1.
Design of SS7E Electric Locomotive Rectifier with High Power Element and Heat Pipe Radiator
SS7E型电力机车大功率元件热管散热整流装置设计
2.
Total power(KW) needed ÷ singlle element power=the quantity of elements that should be installed.
所需总功率(KW)÷单支元件功率＝应安装元件数量。
3.
Power control unit is the key part of control system.
功率控制单元是控制系统的核心部件。
4.
Design Method of a Binary Optical Element for Collimation of High Power LD Beams with Astigmatism;
大功率LD二元消像散准直器件设计方法研究
5.
Study on Phase Aberration of the Optics for High Power Solid-state Laser Facility;
高功率固体激光驱动器光学元件位相误差研究
6.
Investigation on Thermal Design of High Power Electronic Components and Equipment Structure;
大功率电子元器件及设备结构的热设计研究
7.
FEA Method of High-power Semiconductor Encapsulation
大功率半导体器件封装结构的有限元分析
8.
Power spectral density method of defects on optical elements of high-power laser facility and its equivalent algorithm
高功率固体激光装置光学元件“缺陷”分布的功率谱密度方法及等效求法
9.
A short piece of optical fiber for coupling power between the photoelectric element and optical fiber.
在光电元件和传输光纤之间耦合功率的一短段光纤。
10.
Theoretic and Experimental Research on the Core Loss of Magnetic Components in Power Converter Topologies
功率变换器拓扑中磁性元件磁芯损耗的理论与实验研究
11.
Research of Online Inspection Equipment for Optic Damage of High Power Solid Laser;
高功率固体激光光学元件损伤在线检测装置的研究
12.
Study on Field Effects and Threshold Testing of High Power Laser-Induced-Damage in Optical Components;
高功率激光诱导光学元件损伤场效应及阈值测试研究
13.
Convenient Calculation Method of Short Circuit Current--Element Short Circuit Power Method
一种易记易算的短路电流计算方法——元件短路功率法
14.
Influence of Reflection of Diffractive Optical Elements on High-Power Laser System
衍射光学元件表面反射对高功率激光系统的影响
15.
The combination of these elements forms a system able to interchange active and reactive power simultaneously and independently with the power system.
由这些元件组合所构成的系统能与电力系统同时并互不相干地列相交换有功与无功功率。
16.
rate action element
速率[微分]作用元件
17.
constant elastic alloy for frequency element
频率元件用恒弹性合金
18.
Manufacturing and selling semiconductor devices: IGBT, Discrete Device, IC, etc.
专业从事半导体产品(率模块，功率分离元器件，集成电路等)生产和销售。