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    • 5. 发明申请
    • HIERARCHICAL SIX-TRANSISTOR SRAM
    • 分层六极晶体管SRAM
    • US20080165561A1
    • 2008-07-10
    • US11620297
    • 2007-01-05
    • Richard E. MatickStanley E. Schuster
    • Richard E. MatickStanley E. Schuster
    • G11C5/06
    • G11C11/412G11C11/413
    • An embodiment of the present invention is an SRAM memory array comprising memory cells with each cell containing six devices, the storage nodes which store the true and complement of the data are constructed from a four device, cross coupled flip-flop cell, wherein one internal storage node of this cell is connected through an access pass gate to one local bit line (LBL), the second internal storage node connected in a like manner to a second LBL, each LBL connected to a limited number, e.g. 8 to 32 of other similar storage cells, the two LBLs each connected to the gate of a separate read head nFET for discharging to ground one of two previously precharged global read lines so as to pass the inverse of the signal on the LBL and thus on the read head gate to a global read/write bit line.
    • 本发明的实施例是一种SRAM存储器阵列,其包括具有每个单元包含六个器件的存储器单元,存储数据的真实和补码的存储节点由四个器件交叉耦合的触发器单元构成,其中一个内部 该单元的存储节点通过访问传递门连接到一个本地位线(LBL),第二内部存储节点以类似的方式连接到第二LBL,每个LBL连接到有限数量,例如 8到32个其他类似的存储单元,两个LBL各自连接到单独的读头nFET的栅极,用于将两个先前预充电的全局读取线之一放电到地之上,以便通过LBL上的信号的反相,从而导通 读头到全局读/写位线。
    • 7. 发明授权
    • High-performance, high-density CMOS decoder/driver circuit
    • 高性能,高密度CMOS解码器/驱动电路
    • US4618784A
    • 1986-10-21
    • US695664
    • 1985-01-28
    • Barbara A. ChappellThekkemadathil V. RajeevakumarStanley E. SchusterLewis M. Terman
    • Barbara A. ChappellThekkemadathil V. RajeevakumarStanley E. SchusterLewis M. Terman
    • H03K19/096G11C8/10G11C11/34G11C11/407G11C11/413G11C8/00H03K19/017H03K19/20
    • G11C8/10
    • A decoder/driver circuit for a semiconductor momory having a A1 to AN (true) and A1 to AN (complement) address lines for receiving A1 to AN address bit signals thereon from internal address buffers. A .PHI.PC line is included for receiving a .PHI.PC precharge clock signal thereon and a .PHI.R line is provided for receiving a .PHI.R reset clock signal thereon. The decoder/driver circuit includes a NOR decoder means having a plurality of transistor switching devices connected to A1 to AN-1 or A1 to AN-1 of the true and complement address lines for the AN to AN-1 address bits for producing a high or low level signal on a decoder output node depending on the address bits state. The decoder/driver circuit further includes a selection means having a plurality of transistor devices connected to the output node of the decoder to produce a first selection signal when the decoder output node and the AN line is high and a second selection signal when the decoder output node and the AN line is high. A driver circuit is connected to the selection means and is responsive to the output signal of the NOR decoder circuit and the first selection signal to provide an output signal on a first memory word line and is further responsive to the output signal of the NOR decoder circuit and the second selection signal to provide an output signal on a second memory word line.
    • 一种具有A1至AN(真)和A1至& upbar和A(补码)地址线的半导体器件的解码器/驱动器电路,用于从内部地址缓冲器向其接收A1至AN地址位信号。 包括PHI PC线,用于在其上接收PHI PC预充电时钟信号,并且提供PHI R线用于在其上接收PHI R复位时钟信号。 解码器/驱动器电路包括NOR解码器装置,其具有连接到用于AN到AN-1地址位的真和补地址线的A1至AN-1或A1至AN-1的多个晶体管开关装置,用于产生高电平 或根据地址位状态在解码器输出节点上的低电平信号。 解码器/驱动器电路还包括选择装置,其具有连接到解码器的输出节点的多个晶体管器件,以在解码器输出节点和AN线路为高电平时产生第一选择信号,并且当解码器输出时产生第二选择信号 节点和&upbar&A线高。 驱动器电路连接到选择装置,并且响应于NOR解码器电路的输出信号和第一选择信号,以在第一存储器字线上提供输出信号,并且还响应于NOR解码器电路的输出信号 以及第二选择信号,以在第二存储器字线上提供输出信号。