An Accurate Single Event Effect Digital Design Flow for Reliable System Level Design

Provided by: edaa
Topic: Hardware
Format: PDF
Similar to local variations and signal integrity problems, Single Event Effects (SEEs) are a new design concern for digital system design that arises in deep sub-micron technologies. In order to design reliable digital systems in such technologies, it is mandatory to precisely model and take into account SEEs. This paper proposes a new accurate design flow to model non-permanent SEE effects that can be applied at system level for reliable digital circuit design. Starting from low level SPICE-accurate simulations, SEEs are characterized, modeled and simulated in the digital design using commercial and well accepted standards and tools.

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