Non Volatile Memory in Advanced Smart Power technology: product requirements and integration solutions

G. Croce
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引用次数: 3

Abstract

The increasing complexity of chip functionality and the demand for higher configurability to service smart power requirements is driving interesting developments in emerging memories. ePCM is prominent among these for its benefits in terms of cost, process complexity, and performances. This paper begins with an overview of the existing baseline solutions (fuses, antifuses, single-poly floating gates) addressing low-density NVM application needs and more traditional floating gate memories (dual poly-flash) for higher density applications. The discussion then progresses to the promising results obtained on test chips and on real power product, which demonstrate the successful integration of PCM in the latest BCD platforms.
先进智能电源技术中的非易失性存储器:产品要求和集成解决方案
芯片功能的日益复杂和对更高可配置性的需求,以满足智能电源的要求,推动了新兴存储器的有趣发展。ePCM因其在成本、过程复杂性和性能方面的优势而在这些方面表现突出。本文首先概述了解决低密度NVM应用需求的现有基线解决方案(保险丝,反保险丝,单聚浮动门)和用于高密度应用的更传统的浮动门存储器(双聚闪存)。然后讨论了在测试芯片和实际电源产品上获得的令人满意的结果,证明了PCM在最新BCD平台上的成功集成。
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