New Digital Testing of Analogue Circuits Based on Frequency Band Classification

Bassam A. Abo-elftooh, M. El-Mahlawy, H. Ragai
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Abstract

This paper is proposing a new parametric fault detection technique of analog circuits based on frequency band classification. A sweeping-frequency testing signal is applied covering the analog circuit under test (ACUT) frequency bands. Instead of the overall summed responses (Signature), only a band digital signature is considered at which the component variation effect is dominant. As a result, the signature averaging due to the summation of unwanted (unaffected) signatures is avoided. The results show a significant parametric fault detectability increase over the previous work considering the all-band signature. Multi test point technique is a further enhancement that explores more component-affected bands and consequently, increases the parametric fault detectability.
基于频带分类的新型模拟电路数字测试
提出了一种基于频带分类的模拟电路参数化故障检测方法。采用扫频测试信号覆盖被测模拟电路(ACUT)频段。而不是整体的求和响应(签名),只考虑一个波段的数字签名,其中分量变化效应占主导地位。因此,避免了由于不需要的(未受影响的)签名的总和而导致的签名平均。结果表明,考虑到全频带特征,该方法的参数故障检测能力比之前的方法有了显著提高。多测试点技术是一种进一步的改进,它探索了更多的组件影响波段,从而提高了参数故障的可检测性。
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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