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    • 4. 发明授权
    • Semiconductor integrated circuit device
    • 半导体集成电路器件
    • US5619048A
    • 1997-04-08
    • US495022
    • 1995-06-27
    • Miho YokotaMasatomi Okabe
    • Miho YokotaMasatomi Okabe
    • H01L21/82H01L27/118H01L27/02
    • H01L27/11898
    • In order to lay out a driver circuit having high drivability without increasing a semiconductor chip area, a macro cell (22) such as a clock driver having a large fan-out is arranged under a feeder line (20). It is possible to feed the macro cell (22) from the feeder line (20), which is a second layer aluminum wire, in a short distance. An input signal line (23) and an output signal line (24) which are connected to input and output pins of the macro cell (22) are provided in positions not to be in contact with the feeder line (20). Since the macro cell (22) is arranged in a portion of an internal region which is located under the feeder line (20), it is possible to suppress increase of the layout area as well as electromigration caused by feeding to the macro cell (22).
    • 为了在不增加半导体芯片面积的情况下布置具有高驱动能力的驱动电路,在馈线(20)下方布置有具有大扇出的时钟驱动器的宏单元(22)。 可以在短距离内从作为第二层铝线的馈线(20)馈送宏电池(22)。 连接到宏单元(22)的输入和输出引脚的输入信号线(23)和输出信号线(24)设置在不与馈线(20)接触的位置。 由于宏单元(22)布置在位于馈线(20)下方的内部区域的一部分中,所以可以抑制布局区域的增加以及由馈送到宏单元(22)导致的电迁移 )。
    • 5. 发明授权
    • Semiconductor integrated circuit macro cells with wide lines
    • 半导体集成电路宏单元格宽线
    • US5444276A
    • 1995-08-22
    • US165944
    • 1993-12-14
    • Miho YokotaMasatomi Okabe
    • Miho YokotaMasatomi Okabe
    • H01L21/82H01L27/118H01L27/02
    • H01L27/11898
    • In order to lay out a driver circuit having high drivability without increasing a semiconductor chip area, a macro cell (22) such as a clock driver having a large fan-out is arranged under a feeder line (20). It is possible to feed the macro cell (22) from the feeder line (20), which is a second layer aluminum wire, in a short distance. An input signal line (23) and an output signal line (24) which are connected to input and output pins of the macro cell (22) are provided in positions not to be in contact with the feeder line (20). Since the macro cell (22) is arranged in a portion of an internal region which is located under the feeder line (20), it is possible to suppress increase of the layout area as well as electromigration caused by feeding to the macro cell (22).
    • 为了在不增加半导体芯片面积的情况下布置具有高驱动能力的驱动电路,在馈线(20)下方布置有具有大扇出的时钟驱动器的宏单元(22)。 可以在短距离内从作为第二层铝线的馈线(20)馈送宏电池(22)。 连接到宏单元(22)的输入和输出引脚的输入信号线(23)和输出信号线(24)设置在不与馈线(20)接触的位置。 由于宏单元(22)布置在位于馈线(20)下方的内部区域的一部分中,所以可以抑制布局区域的增加以及由馈送到宏单元(22)导致的电迁移 )。