1) optical signal acquisition
光信号采集
1.
Fast signal acquisition by FBG is discussed and an optical signal acquisition SOPC system based on Altera Nios platform is designed.
讨论了FBG传感器信号的快速获取,设计了基于AlteraNios平台的光信号采集SOPC系统,详细地分析了本系统中各个组成部分的工作原理,包括光信号获取、光电信号转换、模数转换以及Nios片上系统获取信号的整个过程。
2) faint light signal collection
弱光信号采集
3) data acquisition
信号采集
1.
Arc-ultrasonic welding data acquisition and analysis system;
电弧超声焊接信号采集分析系统的搭建与应用
2.
Development of data acquisition system for in-cylinder pressure signals of NG engine;
基于虚拟技术的天然气发动机缸内压力信号采集系统
3.
The Integrated Design of Fuzzy Logic and Data Acquisition System for Micro Aerial Vehicle;
微型飞行器模糊控制及信号采集系统综合设计
4) signal acquisition
信号采集
1.
Design of radar signal acquisition and processing system based on RTLinux;
RTLinux在雷达信号采集处理系统的应用
2.
Signal Acquisition Technology Based on Soundcard;
基于声卡的信号采集技术
3.
High-integration design of a signal acquisition system for the trapdown IMU;
捷联IMU信号采集系统的集成化设计
5) Signal collecting
信号采集
1.
Applications of LabVIEW and MATLAB in signal collecting and wavelet de-noising of sound;
LabVIEW与MATLAB在声音信号采集与小波降噪中的应用
2.
Problems which often emerged in the process of signal collecting and processing in PH-meter are proposed in the paper.
计算机在线测试仪表的信号采集精度决定了仪表的质量。
3.
This article presents an optical and electrical signal collecting syste.
介绍了利用单片机和A/D器件等构成的光电信号采集系统,通过该系统可以测量由光功率等效成的电功率,从而获得光功率值。
6) signal sampling
信号采集
1.
A signal sampling interface and processing method applied to ECG monitor;
一种用于监护仪的心电信号采集接口调理方法
2.
Based on the monitoring requirement on the main ventilators at coal mines,this paper put forward the principle for designing signal sampling device at large section ducts.
简述了流量监测的意义,以及不同工艺流程中大截面风道的特点;结合煤矿主通风机监测的要求,提出了大截面风道流量信号采集装置的设计原则,并设计了变截面、全压管、复合管、背压管流量信号采集装置;应用伯努里方程和圆柱绕流原理,分析了其工作原理,进行了试验研究,分析了不同采集装置所得流量信号的大小、稳定性、重复性、规律性等,提出了在实践中改善其特性的技术措施,并取得了成功,填补了这方面的空白,具有工程实用价值。
3.
The most important part is the signal sampling in the system.
该系统中的信号采集部分是系统设计的关键。
补充资料：光信号模式
光信号模式
optical signal mode
gLJo!飞gX.rl}〕。of了105}，I光信号模式(optieal signal mode)通信。见光纤
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条