实用论文、文章及应用笔记

Kye Yak See
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引用次数: 2

摘要

直流阻塞电容器通常用于分离在不同电压水平下工作的两个独立电路的直流偏置电压。采用直流阻塞电容器似乎很简单,但随着工作频率的增加,由于信号完整性、损耗和反射问题,选择合适的电容器值可能是一个挑战。直流阻塞电容对射频电路性能的影响已经得到了很好的研究,但它在ESD事件中的影响还没有得到很好的研究。第一篇论文“研究系统级ESD保护电路中直流分块电容对剩余电流的影响”,研究ESD事件中剩余电流与直流分块电容值之间的关系,从而计算出最佳电容。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Practical Papers, Articles and Application Notes
DC blocking capacitors are commonly used to separate the DC biasing voltages of two separate circuits operating at different voltage levels. Employing the DC blocking capacitors may seem straightforward, but as operating frequency increases, it can be a challenge to select the right capacitor value due to signal integrity, loss, and reflection issues. The impact of the DC blocking capacitor on the performance of RF circuits has been well studied, but not so for its effects during an ESD event. The first paper, “Investigating the Effect of the DC Block Capacitor on Residual Current in a System-Level ESD-Protected Circuit”, investigates the relation between the residual current and DC blocking capacitor value during the ESD event so that the optimal capacitance can be calculated.
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CiteScore
0.80
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