A novel algorithm is presented for fault location in the complex multi-source power distribution system.
提出了一种适用于多电源复杂配电网的故障定位的新算法。
The sensitivity can be improved by designing light source power stabling circuit and constant temperature controlling circuit.
系统灵敏度可通过设计光源功率稳定电路和温度控制电路得到进一步提高。
Under same condition higher Q value and stronger field can be obtained by the gradient ICPS, which raises efficiency in converting the source power to field power.
在相同条件下，相比传统结构的ICPS，渐变结构可以获得更高的Q值，并能激发出更强大的电场及磁场，提高了微波功率源到电感感应放电能量的转换效率。
Impact earth pressure is one of difficult problems in the production and management in many coal mines and it is the source power resulting in the coal and gas burst.
冲击地压是许多煤矿生产和技术管理中的难题之一，又是导致煤与瓦斯突出恶性事故的源动力。
We are all familiar with flashlights, portable radios and car lighting systems, all of which use batteries as their source power.
我们所熟悉的手电筒，袖珍收音机和汽车照明系统，他们都是用蓄电池作为电源的。
The analog part mainly includes power source, power control, signal generation, signal modulation, high voltage output control and feedback control circuit.
模拟部分主要包括电源、功率控制、信号产生、信号调制、高压输出控制和反馈控制电路。
At last, we design an experimental system including signal source, power amplifier array and loudspeaker array. Some experiments of the directive property of loudspeaker array are completed.
最后，构建了一实验系统，该系统由信号源、功放阵列和扬声器阵列组成，并在实验室环境下完成了线阵列扬声器组的指向性实验和测试。
At last, we design an experimental system including signal source, power amplifier array and loudspeaker array. Some experiments of the directive property of loudspeaker array are completed.
最后，构建了一实验系统，该系统由信号源、功放阵列和扬声器阵列组成，并在实验室环境下完成了线阵列扬声器组的指向性实验和测试。
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