励磁系统

励磁系统的H2/H∞保性能控制器

H_2 / H_ ∞ guaranteed cost control of excitation system

基于DSP的同步电动机数字式励磁系统设计

Design on Digital Excitation System for Synchronous Motor Based on DSP

电动轮汽车E型励磁系统恒功调节的理论分析

Atheoretical analysis on the constant-work regulation of e-type excitation system in motor-wheel truck

模糊参数自适应PID控制器在同步发电机励磁系统中的应用

Fuzzy Parameters PID Adaptive Controller Applied to the Synchronous SCR Excitation System

励磁系统中可控硅触发脉冲的FPGA编程实现

Realization of Thyristor Trigger Pulse Based on FPGA in the Excitation System

发电机励磁系统中可控整流电路CAI课件设计

CAI Demonstration for SCR Rectification Circuit of Excitation System of Generator

IGBT开关式自并励磁系统的开发

Development of IGBT switch type self - shunt excitation system

基于IGBT组成的自并励开关式励磁系统的研究

The Research of Self - shunt Excitation System Based on the IGBT

使用VC++6.0开发的基于Windows操作系统的励磁系统调试软件，人机界面简洁友好，使用操作灵活方便。

The excitation debugging software based on Windows is developed in order to make the human interface friendly and to be used easily .

具有双输入PSS辅助控制励磁系统的仿真与分析

Simulation and Analysis of Excitation System Accessorial Controlled by Two Input PSS

具有新型PSS的励磁系统建模与仿真

Modeling and Simulation about Included New PSS of Excitation System

1994年，由东北轻合金有限责任公司和吉林电专将这一系统改造为SCR励磁系统。

The system was revamped into SCR system by Northern Light Alloy Company Ltd .

船舶发电机励磁系统的CMAC神经网络并行控制

CMAC neural network parallel control for marine generator excitation system

基于AVR单片机的小水电励磁系统远控单元设计与实现

Design and Realization of Remote Control Cell for Small-Hydropower Excitation System Based on Single Chip AVR

本文根据同步发电机的运行特点，提出了一种适用于同步发电机励磁系统的模糊参数自适应PID控制器的设计方法。

This paper presents a design method of fuzzy parameter PID adaptive controller applied to the synchronous generator SCR field system according to the property of the synchronous generator .

在励磁系统中加入电力系统稳定器（PSS），增加阻尼，有利于抑制低频振荡。

Power system stabilizer ( PSS ) are added to excitation systems to enhance the damping during low frequency oscillations .

张家口发电厂R-R励磁系统保护配置优化

Optimization of Protective Configuration of R-R Exciting System in Zhangjiakou Power Plant

此文为高起始励磁系统的AVR有关参数的整定数据提供了便捷的计算方法。

This article supplies a convenience mode to decide the data in an AVR of high initial excitation system .

文中介绍由IGBT组成的自动励磁系统在发电机励磁调节中的的特性和作用。

This paper introduced the characteristic and function of the regulation of auto-excitation system based on IGBT in excitation system of synchronous generator .

同步发电机直流励磁系统ITAE最佳控制

The ITAE optimal control of DC excitation system for a synchronous generator

文中阐明了具有良好性能的调节器（包括PSS）的快速励磁系统，不采用低励限制器可以吸收更多的无功。

More reactive power can be absorbed , if without UEL for a generator with fast excitation system ( include PSS ) .

改造所采用的调节装置为32位数字信号处理器，利用DSP技术提高了励磁系统的调节速度、抗干扰能力和可靠性。

The regulating device used for retrofitting is a 32-bit numeric signal processor , the regulation speed , capability for counter-interference , and reliability of the excitation system having been enhanced by using DSP technology .

围绕DSP芯片TMS320F2812，设计了模拟励磁系统硬件电路，包括主电路、操纵电路和控制电路。

Based on DSP chip TMS320F2812 , designed the circuit of the simulator , and contained the control circuit , the main circuit and the Operation circuit .

大中型火力发电机组励磁系统运行时，如果进行励磁调节器（AVR）与备用励磁切换操作，发电机组瞬间会出现很大的无功冲击。

There exists momentary reactive power percussion when on-line-switching is completed between AVR and reserve excitation in excitation system ' of large-medium-scale fossil fuel generator unit .

佳木斯发电厂100MW发电机组励磁系统改造

Exciting System Improvement of 100 MW Generator Set in Jiamusi Power Plant

针对同步发电机励磁系统严重的非线性以及参数非精确可知的特点，提出了一种基于神经网络的反步（Backstepping）控制方法，实现了多目标量的励磁控制。

Aimed at the characters of serious nonlinear and unknown or uncertain parameters , a Backstepping control method based on neural networks is proposed to realize multi-object generator control .

自励直流斩波励磁系统的上位机选用工业控制机，应用工程设计法设计调节器，选用可编程控制器（PLC）为控制器，对励磁进行自动控制。

The industrial control computer is adopted as the superordinate computer of the self-excited DC chopped wave excitation system and the PLC ( Programmable Logic Controller ) is adopted for automatic excitation control . The regulator is designed with the engineering design method .

KS&1OO型励磁系统模拟ACCR分流比的确定及换算

The determination and conversion of the shunt ratio of the analogue ACCR in KS-100 excitation system

首先介绍了励磁系统的一般原理和数学模型，随后提出了一种逼近模型控制器，采用基于Taylor扩展的线性化方法来得到近似的逼近模型控制律，利用径向基神经网络建模来具体实现控制律。

Firstly , the outline and mathematic model for excitation system are shown , then an approximate model controller is presented using a direct linearization approach via Taylor expansion , and the control law is realized using RBF neural networks modeling .

针对UN5000励磁系统的硬件和软件特点，主要介绍了MODBUS串行通讯的参数选择、现场调试和投运方法。

Based on features of hardware and software of excitation system UN5000 , parameters selection and commissioning method for MODBUS serial communication on site are analyzed .