sampling controller
英 [ˈsɑːmplɪŋ kənˈtrəʊlə(r)]
美 [ˈsæmplɪŋ kənˈtroʊlər]
网络 抽样控制器; 采样控制器
双语例句
- Dust particle counter, dust particle multi-point inspection system, sampling device, environment comprehensive parameter monitor, FFU central controller, etc.
尘埃粒子计数器，尘埃粒子多点检测系统，浮游菌采样器，环境综合参数监测器，FFU中央控制器等。 - The Design of Integration LQ Sampling Controller for APC of Reversible Cold Rolling Mill
可逆冷轧机的APC的一种积分型LQ采样控制器设计 - Matched z-transform is a digital method by which analog controller is transferred to digital controller. If imaginary part ω 0 of zero of analog controller is more than one half of sampling frequency ω s, frequency response of the digital controller can be aliasing.
匹配Z变换是将模拟控制器变为数字控制器的一种数字化方法，若模拟控制器的复数零点的虚部ω0大于采样角频率ω的一半，这时数字控制器的频率特性将会产生严重混叠。 - The new viewpoint on the mechanism of sampling control is stated and new method for determining the parameters of controller is introduced. The quality of sampling control is analyzed and some issues to be considered in engineering implementation are given.
提出了采样控制机制的新观点，介绍控制器参数确定的新方法，分析了采样控制的质量，指出了在工程实施应考虑的若干问题。 - A muti-channel data acquisition based on dual integration A/ D converter is designed using CPLD the crux. The implementation of sampling controller unit, counter unit and serial interface output unit is detailed introduced.
利用CPLD作为控制核心，设计一个基本双积分A/D转换器件的多路数据采集系统，详细分析A/D采样控制模块、计数模块、串口数据发送模块的实现。 - Hardware interface includes A/ D, D/ A converters, programmable gain controller and multiplex sampling valve controller.
该系统中的硬件包括D／A和A／D转换接口、程控增益放大器、多路取样阀门控制接口等； - The final sampling periods and controller parameters are selected as a compromise between the deviation loss and the control loss.
最后的采样周期则是权衡了偏移损失和控制损失的一个折衷选择。 - AC Intelligent Sampling Node Based on AVR Micro Controller
基于AVR微控制器的交流采样智能节点 - In this paper, a new method how to implement the A/ D sampling controller based on CPLD/ FPGA by VHDL language is proposed and keys are needed to notice when programming.
介绍了如何用CPLD/FPGA可编程器件和VHDL硬件描述语言来实现A/D采样控制器，以及在编程时需要注意的问题，为A/D采样控制器的实现提供了一种新的解决方案。 - Study of Self-equilibrium Sampling Controller
自均衡采样控制器的研究 - 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。 - The design of A/ D sampling controller
A/D采样控制器的设计 - With the bounded delay condition and the invariance of parameter matrix in sampling periods, a design approach of a state feedback controller for optimizing the part performance is proposed by solving Riccati differential equation.
在时滞有界和采样周期内状态参数阵不变的条件下，通过求解Riccati微分方程得到局部优化控制律。 - Designs the FPGA hardware data sampling controller to produce the control signals, and guarantee sampling precision;
设计了FPGA硬件数据采样控制器产生控制信号，保证采样精度； - In digital simulation of sampling control system, because of some special requirements, sometimes, we hope sampling period of digital controller is changed.
在采样控制系统的数字仿真中，由于某种特殊要求，有时希望改变其采样周期。 - A new type of polyester slice sampling controller was studied in this paper based on the method of self equilibrium control.
介绍了一种以PIC单片机技术为核心的用于聚酯切片采样控制系统的设计。 - The interference source and the coupling way are analysed in brief, and the curbing measures of the interference are introduced, which suits to control equipment based on microcomputer, data sampling and processing system, the instrument and the industrial controller.
简要地分析干扰的来源及耦合的途径，然后从实用的角度出发，着重介绍对干扰的抑制措施，对于一般的微机控制装置、数据采集和处理系统、仪表及工业控制机都有普遍的意义。 - In the way of capturing, paper gives out a capturing scheme based on CPLD as the sampling controller.
在信号的采集方式上，提出了以CPLD作为采样控制器的方案。 - By using portable computer, high speed sampling controller, photo electricity coder and its dealing circuit, the system has high distinguishing rate of sampling, and it can sample multi parameters at the same time.
它采用笔记本电脑及高速数据采集器，并配以光电编码器及处理电路，使得测试系统采样分辨率高，可进行多路参数同时采样。 - Then, the paper simply narrates the main function, sampling algorithm and controlling logic of the intelligent controller.
然后，对固体有载分接开关控制器所具有的主要功能和控制器所采用的采样算法、控制逻辑进行了简要说明。 - This water sampler consists of water diverting device, water sampling controller, the locating device, the controlling electric circuit and the single-board computer system.
采样器由引水装置，采水量控制装置、定位装置、控制电路、单板机系统构成。 - High speed ADC sampling controller with FIFO is very fast.
硬件实现带有缓存的高速ADC信号采集控制具有不占用CPU资源、运行速度快的特点。 - Designing an A/ D Sampling Controller with CPLD/ FPGA
用CPLD/FPGA设计A/D采样控制器 - In system controlled, Sampling these parameters and with parameters for controller in time, it is an object to adaptive control.
受控系统中，模型结构参数（模型时延及模型阶次）和模型参数是自适应类控制的基础，采样这些参数，并即时送给控制器，是实现自适应控制的前提，也是优化该类算法的重要依据。 - The application of an integration LQ sampling control in position regulating system in APC of cold rolling mill is investigated, thus a digital sampling controller of APC is obtained.
研究了一种积分型LQ控制在可逆冷轧机APC位置调节系统上的应用，得到了一个APC的数字采样控制器。 - Firstly, the features of APFC digital control chip are introduced, then analyzes the principle of digital control APFC based on OCC scheme and determine the sampling frequency and method of the measurement, and the digital controller parameter of voltage loop is designed.
首先介绍APFC数字控制芯片的特点，然后分析了单周期控制数字APFC的工作原理，确定了控制信号的采样频率和测量方法，并对电压环数字控制器的参数进行了详细的设计。 - Lastly, for state feedback stochastic stabilization of sampled-data control system with non-uniform sampling, a stochastic stabilization controller is given by using regulatory factor technique and cone complementary linearization method.
最后，针对非均匀采样数据系统的状态反馈随机镇定问题，运用调节因子法和锥补线性化方法，设计了一种随机镇定控制器。 - The servo driver circuit and sampling circuit are important to the controller. The analysis of servo driver circuit is completed by simulation.
论文着重分析了伺服驱动电路、采样电路的设计，并对伺服驱动电路进行了仿真分析。 - In order to get more precise sampling data, controller uses FIR digital filtering algorithm to optimize sampling, and reduce the external disturbance.
为了得到更精确的采样数据，控制器还采用FIR数字滤波算法来优化采样结果，减小外部干扰。 - A sampling feed forward controller on the basis of genetic algorithm ( GA) is designed and written using programming language.
并设计了基于遗传算法的前馈调节控制器，编写了控制器程序。