Are amps and volts created equal?

G. Tornquist
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Abstract

This paper briefly reviews the way current IT and consumer electronics safety standards treat the risk of electrically caused fire is purely proportional to power. That implies it is symmetrical in regards to available voltage and current. It then proposes a simple general model to divide electrical failure modes that may be fire risks into two distinct types series and parallel resistive faults. It considers the relative merits of real inductors and capacitors as energy storage devices. Then it looks at some real world high voltage and high current electrical sources and failure modes, and finally argues based on the previous points that the available voltage is a greater risk factor than the available current.
安培和伏特相等吗?
本文简要回顾了当前IT和消费电子安全标准处理电气引起的火灾风险的方式纯粹与功率成正比。这意味着它在可用电压和电流方面是对称的。然后提出了一个简单的通用模型,将具有火灾危险性的电气故障模式划分为串联和并联两种不同类型的电阻性故障。它考虑了实际电感和电容器作为储能器件的相对优点。然后,它着眼于一些现实世界的高压和大电流电源和故障模式,最后,根据前面的观点,有效电压是一个更大的风险因素比有效电流。
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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