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。
Characteristics and control process of a sampling controller is analyzed and methods of design for controller parameters and engineering tuning are described.
介绍了由工业控制计算机和现场单片机采样控制器组成的干式有载调压变压器集中监控系统的设计。
The integrated monitoring and controlling system is introduced, which is composed of industrial control computer and field monolithic data sampling controller.
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。
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.
考虑到模糊模型与实际对象之间的误差，研究不确定模糊模型的模糊采样控制器的设计问题，也是一个很有挑战性的研究课题。
Considering the modeling error between fuzzy model and practical plant, it is a challenging issue to design fuzzy sampled-data controller for uncertain fuzzy systems.
论文的主要结果有(1)对双速率采样系统，分别给出了基于状态空间模型和输入输出模型下的预测控制器的设计方法。
The main results are: (1) For a dual-rate sampled system, the design methods of predictive controller based on state-space model and input-output model are given respectively.
当白噪声干扰方向控制器时，可以用采样数据建立时间序列的自回归模型。
When a white noise interferes with the controller, a time series autoregressive (AR) model is built using the sampled experimental data.
利用线性矩阵不等式理论，给出设计满意控制器及优化采样周期的方法。
With the LMI technique, a method is proposed to design satisfactory controller and optimize the sample period.
最后，给出了采用迭代学习PID控制器时，液压机滑块位移与系统压力的仿真曲线以及实际应用时的采样曲线。
At last, the simulating and sampling position and pressure curves of the hydraulic system with the iterative learning PID controller are presented.
研究了传感器、执行器为时钟驱动，控制器为事件驱动，网络诱导时延大于一个采样周期的网络(ncs)的稳定性问题。
This paper discusses the stability of NCS with time-delay longer than one sampling period when both sensor and actuator are time-driven as well as controller is event-driven.
数字控制器存在采样与计算延时，实时控制性差，采用数字控制器实现双闭环瞬时值控制比较困难。
But it is hard to realize the dual-loop instantaneous control with digital scheme, because there is delay time of sampling and computing and lack of real-time regulation for digital control.
文中提出的这种基于DSP的励磁控制器采用了许多先进技术，如交流采样、数字脉冲、FFT等。
The DSP-based excitation controller adopts many advanced technologies, such as alternating current sampling, digital pulse and FFT etc.
研究了利用同步控制器解决周期多频采样系统的干扰解耦问题。
We address the disturbance decoupling problem of periodic and multirate discrete time systems via synchronous controllers.
为满足高速和精确的采样，论文在控制器硬件中设计了锁相环电路。
The PLL circuit has been designed in the controller to meet the requirement of high-speed and accurate sampling.
选择合适的数字控制器和采样周期是设计数字控制系统的关键。
It is the key to designing a digital control system to select suitable digital controller and sampling period.
本文设计的控制器以TMS320F2812DSP芯片为核心，加上检测电路（包括采样电路、调理电路、锁相环等）和其它外围控制和驱动电路构成。
The controller make up of TMS320F2812 DSP chip, detecting circuits include sampling circuit, modulate circuit and phase locked loop and other periphery control and drive circuit.
控制器参数仅在与采样周期成倍数关系的时刻改变，避免了控制器频繁而剧烈的调整。
The controller parameters are updated only at sampling instant that is equal to multiple cycle, so continous and rapid controller adjustment is avoided.
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。
Dust particle counter, dust particle multi-point inspection system, sampling device, environment comprehensive parameter monitor, FFU central controller, etc.
在CCS环境下进行编程，程序主要分为采样计算，PI控制器设计和PWM波生成。
The software was programmed under CCS environment. It was including sample calculation, PI control and form of PWM wave.
本发明还公开了一种AC-DC变换器的控制器，包括原边采样电路和数字补偿器；
The present invention also discloses a AC-DC converter controllers, including the primary sampling circuits and digital compensator;
设计了以C8051F 060混合信号微控制器为核心的全数字信号检测系统，实现其采样信号和调制信号的相位关系保持。
An all digital signal detecting system using C8051F060 as its core was completed. It can maintain the phase relation of sampling signal and modulating signal.
当今连续受控系统中数字控制器的广泛运用促进了对采样数据控制系统的研究。
The investigation of sampled-data systems is motivated primarily due to the widespread use of digitally implemented controller in present-day feedback control of continuous time systems.
通过试验，该控制器模块表现出了较高的采样精度、较好的控制效果和柔性大等优点，将来一定可以在工业生产过程控制领域中得到广泛的应用。
The experiments show that the controller module have high collection accuracy, good control effectiveness, high flexibility and good prospect to apply in industry in the future.
为了用单片机实现对变化速度极快、变化过程极短的高速瞬态行波信号进行采样，研究了一种以DS80C32 0单片机为控制器。
In order to sample transient travelling wave, the design of a high-speed data acquisition system with the single-chip microcomputer DS80C320 is introduced.
旋转编码器；可编程控制器；旋臂采样机；控制；回转保护。
Rotary code; PLC; Swing arm sampler; Control; Rotary protection.
旋转编码器；可编程控制器；旋臂采样机；控制；回转保护。
Rotary code; PLC; Swing arm sampler; Control; Rotary protection.
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