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    • 3. 发明授权
    • CMOS row decoder circuit for use in row and column addressing
    • CMOS行解码器电路用于行和列寻址
    • US4788457A
    • 1988-11-29
    • US94641
    • 1987-09-09
    • Koichiro MashikoKazutami ArimotoKiyohiro FurutaniNoriaki MatsumotoYoshio Matsuda
    • Koichiro MashikoKazutami ArimotoKiyohiro FurutaniNoriaki MatsumotoYoshio Matsuda
    • G11C11/408G11C8/10H03K17/693H03M7/00H03K19/096
    • H03K17/693G11C8/10
    • A CMOS row decoder circuit in which a row decoder for selecting a single word line from a memory cell array and a column decoder for selecting a single bit line can use in common an internal address signal transmission line. The row decoder circuit comprises a series of MOSFETs of a first conductivity type which is turned on or off in response to address signals selected from external address signals, a second MOSFET of a second conductivity type provided between a power supply potential and the series of MOSFETs and having a gate receiving a first timing signal for providing decoding timing of the address signals, a third MOSFET of the first conductivity type provided between the series of MOSFETs and the second MOSFET and having a gate receiving a first operation timing signal, a fourth MOSFET which is turned on or off in response to a second operation timing signal for transmitting the potential of a node of the second MOSFET and the third MOSFET, and a fifth MOSFET having a gate receiving an output of the fourth MOSFET for transmitting a word line driving signal to a corresponding word line.
    • 其中用于从存储单元阵列中选择单个字线的行解码器和用于选择单个位线的列解码器的CMOS行解码器电路可以共同地使用内部地址信号传输线。 行解码器电路包括响应于从外部地址信号中选择的地址信号而导通或截止的第一导电类型的一系列MOSFET,提供在电源电位和一系列MOSFET之间的第二导电类型的第二MOSFET 并且具有接收用于提供所述地址信号的解码定时的第一定时信号的栅极,设置在所述一系列MOSFET和所述第二MOSFET之间并具有接收第一操作定时信号的栅极的第一导电类型的第三MOSFET,第四MOSFET 其响应于用于传输第二MOSFET和第三MOSFET的节点的电位的第二操作定时信号而被接通或关断;以及第五MOSFET,其具有接收用于传输字线驱动的第四MOSFET的输出的栅极 信号到相应的字线。
    • 6. 发明授权
    • Semiconductor memory device
    • 半导体存储器件
    • US4817056A
    • 1989-03-28
    • US077622
    • 1987-07-24
    • Kiyohiro FurutaniKoichiro MashikoKazutami ArimotoNoriaki MatsumotoYoshio Matsuda
    • Kiyohiro FurutaniKoichiro MashikoKazutami ArimotoNoriaki MatsumotoYoshio Matsuda
    • G11C11/401G11C11/408G11C29/00G11C29/04G11C7/00
    • G11C29/84
    • In a semiconductor memory device of a redundancy configuration having lines (rows or columns) of main memory cells and a line of spare memory cells made to substitute a defective line responsive to the address of the defective line, a comparator compares an address input to the memory device, with the address of the defective line which has been programmed in it, and a spare line selector selects the spare line when the input address is found to coincide with the programmed address. The comparator comprises a dynamic NOR gate having discharge paths each formed of a gate element receiving a bit or its inversion of the input address to be opened or closed depending on the value of the particular bit of the input address currently applied, and a PROM element in series with the gate element. The dynamic NOR gate has a first node forming an output thereof and a second node, each of the series connections of the PROM element and the gate element is connected across the first and the second nodes. The potential on the second node is caused to be identical with the potential on the first node during the precharge period.
    • 在具有主存储单元的行(行或列)和响应于缺陷行的地址而替代缺陷行的备用存储单元的行的冗余配置的半导体存储器件中,比较器将输入到 存储器件,其中已经编程的缺陷线的地址,并且当发现输入地址与编程地址一致时,备用线选择器选择备用线。 该比较器包括一个动态或非门,每个放电路径均由栅极元件形成,栅极元件根据当前施加的输入地址的特定位的值接收要打开或关闭的输入地址的位或其反相,以及PROM元件 与门元件串联。 动态NOR门具有形成其输出的第一节点和第二节点,PROM元件和门元件的每个串联连接跨越第一节点和第二节点连接。 在预充电期间,使第二节点上的电位与第一节点上的电位相同。