快速反射镜位移传感器高精度采集电路设计与实现
Design and Implementation of High-precision Acquisition Circuit for Fast Steering Mirror Displacement Sensor
王凯 1孔德聪 1车鸿鹏 1王碧衡1
作者信息
摘要
对位移传感器高精度及低延时的数据采集是实现快速反射镜高精度和高带宽的关键.详细分析了复合轴中快速反射镜位移传感器采集电路的需求,并依此进行了硬件电路和软件设计.经过测试,采集电路有效分辨率可达17 bit,数据频率为5 kHz,信号采集延时200 μs,能够实现对快速反射镜位移传感器信号的高速高精度采集,可有效提升控制带宽和控制精度.
Abstract
The high-precision and low-latency data acquisition of displacement sensors is crucial for achieving high-precision and high-bandwidth fast steering mirrors.A detailed analysis of the requirements for the displace-ment sensor acquisition circuit in a composite axis with a fast steering mirror is provided,based on this,hardware circuit and software design are carried out.Through testing,the effective resolution of the acquisition circuit can reach 17 bits,the data frequency is 5 kHz,and the signal acquisition delay is 200 μs.The high-speed and high-pre-cision acquisition of signals from fast steering mirror displacement sensors is realized,which can effectively en-hance the control bandwidth and control precision.
关键词
位移传感器/高精度/低延时/快速反射镜Key words
displacement sensor/high-precision/low-latency/fast steering mirrors引用本文复制引用
出版年
2024
NETL
NSTL
万方数据