1) Controling_Point Sample
控制点采样
2) sampling control
采样控制
1.
This system is based on the closed loop feedback principle,and it adopts a method which combines hardware closed loop with sampling control.
本文基于负反馈闭环工作原理,通过硬件闭环与数字采样控制相结合的方法,实现了用数字信号来精确控制输出电流,使输出电流能够适应负载及环境的变化,并保持稳定。
2.
Characteristics and control process of a sampling controller is analyzed and methods of design for controller parameters and engineering tuning are described.
分析一种采样控制器特性及控制过程 ,给出控制器参数设计及工程整定方法。
3) sampled-data control
采样控制
1.
Ten years of the lifting technique for sampled-data control systems;
采样控制系统提升技术的10年
2.
After discussing the sampled-data control over linear time-lag systems,and by using Lyapunov stability theory and linear matrix inequality approach(LMI),the authors have presented the criteria for identifying the existence of lag-dependent sampled-data law for controlling linear time-lag systems in LMI framework.
讨论了带有时滞的线性系统的采样控制问题。
3.
Sampled-data control theory offers theory guidance for computer control and design of sampled-data controller is a core problem of sampled-data control theory.
为计算机控制提供理论指导的是采样控制理论，而采样控制器设计是采样控制理论的一个核心问题。
4) sampled data control
采样控制
1.
Presents a synthetic design procedure of guaranteed cost sampled data control for refining process.
针对打浆过程计算机控制系统提出了保代价采样控制 。
5) Sampling controller
采样控制器
1.
This system includes three parts: image decoding chip SAA7113H which is in charge of A/D convert;the sampling controller;the SDRAM storing chips.
该系统主要包括视频A/D转化芯片SAA7113H、采样控制器下、存储芯片SDRAM。
2.
This paper presents a new navigation computer scheme which uses a high performance DSP as core and FPGA as mainly external IO interface, and emphasizes the design of ADC Sampling Controller using FPGA.
提出了以高性能DSP为核心,由FPGA构成主要外部输入输出接口的导航计算机方案,并重点对由FPGA构成的ADC采样控制器进行了设计。
3.
A sampling controller is designed by using CPLD/FPGA.
利用 CPLD/FPGA目标器件设计一个采样控制器 ,按照正确的时序直接控制 ADC0 80 9的工作 ,完成二至十进制的转换并显示采样值。
6) sampling PI control
采样PI控制
1.
Three common algorithms in the industry process control,PI control,Smith predictive control and sampling PI control are introduced,focusing on the sampling PI control algorithm.
介绍了工业过程控制中PI控制算法、Smith预估控制算法和采样PI控制算法。
补充资料：采样点
(samplingsite)根据不同污水来源而决定的采取水样的地点。供水系统有三种采样点：(1)凈化处理前采取原生水水源；(2)凈化处理后采取供水水源；(3)在配水系统内采取出水口水源。工业污染源有两种采样点：(1)从最后排泄到河流中，从城市的集中系统中和污水管适中采取原状污水水源；(2)对被限制的特殊工业污染源应沿排放口向源逆行采取附加水样。污水处理场有两种采样点：(1)在未处理的废水注入点采样；(2)在处理后的出流点采样。地面河流有两种采样点：(1)在交流汇入口、工业污染源的污水出口和污水处理场的出口等的上游和下游两个地点采样；(2)为满足分析要求而专门采样。
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