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    • 1. 发明申请
    • Eye width characterization mechanism
    • 眼宽表征机制
    • US20060048030A1
    • 2006-03-02
    • US10930202
    • 2004-08-31
    • Kim ChowSunil Jain
    • Kim ChowSunil Jain
    • G01R31/28
    • G01R31/31905G01R31/31922G01R31/31937
    • An eye width characterization mechanism determines a pass setting of a sampling phase positioned within an eye width of received data. The sampling phase is incremented in a first direction from the pass setting until the sampling phase is outside the eye width of the received data. The sampling phase is then incremented in an opposite direction of the first direction starting again from the pass setting until the sampling phase is outside the eye width of the received data. The number of the sampling phase increments in the first direction is added to the number of the sampling phase increments in the opposite direction to characterize the eye width of the received data.
    • 眼睛宽度表征机制确定位于接收数据的眼睛宽度内的采样相位的通过设置。 采样相位从通过设置的第一个方向递增到采样相位在接收数据的眼睛宽度之外。 然后,采样相位在第一方向的相反方向上再次从通过设置开始,直到采样相位在接收数据的眼睛宽度之外。 在第一方向上采样相位增量的数量被加到相反方向上的采样相位增量的数量,以表征接收数据的眼宽。
    • 2. 发明申请
    • Eye width characterization mechanism
    • 眼宽表征机制
    • US20070277063A1
    • 2007-11-29
    • US11710534
    • 2007-02-23
    • Kim ChowSunil Jain
    • Kim ChowSunil Jain
    • G06K5/04
    • G01R31/31905G01R31/31922G01R31/31937
    • An eye width characterization mechanism determines a pass setting of a sampling phase positioned within an eye width of received data. The sampling phase is incremented in a first direction from the pass setting until the sampling phase is outside the eye width of the received data. The sampling phase is then incremented in an opposite direction of the first direction starting again from the pass setting until the sampling phase is outside the eye width of the received data. The number of the sampling phase increments in the first direction is added to the number of the sampling phase increments in the opposite direction to characterize the eye width of the received data.
    • 眼睛宽度表征机制确定位于接收数据的眼睛宽度内的采样相位的通过设置。 采样相位从通过设置的第一个方向递增到采样相位在接收数据的眼睛宽度之外。 然后,采样相位在第一方向的相反方向上再次从通过设置开始,直到采样相位在接收数据的眼睛宽度之外。 在第一方向上采样相位增量的数量被加到相反方向上的采样相位增量的数量,以表征接收数据的眼宽。