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    • 1. 发明授权
    • Integrated circuit and associated design method with antenna error control using spare gates
    • 集成电路及相关设计方法,采用备用门控进行天线误差控制
    • US06877667B1
    • 2005-04-12
    • US10640804
    • 2003-08-13
    • Jay H. AngleChristopher D. GorsuchOscar G. MercadoAnthony K. MyersJohn A. SchadtBrian W. Yeager
    • Jay H. AngleChristopher D. GorsuchOscar G. MercadoAnthony K. MyersJohn A. SchadtBrian W. Yeager
    • G06F17/50G06K19/06H01L21/8238H01L27/118
    • G06F17/5068H01L27/11807
    • Antenna errors are corrected in an integrated circuit design utilizing spare gates distributed throughout the integrated circuit. An integrated circuit in accordance with the invention includes standard cells interspersed with spare gates. For example, the circuit may include one or more rows of spare gates arranged between groups of rows of standard cells, or islands of spare gates arranged between groups of rows of standard cells. A signal line of the integrated circuit having a detected antenna error associated therewith is coupled via one or more conductors associated with at least one metal layer of the integrated circuit to a diode or other antenna error control circuitry formed using at least one of the spare gates. The standard cells and spare gates are preferably placed in accordance with a placement operation of an automated place and route process of a standard cell computer-aided design (CAD) tool. The coupling of the signal line having the detected antenna error associated therewith to the antenna error control circuitry formed using at least one of the spare gates is preferably determined as part of a routing operation of the automated place and route process of the standard cell CAD tool. The spare gates are preferably implemented as spare gate cells using a base transistor structure compatible with the standard cell CAD tool.
    • 在利用分布在整个集成电路中的备用门的集成电路设计中校正天线误差。 根据本发明的集成电路包括散布有备用门的标准单元。 例如,电路可以包括布置在标准单元行的行之间的一行或多行备用门,或者排列在标准单元行的组之间的备用栅岛。 具有与其相关联的检测到的天线误差的集成电路的信号线经由与集成电路的至少一个金属层相关联的一个或多个导体耦合到使用至少一个备用栅极形成的二极管或其他天线误差控制电路 。 标准电池和备用门优选地根据标准电池计算机辅助设计(CAD)工具的自动化位置和路线过程的放置操作放置。 具有与之相关的检测到的天线误差的信号线与使用至少一个备用门形成的天线误差控制电路的耦合优选地被确定为标准单元CAD工具的自动化位置和路线过程的路由操作的一部分 。 备用门优选地实现为使用与标准单元CAD工具兼容的基本晶体管结构的备用栅极单元。
    • 2. 发明授权
    • Integrated circuit and associated design method with antenna error control using spare gates
    • 集成电路及相关设计方法,采用备用门控进行天线误差控制
    • US06814296B2
    • 2004-11-09
    • US10135308
    • 2002-04-30
    • Jay H. AngleChristopher D. GorsuchOscar G. MercadoAnthony K. MyersJohn A. SchadtBrian W. Yeager
    • Jay H. AngleChristopher D. GorsuchOscar G. MercadoAnthony K. MyersJohn A. SchadtBrian W. Yeager
    • G06K1906
    • G06F17/5068H01L27/11807
    • Antenna errors are corrected in an integrated circuit design utilizing spare gates distributed throughout the integrated circuit. An integrated circuit in accordance with the invention includes standard cells interspersed with spare gates. For example, the circuit may include one or more rows of spare gates arranged between groups of rows of standard cells, or islands of spare gates arranged between groups of rows of standard cells. A signal line of the integrated circuit having a detected antenna error associated therewith is coupled via one or more conductors associated with at least one metal layer of the integrated circuit to a diode or other antenna error control circuitry formed using at least one of the spare gates. The standard cells and spare gates are preferably placed in accordance with a placement operation of an automated place and route process of a standard cell computer-aided design (CAD) tool. The coupling of the signal line having the detected antenna error associated therewith to the antenna error control circuitry formed using at least one of the spare gates is preferably determined as part of a routing operation of the automated place and route process of the standard cell CAD tool. The spare gates are preferably implemented as spare gate cells using a base transistor structure compatible with the standard cell CAD tool.
    • 在利用分布在整个集成电路中的备用门的集成电路设计中校正天线误差。 根据本发明的集成电路包括散布有备用门的标准单元。 例如,电路可以包括布置在标准单元行的行之间的一行或多行备用门,或者排列在标准单元行的组之间的备用栅岛。 具有与其相关联的检测到的天线误差的集成电路的信号线经由与集成电路的至少一个金属层相关联的一个或多个导体耦合到使用至少一个备用栅极形成的二极管或其他天线误差控制电路 。 标准电池和备用门优选地根据标准电池计算机辅助设计(CAD)工具的自动化位置和路线过程的放置操作放置。 具有与之相关的检测到的天线误差的信号线与使用至少一个备用门形成的天线误差控制电路的耦合优选地被确定为标准单元CAD工具的自动化位置和路线过程的路由操作的一部分 。 备用门优选地实现为使用与标准单元CAD工具兼容的基本晶体管结构的备用栅极单元。