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    • 1. 发明授权
    • General-purpose logic cell, general-purpose logic cell array using the same, and ASIC using general-purpose logic cell array
    • 通用逻辑单元,使用相同的通用逻辑单元阵列,以及使用通用逻辑单元阵列的ASIC
    • US07161382B2
    • 2007-01-09
    • US10438012
    • 2003-05-15
    • Masaharu MizunoTooru Fujii
    • Masaharu MizunoTooru Fujii
    • H03K19/177
    • H03K19/1735
    • A general-purpose logic cell used in a general-purpose logic cell array for a logic circuit, includes a plurality of kinds of logic circuit elements, each of which has a plurality of terminals with no connection. The plurality of kinds of logic circuit elements includes a flip-flop and a first inverter set. In this case, each of first inverters of the first inverter set is possible to be connected with an input of the flip-flop in parallel or as one of a series connection of at least two of the first inverters. Also, each first inverter is possible to be connected with an output of the flip-flop in parallel or as one of a series connection of at least two of the first inverters.
    • 在用于逻辑电路的通用逻辑单元阵列中使用的通用逻辑单元包括多种逻辑电路元件,每个逻辑电路元件具有多个不具有连接的端子。 多种逻辑电路元件包括触发器和第一反相器组。 在这种情况下,第一反相器组的第一反相器中的每一个都可以与触发器的输入端并联连接或者与至少两个第一反相器的串联连接中的一个连接。 此外,每个第一反相器可以并联地连接到触发器的输出或者作为至少两个第一反相器的串联连接之一。
    • 7. 发明申请
    • Semiconductor device having universal logic cell
    • 具有通用逻辑单元的半导体器件
    • US20050218936A1
    • 2005-10-06
    • US11092943
    • 2005-03-30
    • Masaharu MizunoKazuhiro Nakajima
    • Masaharu MizunoKazuhiro Nakajima
    • H01L21/822H01L27/04H03K19/173H03K19/0175
    • H03K19/173
    • A universal logic module includes: a first inverter outputting an inverted input signal to an output terminal through a first transfer gate, the inverted input signal having an inverted level of an input signal provided from a first input terminal; and a second inverter outputting an inverted logic signal to the output terminal through a second transfer gate, the inverted logic signal having an inverted level of a first logic signal. The first input terminal is connected to one of a power supply line and a ground line. An input of the first transfer gate is directly connected to the other of the power supply line and the ground line. The first and the second transfer gates are complementarily turned on/off according to a level of a second logic signal. A result of a logical operation between the first and the second logic signals is outputted from the output terminal.
    • 通用逻辑模块包括:第一反相器,通过第一传输门将反相输入信号输出到输出端,反相输入信号具有从第一输入端提供的输入信号的反相电平; 以及第二反相器,通过第二传输门将输出反相逻辑信号输出到输出端,反相逻辑信号具有第一逻辑信号的反相电平。 第一输入端子连接到电源线和接地线之一。 第一传输门的输入直接连接到电源线和接地线中的另一个。 根据第二逻辑信号的电平,第一和第二传输门互补地导通/截止。 从输出端子输出第一和第二逻辑信号之间的逻辑运算的结果。
    • 8. 发明授权
    • Universal logic module and ASIC using the same
    • 通用逻辑模块和ASIC使用相同
    • US06946875B2
    • 2005-09-20
    • US10325572
    • 2002-12-19
    • Kenji YamamotoMasaharu MizunoKazuhiro Nakajima
    • Kenji YamamotoMasaharu MizunoKazuhiro Nakajima
    • H01L21/82H03K19/00H03K19/173H03K19/094
    • H03K19/1735
    • A universal logic module that may have a reduced off-leak current in universal logic cells (100) not used as logic circuits has been disclosed. A universal logic module may include universal logic cells (100) that may be formed with a second wiring for connecting universal logic cells (100) from a base configuration formed with a first wiring. Unused universal logic cell (100) may include transistors in basic cells (A to E) that are non-connected to a power supply (VDD) and/or a ground potential (VSS). Furthermore, unused universal logic cell (100) may include transistors in basic cells (A to E) that may provide a capacitor between a power supply (VDD) and a ground potential (VSS). In this way, off-leak current may be reduced and noise on a power line and/or a ground line may be reduced.
    • 已经公开了可以在不用作逻辑电路的通用逻辑单元(100)中具有减小的漏电流的通用逻辑模块。 通用逻辑模块可以包括可以形成有第二布线的通用逻辑单元(100),用于将通用逻辑单元(100)与形成有第一布线的基座配置相连接。 未使用的通用逻辑单元(100)可以包括未连接到电源(VDD)和/或接地电位(VSS)的基本单元(A至E)中的晶体管。 此外,未使用的通用逻辑单元(100)可以包括可在电源(VDD)和接地电位(VSS)之间提供电容器的基本单元(A至E)中的晶体管。 以这种方式,可以减少泄漏电流,并且可以减少电力线和/或接地线上的噪声。
    • 9. 发明授权
    • Semiconductor integrated circuit and its layout method
    • 半导体集成电路及其布局方法
    • US06753702B2
    • 2004-06-22
    • US10230197
    • 2002-08-29
    • Masaharu MizunoShigeki SakaiNaotaka Maeda
    • Masaharu MizunoShigeki SakaiNaotaka Maeda
    • H03K1900
    • H03K19/1737G06F1/06G06F1/10G06F17/5068H03K19/1735
    • The master slice type semiconductor integrated circuit includes sequential circuit cells (2) and combinational circuit cells (3), which are alternately arranged in an inner core area on a semiconductor chip (1), and a plurality of selective driving elements (MC101 to MC108, MC201 to MC216 and MC301 to MC316), which are connected in a shape of a tree, for selectively distributing a poliphase clock signal for each division area formed by uniformly dividing the inner core area. The plurality of selective driving elements are placed and connected on the semiconductor chip such that load and wiring length between the sequential circuit cells within the respective division areas and input terminals to which the poliphase clock signal is inputted are equal. Due to this configuration, it is possible to cope with a poliphase clock, and also possible to reduce a clock skew between circuits, and further possible to provide a master slice type semiconductor integrated circuit in which an electric power consumption can be reduced.
    • 主片式半导体集成电路包括交替布置在半导体芯片(1)上的内核区域中的顺序电路单元(2)和组合电路单元(3),以及多个选择驱动元件(MC101至MC108 ,MC201〜MC216以及MC301〜MC316),其以树形连接,用于选择性地分配由均匀分割内芯区域形成的各分割区域的波形时钟信号。 多个选择性驱动元件被放置并连接在半导体芯片上,使得相应的划分区域内的顺序电路单元和输入有相位时钟信号的输入端之间的负载和布线长度相等。 由于这种结构,可以应付脉冲时钟,也可以减少电路之间的时钟偏移,并且还可以提供能够降低电力消耗的主分片式半导体集成电路。