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Non-Scan Design for Testability for Mixed RTL Circuits with Both Data Paths and Controller via Conflict Analysis

机译:通过冲突分析对具有数据路径和控制器的混合RTL电路的可测试性进行非扫描设计

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摘要

A non-scan design for testability method for RTL circuits based on conflict analysis is proposed. Conflict analysis is presented based on a new 5-valued system to estimate testability of data paths. New test point structures for RTL circuit design for testability are introduced. Non-scan design for testability is proposed based on conflict resolution. Unlike most of the previous methods, our method considers testability of data paths and the controller simultaneously. Different classes of test points can be inserted into data paths and the controller. Intensive techniques arc presented to connect extra inputs of test points with PI ports, which avoids generating reconvergent fanouts that cause new conflicts.
机译:提出了一种基于冲突分析的RTL电路可测性方法的非扫描设计。基于新的五值系统提出了冲突分析,以评估数据路径的可测试性。引入了用于可测试性的RTL电路设计的新测试点结构。提出了基于冲突解决的非扫描可测性设计。与大多数以前的方法不同,我们的方法同时考虑了数据路径和控制器的可测试性。可以将不同类别的测试点插入数据路径和控制器中。提出了密集技术来将测试点的额外输入与PI端口相连,从而避免生成会导致新冲突的重新收敛扇出。

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