1) load share controller
均流控制器
1.
Design of novel precise load share controller integrated circuit;
高精度均流控制器芯片设计
2) current sharing control
均流控制
1.
A digital current sharing control technique for modularized UPS paralleling operation was describel in detail,presented the structure of paralleled system,and by analyzing circulating current of paralleled system,characteristic of the power regulation,a novel digital power detection technique was deduced.
较详细地阐述了一种模块化UPS并联系统的数字均流控制技术,给出了并联系统的结构,通过对并联系统环流、功率调节特性、并联系统数字功率检测技术分析,得到一种新型的功率检测方法。
2.
In order to share the load and restrain circumfluence, a digital current sharing control technique for modularized UPS parallel operation is investigated in detail, and the structure of parallel system is presented.
给出了并联系统的结构;通过分析并联系统环流、功率调节特性、并联系统数字功率检测技术,得到一种新型的功率检测方法;检测和分析并联系统的瞬时平均电流和各个UPS模块输出电流,再反馈调节分别控制输出电压幅值和相位以实现其均流控制。
3.
This control method includes two important parts,synchronization control and current sharing control.
控制方法分为同步和均流控制两个部分,同步控制采用有功功率进行相位调节,均流控制采用注入的谐波信号进行幅值调节。
4) current share control without control interconnection
无均流线均流控制
5) average current control
平均电流控制
1.
Design of control system of POL using average current control mode;
平均电流控制模式负载点电源(POL)的控制系统设计
2.
A parallel-inverter system based on the average current control scheme is studied in this paper.
研究了基于平均电流控制的逆变器并联系统。
3.
It can be observed that the average current control can.
同时通过对推挽正激变换器的小信号建模,发现平均电流控制技术可以克服这一问题。
6) average current mode control
平均电流控制
1.
Analysis of medium-frequency oscillation in the Boost power factor correction converter with average current mode control
平均电流控制型Boost功率因数校正变换器中的中频振荡现象分析
2.
The first part is an averaged circuit model, and the second part is a model for average current mode control with pulse width modulation (PWM).
提出了适合平均电流控制下DC/DC开关变换器的大小信号统一模型。
3.
In order to improve the transient response of current sharing, this paper develops an improved automatic current-sharing technique with average current mode control.
针对常规自主均流法存在动态响应不佳的问题,引入平均电流控制,提出改进式自主均流控制,通过添加电流环为内环并将电压环和均流环并列,改善系统的均流动态性能。
补充资料：均流器
分子式：
CAS号：
性质：一种辅助阴极。为了避免电流密度过分集中在镀件表面的某一部位，将辅助阴极放置在适当的位置，可使通过工件的电流得到分流。尤其是对分散能力差的镀液及形状复杂的零件电镀时可采用。
CAS号：
性质：一种辅助阴极。为了避免电流密度过分集中在镀件表面的某一部位，将辅助阴极放置在适当的位置，可使通过工件的电流得到分流。尤其是对分散能力差的镀液及形状复杂的零件电镀时可采用。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条