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Some considerations to the design of NB snubber

机译:NB缓冲器设计的一些考虑因素

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Snubber is often used as functional passive protection device to be inserted between the ion source and its acceleration power supply for arc quenching purpose. Fink, Baker and Owren developed related design method by neglecting the inductance effects of the core snubber and assuming that the snubber core never saturates, which gives the analysis solution to the design of core snubber. The Fink-Baker method used the assumption that the eddy current resistance is about 2.5 times its logic derived one which is an empirical design method and verified in their snubber tests in Lawrence Berkeley Laboratory. This method is further used in the design of DIIID 100kV snubber. Due to that the inductance does exist in the equivalent circuit of the core snubber, its effects and its design rules are discussed further. Some experimental evaluations have been done to verify the analysis results, which could be used for detail design of core snubbers.
机译:缓冲器通常用作功能无源保护装置,以在离子源和电弧淬火目的之间插入。 Fink,Baker和Owren通过忽视芯缓冲器的电感效果而制定了相关的设计方法,并假设缓冲芯永不饱和,这为核心缓冲器设计提供了分析解决方案。 Fink-Baker方法使用假设涡流电阻是其逻辑导出的约2.5倍,这是一种经验设计方法,并在其在劳伦斯伯克利实验室的缓冲测试中验证。 该方法进一步用于DiIID 100kV缓冲器的设计。 由于电感确实存在于核心缓冲器的等效电路中,因此进一步讨论其效果及其设计规则。 已经完成了一些实验评估以验证分析结果,可用于核心缓冲器的详细设计。

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