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Overview on ATE Test and Debugging Methods for Asynchronous Circuits

机译:异步电路的ATE测试和调试方法概述

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摘要

Due to mature design tools and proven flows for design and test the majority of today's circuits are synchronous. Increasingly complex designs pose major problems though with respect to clock tree design, interfaces running at different frequencies, peak current consumption and electromagnetic interference. The asynchronous design style promises advantages in these areas but is not widely accepted, mainly due to the lack of design tool support and testability issues. This paper summarizes the problems regarding the test of asynchronous designs as well as existing test methodologies and presents our strategy to increase testability of this kind of devices.
机译:由于成熟的设计工具和经过验证的设计和测试流程,当今大多数电路都是同步的。尽管在时钟树设计,以不同频率运行的接口,峰值电流消耗和电磁干扰方面,越来越复杂的设计带来了主要问题。异步设计风格在这些领域有望带来优势,但由于缺乏设计工具支持和可测试性问题而未被广泛接受。本文总结了有关异步设计测试以及现有测试方法的问题,并提出了提高此类设备可测试性的策略。

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