DC side active power filter (APF) based on one cycle control theory is proposed.
提出了一种基于单周控制理论的直流侧有源电力滤波器(DC侧APF)。
This paper proposes an improved DC side active power filter (APF) with one cycle control.
文中提出了一种改进的单周控制直流侧有源电力滤波器(DC侧APF)。
One cycle control technique is applied in cascaded multilevel converter to improve its performance.
将单周控制技术用于级联多电平变换器提高其控制性能。
It makes use of the integrating character and the fast response of one cycle control to realize the current sharing of the interleaving converters.
这种技术利用单周期控制的积分性质和动态反应快的特点，对交错运行变换器的各单元电感电流进行控制，实现交错单元间电流的平均分配。
One cycle control has the merits of rapid response, invariable switch frequency, simple control circuit and easy to realization and so on. One cycle control is very developing control method.
单周期控制具有响应快、开关频率恒定、控制电路简单和易于实现等优点，是一种很有前途的控制方法。
The theory research results of one cycle controlled switching power amplifier show that the output signal follow the input signal linearly, and the control performance is decided by output filter.
理论分析结果表明，单周控制开关功率放大器的输出信号与输入信号成线性变化关系，其控制性能由输出滤波器决定。
Starting from one common UML model down to the physical JPA classes provides control and consistency over your solution artifacts, accelerating your overall development cycle.
可以根据共用的uml模型生成物理jpa类，这使您能够控制解决方案工件并保持其一致性，从而加快整个开发周期。
There are DC off-sets in the compensated source current of the traditional APF with one-cycle control due to the existent ripple and the peak current detection.
传统的单周期控制有源电力滤波器以峰值电流检测的控制方式和纹波电流的存在导致补偿后的电源电流中含有直流分量。
This paper proposes a new one-cycle-control, i. e. charge control.
介绍了一种新的单周期控制方法——电荷控制法。
The control system can readjust needle position automatically within one molding cycle if a deviation is detected.
该控制系统可以在一个调整成型周期针的位置有偏差时自动检测到。
The design and realization of one-cycle controlled half-bridge DC/DC converter are mainly discussed on the basis of presenting one-cycle control technical.
在论述单周期控制技术的基础上，重点讨论了单周期控制半桥DC/DC变换器的设计与实现，并给出了仿真与试验结果。
This paper presents a double-loop control of inverters. The inner-loop of this scheme is One-cycle Control and the outer-loop is the compensator designed by the K factor.
提出了一种逆变器双环控制技术，该方案内环为单周期控制，外环采用K系数法设计的补偿器。
In this paper, double-frequency inverter was used in induction motor drive, and the next control means were adopted: one-cycle control, hysteresis control and vector control.
将双频逆变器用于感应电动机调速系统中，采用单周控制、滞环控制、矢量控制等控制方法。
Based on one-cycle control method, a novel control strategy for cascaded active power filter is proposed.
基于单周控制方法，作者提出了一种级联型有源电力滤波器的新型控制策略。
There are DC off-sets in the compensated source current of the APF with one-cycle control under bipolar modulation.
采用双极调制方式单周控制APF补偿后的电源电流中存在直流分量。
This paper introduces the principle of one-cycle control and the application of one-cycle control in some common topologies of power electronic converter.
介绍了单周控制的原理及其在电力电子变换器的几种主要拓扑中的应用，并给出了在常用拓扑中的控制规则。
Aiming at some problems in one-cycle control of conventional active power filter (APF), a novel one-cycle controlled APF with double-bridge is proposed.
针对经典单周控制有源电力滤波器(APF)存在的问题，提出了单周控制APF的双桥逆变控制策略。
In this paper, the applications of one-cycle control in active power filter are introduced, and many improved methods are discussed.
本文介绍了单周控制法在单相有源电力滤波器中的应用，并对各种改进措施进行了探讨。
In this paper, a novel method of one-cycle control in single-phase active power filter (APF) is introduced.
介绍了一种新型单周控制的单相有源滤波器。
The DVR with one-cycle control can offer better compensation while the voltage variation extent is less than 30% and can restrain harmonics in power source as well.
在电压变化范围不大于30%时有较好的补偿效果，并对电源谐波有一定的抑制作用。
The principle of one-cycle control is introduced in detail, its characteristics is analyzed. The method to combine it with ASVG is discussed.
在详细介绍单周控制原理的基础上，分析其特点，探讨了将其应用于ASVG的方法。
Availability is an important element to form the efficiency performance of one fire control system and affects the live cycle cost.
可用性是构成火控系统作战效能，并影响其全寿命周期费用的重要因素，是火控系统战术技术指标的重要组成部分。
Availability is an important element to form the efficiency performance of one fire control system and affects the live cycle cost.
可用性是构成火控系统作战效能，并影响其全寿命周期费用的重要因素，是火控系统战术技术指标的重要组成部分。
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