A fine power converted system could be set up only with this dc - dc converter and several extra components 芯片配以简单的外部储能元件即能构成完整的开关电源转换系统。
In dc - dc converters above a few kilowatts , the zvs full - bridge ( fb ) converter is a preferred topology 全桥直流变换器由于结构上的优势在中大功率的开关电源中应用较多。
At present , high pf converter which uses two - stage dc - dc converter is widely studied and applicated 目前研究和应用得最多的高功率因数变换器要用两级dc ? dc开关变换器串联。
In the end , this chapter also described and analyzed the features of switched - capacitor dc - dc converter 此外还对可实现集成化的开关电容升压电路的原理和稳态特性进行了分析。
For power supply to the load device , using a non - isolated dc - dc converter md series allows highly efficient circuit configuration 负荷电力供给非? ?型dc - dcmd各种高?率回路构成可能。
Therefore , we can apply the fuzzy control to the contr ol of dc - dc converter , and acquire better effects 因此，我们可以将模糊控制应用到dc - dc变换器的控制中，并且取得了较好的效果。
Also for power supply to the load device , using a non - isolated dc - dc converter md series allows highly efficient circuit configuration 负荷电力供给非? ?型dc - dcmd各种高?率回路构成可能。
The architecture adopts a current - mode , step - up dc - dc converter to drive white leds in series with constant current 该电路结构采用了电流控制技术的升压dc / dc变换器,以恒定电流驱动串联的白光led 。
In order to meet the requirements , a current - mode boost dc - dc converter with current sensing technology on chip is designed in this thesis 为了适应市场需求,本文分析设计了一种带片上电流感应技术的电流模式升压dc - dc变换器。
This paper presents the studies of fuzzy - neural network ( fnn ) control methods in the application of the full - bridge series type resonant dc - dc converter 本论文研究的是模糊神经网络在全桥串联共振型dc - dc变换器控制中的应用。
