用于退款分析的电子设备介电和热承受能力曲线

I. N. Gondim, C. E. Tavares, J. Barbosa, J. Oliveira, A. C. Delaiba, M. Mendonça
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引用次数: 5

摘要

本文旨在获得电子器件的介电和耐热性能曲线,以证明其允许电压和电流的影响极限。这个想法是建立一个计算程序来比较系统电压和电流干扰与设备公差允许值,以保证产品的物理完整性。为了突出方法论,新的和二手电视,立体声,个人电脑单元被实验驱动到它们的极端介电和热强度。结果被称为容差曲线,用作系统发生与消费者声称的特定产品损害之间给定关系的一致性计算分析的指导方针。人们越来越有兴趣根据广为接受的计算模拟建立有系统的程序,从而产生最后报告,对退款程序的要求提供必要的答复,这可以证明整个过程的适用性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Electronic equipment dielectric and thermal withstand capability curves for refunding analysis purposes
This paper is aimed at obtaining dielectric and thermal withstand capability curves of electronic devices in order to demonstrate the allowable voltage and current effect limits. The idea is to establish a computational procedure to compare system voltage and current disturbances with the equipment tolerance permitted values to guarantee the physical integrality of the product. To highlight the methodology, new and second hand TV, stereo, personal computer units are experimentally driven to their extreme dielectric and thermal strengths. The results are then referred as tolerance curves which are used as guidelines for the computational analysis of the consistency of a given relationship between a system occurrence and the consumer claimed damage for a specific product. The applicability of the whole process can be justified by the growing interest in the establishment of systematic procedures, based on well accepted computational simulations, yielding final reports that provide the necessary answer to the refunding process demand.
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