torquer

大角速率动调陀螺仪 力矩再平衡回路的分析与解耦控制设计

Design and Simulation of Feedback Control of Magnetic Torquer

磁力 矩 器的反馈控制 电路设计与仿真

Optimizing Design of Structure of Torquer in Force-Balance Accelerometer

力平衡加速度表 力矩器结构优化设计