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    • 8. 发明授权
    • Automatic verification of adequate conductive return-current paths
    • 自动验证足够的导通回路路径
    • US07882469B2
    • 2011-02-01
    • US11945754
    • 2007-11-27
    • Timothy W. BudellDavid C. ReynoldsEric W. Tremble
    • Timothy W. BudellDavid C. ReynoldsEric W. Tremble
    • G06F17/50G06F9/45
    • G06F17/5081
    • After finding the shortest conductive signal return-current path for each signal, the invention assesses whether each conductive return-current path is adequate. The method analyzes each shortest conductive signal return-current path and determines if a significant portion of the signal return current flows as displacement current rather than following the conductive current path. A significant displacement current flows when the length of the conductive return-current path that diverges from a signal net is more than a previously defined limit based on the signal transition time. Further, a significant displacement current flows when the overall length of the signal differs from the overall length of the conductive return-current path by more than a previously defined limit based on the signal transition time.
    • 在找到每个信号的最短导通信号返回电流路径之后,本发明评估每个导通回路路径是否足够。 该方法分析每个最短导通信号返回电流路径,并确定信号返回电流的有效部分是否以位移电流流动,而不是跟随导电电流路径。 当从信号网发散的导电返回电流路径的长度大于基于信号转换时间的先前定义的极限时,显着的位移电流流动。 此外,当信号的总长度与导电返回电流路径的总长度不同于基于信号转换时间的预先限定的极限时,显着的位移电流流动。