inverters是inverter的复数
inverter
美式发音: [ɪn'vɜrtər'z] 英式发音: [ɪn'vɜ:təz]n.换流器；倒相器；变换电路；反相旋转换流器
网络释义：反相器；器背光驱动电源；发生器及逆变器
复数：inverters网络释义
n.1.换流器;倒相器,倒换器2.变换电路3.反相旋转换流器
n.1.somebody or something that inverts or causes an inversion2.a device that changes direct current into alternating current and is commonly used on boats to operate devices such as radios from batteries
1.换流器C）、LED Driver IC、LED、液晶显示器背光驱动电源 （Inverters）、开关电源 （Switching Adapters）、LCD "2合1"内置电 …
4.发生器及逆变器 ... Cables & Electrical 电缆和电气 Generators & Inverters 发生器及逆变器 UPS & Solar Systems UPS 及太阳能系 …
5.器背光碟机动电源C）、LED Driver IC、LED、液晶显示器背光碟机动电源 （Inverters）、开关电源 （Switching Adapters）、LCD “2合1”内置 …
6.光伏逆变器造企业，近80家太阳能系统零部件制造企业，产品涵盖光伏逆变器（Inverters）、光伏线缆（PV cables）、连接器和太阳能 …
造句带翻译释义:,换流器,倒相器,变换电路,反相旋转换流器,反相器,器背光驱动电源,发生器及逆变器1.Induction heating inverters have been gradually applied to industrial diathermy, whose main heating objects are the barrel type workpieces.感应加热逆变电源已经逐渐地应用于工业透热，其主要加热对象为炮筒类工件。
2.With most of these tools, you select the sizes of the inverters that you plan to use and enter the loads and duty cycles that you expect.有了这些工具，你可以选择变流器的尺寸，输入你想要的负荷和占空因数。
3.A set of a PV system needs an inverter in tradition, and therefore a larger set of a PV system requires relatively more inverters.传统上，一组太阳能发电系统使用一台变流器，而当太阳能发电系统规模越大，所需变流器也相对越多。
4.The write word line is also coupled to a power supply terminal of the pair of cross-coupled inverters (40).写入字线也耦合到该对交叉耦合的反相器（40）的电源端。
5.MDL manufactures state-of-the-art inverters for use in ground vehicles, aircraft, and renewable power (solar & wind) applications.MDL公司生产先进的逆变器，用于地面车辆，飞机和可再生能源（太阳能，风能）的应用中。
6.The control strategy and topology of multilevel inverters, as well as the work principle of three-level inverter, are firstly analyzed.阐述了多电平逆变器的控制策略和拓扑结构，并具体分析了三电平逆变器的工作原理。
7.This paper systematically analyzes several modulations and control strategies for state-of-art multilevel inverters .文章对当今水平的多电平逆变器的调制技术和控制策略，如；
8.Firstly, existing inverters and the strategies that are used to control inverter have been analyzed and compared.首先，对现有的逆变器系统结构及其控制策略进行了详细的分析与对比。
9.Finally, The improved droop character of control scheme is demonstrated in two inverters parallel experiment platforms.最后，本文在两台逆变器的并联实验平台上对改进的下垂特性控制方案进行了实验论证。
10.Actual temperature differences between the inverters and the coolant are compared to the expected temperature differences.将逆变器和冷却器之间的实际温度差与预期温度差相比较。
