主滤波器的状态联合算法保证了获得系统最优公共状态估值。
Common state estimates can be optimally obtained by the state fusion algorithm of the master filter.
该浪涌电流随着主滤波器电容器而流动，并且镇流器充电到其稳定状态值。
This inrush current flows as a main filter capacitor and the ballast charges to its steady state value.
算法2借助一个辅助滤波器来完成EPC和DT的检测，同时能加快主滤波器的收敛。
In algorithm 2, an auxiliary filter is used to detect EPC and DT and able to quicken the convergence of main filter at the same time.
主滤波器(全局滤波器)进行子滤波器的公共状态矢量融合和时间更新，输出可靠、准确的导航参数误差的全局最优估计量。
Primary filter accomplishes the fusion of public state vectors about sub filters and time updating, and outputs the credible, precise and optimal estimation of navigation parameter error.
该方法将主惯导数据测量延迟时间扩展为卡尔曼滤波器的一个状态变量，并同时考虑了测量延迟时间对速度和姿态测量量的影响。
The method augments the measurement delay as a state of conventional Kalman filter as a state, and impacts on both velocity and attitude measurements owing to the time delay are also considered.
本文介绍了在实现三相四线制有源电力滤波器时所采用的两种不同的主电路结构及其控制方法。
In this paper, two types of main power circuits and their control methods are introduced when constructing active power filter in three phase four wire system.
本文研究了两通道正则正交的主分量滤波器组设计。
This paper studies the design of two channel regular orthogonal principal component filter Banks.
本文提出了三个有源补偿rc二阶带通滤波器，给出了这类电路主极点位移的一般公式。
Three active RC second-order bandpass filters with active compensation are introduced. A general formula for analysing the shift in dominant poles is also presented.
有源滤波器能否按其工作原理实现预期的谐波抑制效果，除了主电路设计合理之外，在很大程度上还依赖于保持直流侧电压的恒定。
Whether the hybrid active power filter could get desirable effects of harmonic suppression depends on the constancy of DC-side voltage besides the correct design of the main circuit.
该电力有源滤波器以主电流为控制对象，控制电路比较简单。
The filter takes the main current as a controlled object. Its control circuit is simple.
简要分析了串联型电力有源滤波器（APF）的工作原理，提出了一种负载电压检测控制方式，给出了其主电路的参数设计方法。
The paper analyzes briefly the basic operation principle of a series APF and proposes a control approach of detecting its load voltage.
为直流侧有源电力滤波器主电路的设计提供了理论依据。
混合有源滤波器主要集中在主电路拓扑形式和控制模块的研究。
Research of HAPF generally focuses on topology of main circuit and control module design.
此方法把有源滤波器及主电路部分看作广义有源滤波器并利用其逆模型作为控制器对其进行控制。
The active filter and the main circuit are look as the generalized active filter and the inverse of its model is used as the controller to control the active filter.
此方法把有源滤波器及主电路部分看作广义有源滤波器并利用其逆模型作为控制器对其进行控制。
The active filter and the main circuit are look as the generalized active filter and the inverse of its model is used as the controller to control the active filter.
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