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synchronization phase中文是什么意思
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- 中文翻译
- 造句
- 同步化阶段
- phase synchronization 相位同步
- aps automatic phase synchronization 自动相位同步
- automatic phase synchronization 自动相位同步自动相位同步机
- color phase synchronization 彩色相位同步
- phase synchronization time 相位同步时间
- spd synchronization phase distortion 同步相位失真
- synchronization n. 同时；同时性；【物理学】同步，同期；【电影】同期[步]录音，配音译制。
- ac synchronization 交流同步
- access synchronization 存取同步化
- air synchronization 空中同步
- analog synchronization 模拟同步
- around synchronization 循环同步
- auto synchronization 自同步
- automatic synchronization 自动同步
- bilateral synchronization 双端控制同步; 双向同步
- bit synchronization 比特同步; 位（比特）同步; 位同步
- block synchronization 块同步; 码组同步; 同步块
- burst synchronization 分帧同步; 子帧同步
- byte synchronization 字节同步
- carrier synchronization 载波同步
- cell synchronization 细胞的同步化; 细胞同步化
- channel synchronization 信道同步
- chaos synchronization 混沌同步
- character synchronization 字符传送同步; 字符同步
- clock synchronization 时钟同步
- Aiming at the features of grid-connected pv system, a kind of grid-connected control strategy is presented, which is based on the multi-variable double-loop control and synchronization phase-locked control . the multi-variable double-loop control is used for the real-time tracking, and the inherent principle error existing in the single-loop control is eliminated . the synchronization phase-locked control makes the frequency and phase of output current equal to those of utility voltage
针对光伏并网的特点，本文提出了一种基于多变量双环控制与同步锁相控制的并网控制策略，多变量双环控制用于电流的实时跟踪，解决了只采用单环控制存在的原理性误差问题；同步锁相控制则保证输出电流与电网电压同频和同相。 - Aiming at the features of grid-connected pv system, a kind of grid-connected control strategy is presented, which is based on the multi-variable double-loop control and synchronization phase-locked control . the multi-variable double-loop control is used for the real-time tracking, and the inherent principle error existing in the single-loop control is eliminated . the synchronization phase-locked control makes the frequency and phase of output current equal to those of utility voltage
针对光伏并网的特点，本文提出了一种基于多变量双环控制与同步锁相控制的并网控制策略，多变量双环控制用于电流的实时跟踪，解决了只采用单环控制存在的原理性误差问题；同步锁相控制则保证输出电流与电网电压同频和同相。 - This paper proposes the occasional coupling synchronization scheme of the active-passive decomposition ( active-occasional coupling ) . this scheme consists of synchronization and autonomous phases . in the former, the synchronization scheme is used to synchronize the drive and the response systems; in the latter, small errors will lead to the two systems separated from each other and desynchronization . but if the synchronization phases are large enough, the full synchronization will be obtained . the synchronization condition is discussed theoretically . the spatiotemporal chaos in coupled map lattice system is achieved and the synchronization condition is given . moreover, the relation between the synchronization phases and the coupling strength is investigated numerically
提出了离散系统中的主动-间隙耦合同步方法.该方法由同步相和自治相组成.在同步相，同步方案使得混沌系统趋于同步，而在自治相，两系统间的误差将迅速放大，导致失同步.但只要同步相足够大，最终可实现系统的准确同步.还从理论上讨论了同步条件，并利用该方法实现了耦合映象格子时空混沌系统中的混沌同步，给出了同步条件以及同步相与耦合强度的关系 - This paper proposes the occasional coupling synchronization scheme of the active-passive decomposition ( active-occasional coupling ) . this scheme consists of synchronization and autonomous phases . in the former, the synchronization scheme is used to synchronize the drive and the response systems; in the latter, small errors will lead to the two systems separated from each other and desynchronization . but if the synchronization phases are large enough, the full synchronization will be obtained . the synchronization condition is discussed theoretically . the spatiotemporal chaos in coupled map lattice system is achieved and the synchronization condition is given . moreover, the relation between the synchronization phases and the coupling strength is investigated numerically
提出了离散系统中的主动-间隙耦合同步方法.该方法由同步相和自治相组成.在同步相，同步方案使得混沌系统趋于同步，而在自治相，两系统间的误差将迅速放大，导致失同步.但只要同步相足够大，最终可实现系统的准确同步.还从理论上讨论了同步条件，并利用该方法实现了耦合映象格子时空混沌系统中的混沌同步，给出了同步条件以及同步相与耦合强度的关系 - Secondly the detection precision is only related to the synchronization phase but not to the amplitude of the mainline voltage because that it uses the optimized pulses synchronous with the mainline voltage as modulation signals . thirdly it decreases the requirement of the input low pass filter and eliminates the error resulting from the direct component and even harmonics of load current . the most significant merit is that it can eliminate the effect of a few low order odd harmonics and the detecting circuit is easy to be implemented
仿真和实验结果表明该方法的主要优点有：不需使用乘法器进行信号调制，调制信号采用与电网电压同步的优化特定脉冲，其检测精度只与同步相位有关，而与电网电压幅值无关；降低了对输入低通滤波器的通频带要求，直流和偶次谐波分量对检测精度没有影响；突出的优点是可以消除有限个低奇次谐波对检测结果的影响。
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Last modified time:Mon, 11 Aug 2025 00:29:56 GMT
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