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    • 1. 发明授权
    • Embedded time domain analyzer for high speed circuits
    • 嵌入式时域分析仪用于高速电路
    • US07474974B2
    • 2009-01-06
    • US11699997
    • 2007-01-31
    • Gordon W. RobertsMouna Safi-HarabMourad Oulmane
    • Gordon W. RobertsMouna Safi-HarabMourad Oulmane
    • G01R29/02
    • G01R31/31725G01R31/3167G01R31/31726
    • A method of providing an on-chip high-speed time domain digital analyzer for the characterization and analysis of signals within an integrated circuit is provided. The method involves processing the signal being characterized/analyzed in the digital domain irrespective of it's starting format. The approach performs a voltage-to-time conversion using predetermined voltage thresholds, applying a time amplification to the digital time information, measuring the amplified time difference between events and converting the amplified time difference as required by the characterization/analysis. The method allows the capture of very high-speed signals with high resolution without the requirements of complex and high-speed electronics. As such the on-chip high-speed time domain digital analyzer can function as an oscilloscope, pulse width analyzer, rise time analyzer and even logic analyzer. Further the method allows the capture and analysis of single and non-repetitive signal events unlike prior art approaches to time domain oscilloscopes.
    • 提供了一种提供用于集成电路内的信号的表征和分析的片上高速时域数字分析仪的方法。 该方法涉及处理在数字领域中被表征/分析的信号,而不管其起始格式如何。 该方法使用预定的电压阈值执行电压 - 时间转换,对数字时间信息应用时间放大,测量事件之间的放大时间差,并根据表征/分析的要求转换放大的时间差。 该方法允许以高分辨率捕获非常高速的信号,而不需要复杂和高速电子设备。 因此片上高速时域数字分析仪可以作为示波器,脉宽分析仪,上升时间分析仪甚至逻辑分析仪。 此外,该方法允许与现有技术的时域示波器方法不同,捕获和分析单个和非重复信号事件。
    • 2. 发明申请
    • Embedded time domain analyzer for high speed circuits
    • 嵌入式时域分析仪用于高速电路
    • US20080183409A1
    • 2008-07-31
    • US11699997
    • 2007-01-31
    • Gordon W. RobertsMouna Safi-HarabMourad Oulmane
    • Gordon W. RobertsMouna Safi-HarabMourad Oulmane
    • G01R29/02
    • G01R31/31725G01R31/3167G01R31/31726
    • A method of providing an on-chip high-speed time domain digital analyzer for the characterization and analysis of signals within an integrated circuit is provided. The method involves processing the signal being characterized/analyzed in the digital domain irrespective of it's starting format. The approach performs a voltage-to-time conversion using predetermined voltage thresholds, applying a time amplification to the digital time information, measuring the amplified time difference between events and converting the amplified time difference as required by the characterization/analysis. The method allows the capture of very high-speed signals with high resolution without the requirements of complex and high-speed electronics. As such the on-chip high-speed time domain digital analyzer can function as an oscilloscope, pulse width analyzer, rise time analyzer and even logic analyzer. Further the method allows the capture and analysis of single and non-repetitive signal events unlike prior art approaches to time domain oscilloscopes.
    • 提供了一种提供用于集成电路内的信号的表征和分析的片上高速时域数字分析仪的方法。 该方法涉及处理在数字领域中被表征/分析的信号,而不管其起始格式如何。 该方法使用预定的电压阈值执行电压 - 时间转换,对数字时间信息应用时间放大,测量事件之间的放大时间差,并根据表征/分析的要求转换放大的时间差。 该方法允许以高分辨率捕获非常高速的信号,而不需要复杂和高速电子设备。 因此片上高速时域数字分析仪可以作为示波器,脉宽分析仪,上升时间分析仪甚至逻辑分析仪。 此外,该方法允许与现有技术的时域示波器方法不同,捕获和分析单个和非重复信号事件。