在共同负载下并联mitl电流的增加

E. V. Grabovskiĭ, S. L. Nedoseev, V. E. Pichugin, V. Smirnov, V.V. Zajivikhin, B.M. Oleynik
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引用次数: 0

摘要

电力设施并联加电流主要有以下两种方案:(1)在发电机组水部分安装“SATURN”和“PBFA-II”(SNL, USA);(2)真空部分“Angara-5-1”(TRINITI,俄罗斯)的卷积。第二种方案对于增加设备尺寸可能很重要,因为它允许真空隔离器尺寸的减小。本文讨论了在普通负载下并联加电流的一些实验结果。并联电流叠加的抖动是“安加拉-5-1”操作的重要影响。定量为各模块电压达到其最大值0.1时模块T1-T8延时的平方平均值。这些力矩可以用+/-2 ns的精度来确定。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Parallel MITLs current addition at common load
A parallel current addition at power facilities is carried out according to two main schemes as follows: (1) adding in generator water part installations "SATURN" and "PBFA-II" (SNL, USA); and (2) convolution in vacuum part "Angara-5-1" (TRINITI, Russia). The second scheme may be important for increasing of facilities' size, because it allows a decrease in vacuum isolator dimensions. The proposed paper deals with some experimental results on the parallel current addition at a common load. A jitter of parallel current addition is a significant effect of "Angara-5-1" operation. Quantitatively it is a square mean of time delay of modules T1-T8, when voltage of every module achieves 0.1 of its maximum value. These moments may be determined with +/-2 ns' accuracy.
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