power factor controller
英 [ˈpaʊə(r) ˈfæktə(r) kənˈtrəʊlə(r)]
美 [ˈpaʊər ˈfæktər kənˈtroʊlər]
网络 功率因素控制器; 功率因数控制器
双语例句
- This paper introduces a kind of nonlinear-carrier ( NLC) controller for high power factor boost converters. Using the NLC controller, input line voltage and current sensing, error amplifier in the current shaping loop, and analog multiplier/ divider are eliminated.
阐述了一种非线性载波（Nonlinear-carrier）控制的PFC电路，该电路与传统单级功率因数校正电路相比不再需要输入电压、电流采样以及复杂的模拟乘法器和电流误差放大器电路。 - Three-phase boost rectifier with series-connected dual-boost topology is analyzed in this paper, and a general PFC controller based on one cycle control is proposed for three-phase boost rectifiers. Low current distortion and unity power factor can be achieved in the proposed controller.
分析了具有串联升压拓扑结构的三相boost整流器，提出了一种基于单周期控制技术的三相PFC控制器，它可以实现单位功率因数和低电流畸变。 - The feasibility of the strategy of non dead time was confirmed by experiments of the three phase SPWM rectifier. For three-level rectifier, this paper investigated the performance of the unit power factor rectifier controlled by nonlinear PID controller.
在三相高功率因数PWM整流器样机上的实验结果证明了控制策略的可行性。以三电平PWM整流器为对象，研究了使用非线性PID控制器的单位功率因数整流器的性能。 - The design of power factor compensate controller based on PLD
基于PLD功率因数补偿控制器的设计 - A single-stage power factor correction ( PFC) converter is combined by the PFC stage and a DC/ DC converter into one stage with shared switch and controller, They can be improved by the input current shape and regulate the output voltage rapidly.
单级功率因数校正（PFC）技术把PFC变换器和DC/DC变换器结合在一起，共用一个开关管和一套控制电路，能够实现输入电流的整形和输出电压的快速调节。 - On the basis of high power factor, its 8 pins simple package and less outer devices greatly reduce the design cost for power factor correction ( PFC) controller circuit.
在高功率因数的基础上，其8个管脚的简单封装和较少的外围器件，又大大降低了功率因数校正PFC变换器电路的设计成本。 - Design of Dynamic and Following Power Factor Compensation Controller Based on FPGA
基于FPGA动态跟踪型功率因数补偿控制器的设计 - The power factor correction controller NCP1601 operates in discontinous conduction mode ( DCM) and critical conduction mode ( CRM) and takes advantages from both operation modes.
NCP1601型功率因数校正控制器可工作在不连续传导模式（DCM）和临界传导模式（CRM）二种工作模式下。 - The Software design contains trigger pulse module, power factor detection module, load rate calculation module and energy-saving controller algorithm module.
软件设计方面主要分为触发脉冲模块、功率因数检测模块、负载率计算模块和节能控制算法模块的设计。 - Choosing the Right Power Factor Controller Solution
选择正确的PFC解决方案