1·The power loss distribution in rotor windings are computed.
计算了异步运行时转子各绕组损耗的分布。
2·Less power loss and minimum thermal effect to peripheral components.
功率损耗低，对周边设备的热影响低。
3·During an electrical power loss, traffic lights at intersections will not work.
当停电时，十字路口的交通灯将停止工作。
4·The experience in developing a real time power loss manages program is presented.
介绍了一个实时电能损耗程序的开发经验。
5·The cooling system can cut down the power loss by 90 %, save the fuel up to 10 % .
与传统方式相比，自控电动冷却系统的功率消耗减少90％左右，节省燃油10％以上。
6·Now there is lower powe factor and larger reactive power loss in the drain system.
目前排水泵站系统普遍存在功率因数低、无功损耗大的情况。
7·Deep IGBT selection and power loss calculation, power module thermal model knowledge.
较深的IGBT选型及功耗计算知识，功率模块热模型创建。
8·The1.5mohm resistance of the sensor provides extremely low power loss and voltage drop.
该传感器1。5毫欧的电阻可确保极低的功率损耗和电压降。
9·To have power loss analysis is very important for designing and optimizing the circuits.
损耗分析对电路的优化设计起着至关重要的作用。
10·A much smaller power loss occurs in the cable when energy is transmitted at high voltage.
用高压输送电能时，沿输电线的功率损耗小得多。