补偿系统

然后，介绍了静止无功补偿系统的基本功能，对PI控制算法、C.P.Steinmetz平衡化原理和瞬时无功功率理论进行了详细分析。

Then , basic structure of SVC is presented ; PI control algorithm , C.P.Steinmetz balance theory and instantaneous reactive power theory are analyzed in detail .

其次对各种静止无功补偿系统的结构原理以及稳态特性和动态特性做了简要介绍。

Secondly , structure principle , steady state characteristics and dynamic characteristics of all kinds of SVC are briefly introduced .

基于DSP磁阀式可控电抗器的无功综合补偿系统

Reactive Comprehensive Compensation System Based on DSP Magnetic Valve Controllable Reactor

本文的撰写基于DSP的静止无功补偿系统硬件的设计。

The hardware of the DSP-based Static Var Compensator ( SVC ) is introduced in this paper .

给出了一种带记忆的自适应H∞控制器的设计方法，其参数矩阵可以在线自动调整来补偿系统故障所带来的影响。

A memory adaptive H ∞ controller is given with its parameter matrices adjusting online to compensate the effect of faults on the system .

利用SYSTEMVIEW仿真软件，对系统功率代价进行分析，仿真结果表明，该偏振模色散补偿系统使输出信号的质量大为改善。

Through the analysis of system power penalty using System View software , the result can be obtained that using the compensation system mentioned above , the quality of the output signal can be improved greatly .

在运动补偿系统中，天线稳定平台是保证高分辨率机载SAR能大面积连续成像的基本条件。

Therefore , an antenna stabilization platform is built for a high resolving power Airborne SAR to image continuously in wide area .

TCR无功补偿系统仿真分析

The analysis and simulation of TCR reactive power compensation system

反馈控制算法是偏振模色散的自适应补偿器的关键组成部分，将粒子群优化算法（PSO）引入到偏振模色散自适应补偿系统中。

The feedback control algorithm is the key integral part of an adaptive polarization mode dispersion ( PMD ) compensator .

偏振模色散（PMD）自适应反馈补偿系统

Polarization mode dispersion adaptive feedback compensation system

状态反馈非线性TCR无功补偿系统仿真研究

Research on simulation of TCR reactive power compensation based on exact linearization via state feedback

基于模糊控制的TSC无功补偿系统的研究

Reactive power compensation system of TSC based on fuzzy control

低压TSC动态无功补偿系统若干问题的探讨

Discussion on some problems of the intelligent low-voltage reactive power compensation system

该文在分析高分辨率机载SAR对运动补偿系统指标要求的基础上提出了一套基于SINS/GPS组合的高精度运动补偿方案。

Abstract Based on analyzing the restriction of high-resolution SAR to motion errors , a high-accuracy integrated SINS / GPS system for SAR compensation is proposed .

通过简析双室平衡容器的工作原理介绍其测量补偿系统在DCS控制系统中的实现方法。

The article introduces the operational principle of double-chamber balancing vessels and describes the realization of the measurement and compensation system on DCS control .

本文通过研究加速度计数学模型随温度变化的规律，设计以DSP为核心的温度补偿系统，加以实时补偿，以提高加速度计的输出精度。

Through studying mathematical model accelerometer with temperature changes in the law designed to DSP core temperature compensation system . be real-time compensation , the accelerometer output to improve accuracy .

该移动补偿系统利用高精度太阳敏感器构成半闭环控制系统，通过偏移CCD势阱来实现一个方向上的移动补偿。

The jitter compensation system incorporates HASS that is used in a semi-closed loop system to shift the CCD potential wells in order to compensate for jitter in one dimension .

介绍了以VC为平台设计开发的一套基于切削力信号分析与处理的刀具磨损实时监测和补偿系统。

Using VC as a design platform , a real-time detecting and compensation system for tool wear based the analyzing and disposing for signals of cutting force is introduced .

通过仿真分析知：闭环PID控制系统能够补偿系统因负载增大而引起的转速降落，当负载按一定规律变化时，系统稳定性较好，控制精度较高。

Through simulation analysis , we can know that closed-loop PID control system can compensate for speed loss caused by load increase . When the load changes according to certain rules , system has better stability and control precision .

结果表明，由于PDL的存在，导致补偿系统的补偿性能恶化严重，使得损耗概率增加，眼图张开度减小；

The results show that the presence of PDL in the system can significantly reduce the efficiency of the PMD compensation technique and outage probability increase with distorted eye diagram .

基于MAX1457实现了一种多路硅压阻式压力传感器温度补偿系统。

A multi-channel silicon piezoresistive sensors temperature compensating system based on MAX1457 is realized .

为提高滚珠丝杠的磨削加工精度，提出一种采用改进算法的激光反馈螺纹磨床误差补偿系统智能PID控制方法，并介绍了该方法的控制原理及实现方法。

In order to improve the grinding accuracy of ball lead screw , a self tuning PID control method used an improved algorithm for the error compensation system of thread grinders with the laser feedback is proposed , and the control principle and realization of this method are introduced .

控制方面，研究了IEEE中提出的SVC补偿系统的两种基本模型，设计了平衡三相负载、稳定母线电压的综合无功功率补偿调节器。

Control aspect , we study two basic models in the SVC compensation system ( proposed by the IEEE ) . Design a integrated reactive power compensation regulator , it can both balance the three-phase load and stability bus voltage .

通过总结SVC实际运行情况以及效益分析，得出采用TCR型SVC对于消除轧机无功冲击效果明显，是一种投资少、见效快的无功补偿系统。

According to actual running result of SVC system and its benefits analysis , it is concluded that TCR type SVC system has an obvious effect on eliminating the impact of mill reactive power and is a small investment and high effective reactive power compensation system .

并给出了一种先进行线性相位噪声相位偏差预估计处理，后对预处理后的剩余相位偏差和Wiener相位噪声的自适应补偿系统，从理论上分析了这种补偿系统的实现方法。

An adaptive compensation system is presented , which is to pre-estimate and treat the phase offset of the linear phase noise at first and then compensate the remnant phase offset and the Wiener phase noise . The realization method of this combined compensation system is analyzed theoretically .

分析了建立在时空变换原理基础上的级联AWGs色散补偿系统的传输理论，并与级联光栅-透镜对光信号加工系统进行了比校。

The transmission theorem of cascade AWGs for dispersion compensation system based on time-space conversion is analyzed , and compared with the system of lightwave signal process of cascade grating-double lenses .

提出一种适用于谐波及无功综合动态补偿系统（HRIDC）的控制方法。

A control scheme of integrated dynamic compensation system ( HRIDC ) is presented , which is composed of an IHAPF ( Injection-type Hybrid Active Power Filter ) and a SVC ( Static Var Compensator ) .

根据1000米海试总体设计方案（V4.0），用计算机仿真升沉补偿系统在实际海况下的运动趋势和规律，并求取其可行域；为实现监测界面的可视化提供数据基础；

The motion trend and laws of the heavy compensation system in real ocean environments were simulated by computer according to the Design of the Trail of Ocean Mining in 1000m Deep , and the available range of device working is draw out through the results of simulation .

扩散硅压力传感器自动测试补偿系统设计

Automatic Test and Compensation System Design of Diffusion Silicon Pressure Sensor

矿热炉低压无功补偿系统设计

The Design of Low Reactive Power Compensation of Smelting Electric Furnace