10/350 lightning test waveform in focus

B. Glushakow
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引用次数: 2

Abstract

Dr. Karl Berger was a Swiss researcher whose work on Mt. St. Salvatore rates him the title of “father of direct lightning research.” He documented his findings in an article published in ELECTRA magazine in 1975. Some 40 years later the IEC immortalized that work by characterizing it as the closest representation of the actual lightning flash and using it as the basis for the parameters of the 10/350 Class 1 test waveform adopted in IEC 62305-1 “Protection against lightning”. This paper examines the content of Berger's ELECTRA article and the process by which info extracted from that article led to the formulation of the 10/350 test waveform. Five widely held assumptions about lightning parameters which have been inferred from Berger's article are examined. When the data that underlie them are scrutinized, four of those five assumptions are found to be unsupported by fact. Finally the paper offers some expanded proposals for testing surge protective devices that rely on more than the exclusive use of a single testing wave form.
10/350闪电测试波形聚焦
卡尔·伯杰博士是一位瑞士研究员,他在圣塞尔瓦托山的工作使他获得了“直接闪电研究之父”的称号。1975年,他在《ELECTRA》杂志上发表了一篇文章,记录了他的发现。大约40年后,IEC通过将其描述为最接近实际闪电的表现,并将其作为IEC 62305-1“防雷保护”中采用的10/350 1级测试波形参数的基础,使该工作永世不朽。本文考察了伯杰的ELECTRA文章的内容,以及从该文章中提取的信息导致10/350测试波形公式的过程。从伯杰的文章中推断出的关于闪电参数的五个广泛持有的假设进行了检查。当这些假设背后的数据被仔细审视时,发现这五个假设中有四个没有事实支持。最后,本文提供了一些扩展的建议,用于测试浪涌保护装置,而不是只使用单一的测试波形。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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