The circuit structure is using a fly-back converter voltage.
这个转换器是利用返驰式电路架构实现。
In this paper the AC filter configuration of GaoLing back to back converter station is introduced.
在介绍高岭背靠背换流站交流场滤波器配置的基础上，研究了各型滤波器最优的投切时刻。
This means the converter is also responsible for transforming the object data back in to a string representation.
这意味着转换器还要负责将对象数据转换回字符串表示形式。
A much better solution to the problem above could be achieved with the XML: : Excel CPAN module, but a special converter from XML back to Excel would have to be written.
对于上述问题，一个好得多的解决方案可能是通过XML：ExcelCPAN模块实现，但是必须编写将XML转换回excel的特殊转换器。
The object we get back is cast to our EJB home object, and from this object we create an instance of the Converter bean.
我们得到的对象可转换为ejbhome对象，并且可以从这个对象创建一个Converterbean实例。
In this paper, a back-to-back PWM converter is considered as the optimum scheme of ac excitation power supply and its operation principle and control strategy are discussed in detail.
在分析了其他变频器的局限性后，指出了双PW M变频器是交流励磁的最佳电源方案，详细地讨论了电压型双pw M变频器的工作原理与控制策略。
Based on the Back-to-Back Project for the Northwest and Central China Connection, This report studies the harmonics and ac filter at ac side in the HVDC converter station.
本论文以西北—华中联网背靠背直流换流站工程为基础，进行换流站交流侧谐波和交流滤波器的研究。
This thesis mainly discusses direct-driven permanent magnet synchronous wind energy conversion system (WECS) used back-to-back PWM converter.
本文以双pwm变换器控制的直驱式永磁同步风力发电系统为研究对象。
Firstly, this thesis accomplishes design of drive circuit for back-to-back PWM converter.
文章首先完成了双pwm变换器驱动电路的设计。
For multiple back-to-back four-quadrant converter, a modified SPWM technique is combined with carrier phase-shifting control, which reduces current harmonic and enhances power exchange ability.
针对多重化的背靠背四象限变流器，采用了载波移相控制与改进的SPWM调制相结合的方法，减小了电流谐波，提高了功率交换能力。
The carrier phase shift technique based parallel back-to-back PWM converter is used on the direct-drive wind power system, with a switching frequency as low as 1 kHz.
直驱型风力发电系统需要全功率变流器，在现有器件功率水平以及开关频率等诸多因素制约下，变流器直接并联的方式具备结构简单、模块化设计、易扩展的优点。
The back-to-back PWM converter is selected for controlling independently the generator side and grid side.
其次，文中分别对机侧和网侧变流器的控制策略进行了研究。
The back-to-back PWM converter is selected for controlling independently the generator side and grid side.
其次，文中分别对机侧和网侧变流器的控制策略进行了研究。
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