具有低内感的薄膜电容器

D. Loescher, N. Sidnell
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引用次数: 2

摘要

实验表明,在具有传统标记标签的埋箔电容器中,标签之间的旋转和标签带本身是内部电感的主要来源。例如,两个4毫米宽,32毫米长的标签带提供约46 nH的电感。描述了一种独特的标签结构,其中两个传统的标签组装并插入作为低电感的fiat电缆,并且在很大程度上消除了内部电感的来源。采用这种贴片结构的0.4µF电容器测得的内部电感为3 ~ 7 nH,而采用传统贴片结构的类似电容器测得的内部电感为34 ~ 56 nH。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Film Capacitors with Low Internal Inductance
It is shown experimentally that the turns between tabs and the tab straps themselves are the major sources of internal inductance in a buried-foil capacitor with conventional flagged tabs. For example, two tab straps each 4 mm wide and 32 mm long contribute about 46 nH of inductance. A unique tab structure in which two conventional tabs were assembled and inserted as a low-inductance fiat cable and which largely eliminates the sources of internal inductance is described. An internal inductance of 3 to 7 nH was measured for a 0.4-µF capacitor with this tab structure whereas inductances of 34 to 56 nH were measured for similar capacitors with conventional tabs.
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