LI Hong-yu, DU Feng, LI Xing-fei, et al. Design of analog rebalance loop based on induction torquer[J]. 2008, 27(11): 74-77. DOI: 10.13873/j.1000-97872008.11.003.
基于感应式力矩器的模拟再平衡回路设计
摘要
针对力矩反馈法单自由度速率积分陀螺仪漂移测试的需要
依据角度传感器信号与感应式力矩器电流有相同的频率的特点
设计了一种适用于感应式力矩器的模拟再平衡回路。分析了回路的工作原理
详细阐述了电路主要环节的设计过程。实验证明:该回路简单可靠
灵敏度高
且静态和动态性能均能满足实际测试要求。
Abstract
It is known that angel sensor signal shares the same frequency with induction torquer current.Based on this fact
the analog rebalance loop used in induction torquer is designed in response to the need of torque feedback testing of single freedom rate integrating gyroscope drift.The working principle of the rebalance loop is analyzed and the main parts of the circuit are described.The experimental results indicate that both dynamic and static performances can meet the requirement for practical application
while the rebalance loop which is simple and reliable has the advantages of high sensitivity.