Digital Closed Loop System of Coriolis Mass Flowmeter 科氏质量流量计数字闭环系统的设计与实现
3-way catalytic converter closed loop system, match EURO III 三元催化转换器闭环系统,符合国家III号排放标准
In addition, the adaptive robust controller is designed to implement smooth variable structure control; and the convergence of closed loop system is verified. 设计了自适应鲁棒控制器以实现光滑的变结构控制,证明了闭环系统的收敛性。
A novel digital closed loop system of Coriolis mass flowmeter ( CMF) is devised and realized. 提出并实现了一种科氏质量流量计的新型数字闭环系统。
At last, comparing with autopilot, the dynamic process of pilot-aircraft closed loop system is simulated in the altitude holding state. 对指针偏转规律采用模糊建模,进行了人机闭环系统仿真,并与自动驾驶仪的控制效果作了对比分析。
The fault diagnosis method based on double observers is introduced and it is applied to the fault diagnosis of brushless DC motor closed loop system. 对双观测器的故障诊断方法进行了改进,并将改进算法应用于无刷直流电机闭环系统的故障检测和隔离。
Studied the system feasibility, a mathematical Model to this design was gived, which had not only the control precision of the fully closed loop system, but also the stability of the open loop system. 给出了数学模型。设计既有闭环系统的控制精度,又有开环系统的稳定性;
This paper concentrates on the designing method of closed loop system of vibratory gyro based on analysis of the coupling error of vibratory gyro. 在分析振动耦合误差的基础上,提出了振动陀螺仪闭环控制系统的一般设计方案。
Compared with closed loop system, open loop system has higher efficiency and wider application. 与闭式系统相比,开式系统换热效率更高,应用更为广泛。
By the optimal sequence, the optimal Markov parameters for the closed loop system can be achieved which bring out the optimal closed loop poles. 由最优误差序列得到闭环系统的马尔可夫参数,从而求取最优闭环极点,然后,应用一般的极点配置方法解出最优反馈矩阵。
Novel closed loop system and output signal processing of digital Coriolis mass flowmeter 数字科氏质量流量计闭环系统及信号解算
Conventional stabilizing controllers for the nonholonomic systems stabilize the closed loop system to a target point. 传统的关于非完整系统的镇定控制器都是使得闭环系统被镇定到一个目标点。
Open magnetic flux loop, fuzzy controlled double closed loop system for the speed and current, Self-adjusting Fuzzy Controller ( SAFC) for speed and current controller are discussed. 采用磁链开环、速度和电流模糊控制的双闭环控制系统,速度和电流调节器采用自调整模糊控制器。
It is guaranteed the steady state error to be zero by introducing integral calculus into the closed loop system. 积分器的引入,保证了闭环系统稳态无差。
For a single-input bilinear singular system, a stable region of closed loop system around the origin is approached. 对单输入的双线性广义系统,探讨出闭环系统在原点附近的一个稳定域。
The method adopts output feedback to assign the eigenvalue and eigenvector of the closed loop system, and at the same time it introduces a feedforward compensator and an integrator. 该方法是在采用输出反馈配置系统的闭环特征值和特征向量的同时,引入了前馈补偿器和积分器。
On the basis of three-phase inverting circuit, this paper describes how to make the control method of open loop system in closed loop system. And the new control method is used in practice, to show the availability of this method. 以三相逆变电路为基础,阐述了如何将开环系统的控制方法用于闭环系统,并且介绍了这种新的控制方法在实际中的应用,证明了该方法的有效性。
At last, experiment of open loop and closed loop system are completed, which is in accord with the simulation result. It verified feasibility and advantage of the control scheme. 最后完成了系统的开环和闭环实验,取得了和仿真一致的结果,从而验证了控制方案的可行性和优越性。
The Structure of the Closed Loop System for Model Algorithmic Control and an Analysis of its Stability 简要介绍了ITU-TG.模型算法控制系统的闭环结构及稳定性分析
The structure of the closed loop system for model algorithmic control system and an analysis of its stability are given. Digital simulation shows that the results are correct. 本文给出了模型算法控制系统的闭环结构及闭环系统稳定性的分析方法,数字仿真的结果证实了本文分析的正确性。
In this paper. TS Fuzzy Model is built for uncertain Delta operator system. Also, the stability of open loop system and closed loop system is analyzed for this TS Fuzzy Model. 本文主要对不确定Delta算子系统建立它的TS模糊模型,并对建立了TS模糊动态模型的Delta算子系统的开环和闭环系统的鲁棒稳定性进行了讨论,给出了使系统鲁棒稳定的充分条件。
A closed loop system for automatical compensation of error is presented and its implementation circuit is also given. 为此详细分析了双相激磁鉴相型测角系统的动态误差来源及表现形式,提出了一种闭环自动补偿方案,并给出了其具体实现电路;
Reaching mode was eliminated and robustness of the closed loop system was enhanced. 消除了传统变结构控制方法具有的趋近模态运动,提高了系统的鲁棒性能。
It is proved that the closed loop system satisfies the anticipated performance. 证明了闭环系统满足期望的性能。
An Ethernet based on closed loop system model was introduced. 介绍了基于以太网的闭环网络控制系统的系统模型。
The main problem of gauge closed loop system is adaptive problem of adjuster parameters control. 研究了厚度闭环系统的主要问题,调节器参数的自适应控制。
The poles of the closed loop system are assigned from the specification requirements for decoupled control system. 对解耦系统根据性能指标要求配置了闭环系统的极点;
The magnetic encoder and signal processing part form the inside feedback signal of the closed loop system. 磁性编码器及信号处理部分组成闭环(反馈)控制系统的内反馈信号获取单元;
The stability and tracking performance of the closed loop system are ensured based on Lyapunov theory. 基于Lyapunov稳定性理论,所提出的控制方法能确保整个闭环系统的稳定性和良好的跟踪性能。
In the closed loop system this paper introduces the design of better control fuzzy PID controller. 在转速闭环系统中本文设计了控制效果较好的模糊PID控制器。