Using mixed-mode test bus architecture to RF-based fault injection analysis and EMC fault debug

Eduardo Ribeiro da Silva, F. Costa, F. Behrens, Remerson Stein Kickhofel, R. Maltione
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引用次数: 3

Abstract

The impressive development of RF communications observed last years with the intensive use of RF modules in several Mixed Signal Integrated Circuit as well as industrial and automotive qualification process, requiring engaged products compliant with aggressive EMC standards, introduces a challenge on the IC fault analysis. This work discuss a cost effective solution, small die size area using a Mixed Signal Test Bus Interface (Analog Test Bus more Digital Wrapper) aimed at small and medium complexity ICs. The proposed approach provides a powerful real time debug channel for RFI fault analysis and internal failure mechanism identification. This architecture was implemented in a silicon test vehicle, 0.25u BiCMOS technology, where measurements and results are presented and discussed.
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采用混合模式测试总线架构进行基于射频的故障注入分析和EMC故障调试
随着射频模块在几个混合信号集成电路以及工业和汽车认证过程中的大量使用,射频通信的发展令人印象深刻,这要求参与产品符合积极的EMC标准,这给IC故障分析带来了挑战。本工作讨论了一种具有成本效益的解决方案,使用混合信号测试总线接口(模拟测试总线更多数字封装)的小芯片面积,针对中小型复杂ic。该方法为RFI故障分析和内部故障机理识别提供了强大的实时调试通道。该架构在0.25u BiCMOS技术的硅测试车上实现,并给出了测量结果和讨论。
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