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    • 4. 发明申请
    • CURRENT MODE BIDIRECTIONAL PORT WITH DATA CHANNEL USED FOR SYNCHRONIZATION
    • 具有用于同步的数据通道的电流模式双向端口
    • US20030067325A1
    • 2003-04-10
    • US09972327
    • 2001-10-05
    • Intel Corporation
    • Matthew B. HaycockStephen R. MooneyAaron K. Martin
    • H03K019/0175
    • H04L25/45H03K19/018592H04L7/0004
    • A simultaneous bidirectional port coupled to a bus combines a synchronization circuit and a data transceiver circuit. The combination data and synchronization transceiver circuit synchronizes the port with another simultaneous bidirectional port coupled to the same bus. The combination data and synchronization transceiver circuit includes a driver with a variable output current and a variable output resistance. Prior to synchronization, the driver has a low output current and low output resistance. When the simultaneous bidirectional port is ready to communicate, the variable output resistance is increased. When both simultaneous bidirectional ports are ready, the variable output resistance is set to properly terminate the line, and the variable output current is set to provide a desired voltage swing.
    • 耦合到总线的同时双向端口组合同步电路和数据收发器电路。 组合数据和同步收发器电路将端口与耦合到同一总线的另一个同时双向端口同步。 组合数据和同步收发器电路包括具有可变输出电流和可变输出电阻的驱动器。 在同步之前,驱动器具有低输出电流和低输出电阻。 当同时双向端口准备通信时,可变输出电阻增加。 当两个同时双向端口准备就绪时,可变输出电阻被设置为适当地终止线路,并且可变输出电流被设置为提供期望的电压摆幅。
    • 5. 发明申请
    • Method and unit for deskewing signals
    • 消隐信号的方法和单元
    • US20030188234A1
    • 2003-10-02
    • US10106636
    • 2002-03-26
    • Intel Corporation
    • Bryan K. CasperStephen R. MooneyAaron K. MartinJoseph T. KennedyMatthew B. Haycock
    • G11B005/00G06K005/04G11B020/20
    • G11B20/1403G11B20/20H03L7/0814H03L7/091H03L7/093H04L7/0008H04L7/0037
    • A clock deskew method includes receiving a data signal and a clock signal, processing the data signal to generate a jitter characterization parameter, shifting the clock signal by about 90null from the jitter characterization parameter to generate a sampling clock signal, and sampling the data signal with the sampling clock signal to generate a deskewed data signal. A clock deskew unit includes a clock unit, a sampling unit, and a deskew unit. The deskew unit includes a jitter characterization unit that generates a jitter characterization parameter. The jitter characterization parameter establishes a phase location for aligning a clock signal. Shifting the clock signal by about 90null from the phase location of the jitter characterization parameter provides a location for sampling a data signal to generate a deskewed data signal.
    • 时钟偏移校正方法包括接收数据信号和时钟信号,处理数据信号以产生抖动表征参数,将时钟信号从抖动表征参数移位约90°以产生采样时钟信号,并对数据信号进行采样 采样时钟信号产生一个偏斜数据信号。 时钟解调单元包括时钟单元,采样单元和歪斜校正单元。 去偏转单元包括产生抖动表征参数的抖动表征单元。 抖动特征参数建立一个相位位置,用于对准时钟信号。 将时钟信号从抖动特征参数的相位位置移位大约90°,提供了一个用于采样数据信号以产生偏斜数据信号的位置。