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    • 3. 发明授权
    • Low-supply-voltage nonvolatile memory device with voltage boosting
    • 具有升压功能的低电压非易失性存储器件
    • US5903498A
    • 1999-05-11
    • US877927
    • 1997-06-18
    • Giovanni CampardoRino MicheloniStefano Commodaro
    • Giovanni CampardoRino MicheloniStefano Commodaro
    • G11C16/08G11C7/00
    • G11C16/08
    • The memory device has a plurality of local boost circuits, each connected to a sector of the memory array, and each having a control circuit, at least a respective boost capacitor, and a respective drive circuit. Each drive circuit is only enabled in read mode, on receiving an address-transition-detect signal and a sector enabling signal, for reading memory cells forming part of the respective sector. The boost voltage is only supplied to the final inverter of the row decoder. A clamping diode limits the boost voltage to prevent undesired direct biasing of the PMOS transistors of the final inverters connected to the nonaddressed word lines. And the overvoltage is therefore only supplied locally when and where necessary.
    • 存储器件具有多个本地升压电路,每个局部升压电路各自连接到存储器阵列的扇区,并且每个具有控制电路,至少相应的升压电容器和相应的驱动电路。 每个驱动电路仅在读取模式下被启用,在接收到地址转换检测信号和扇区使能信号时,用于读取形成相应扇区的一部分的存储器单元。 升压电压仅提供给行解码器的最终反相器。 钳位二极管限制升压电压,以防止连接到非寻址字线的最终逆变器的PMOS晶体管的不期望的直接偏置。 因此,过电压仅在必要时在当地提供。
    • 4. 发明授权
    • Nonvolatile memory device, in particular a flash-EEPROM
    • 非易失性存储器件,特别是闪存EEPROM
    • US06351413B1
    • 2002-02-26
    • US09552945
    • 2000-04-20
    • Rino MicheloniGiovanni CampardoStefano CommodaroFrancesco Farina
    • Rino MicheloniGiovanni CampardoStefano CommodaroFrancesco Farina
    • G11C1604
    • G11C16/08G11C5/025G11C7/18G11C8/10
    • The memory array comprises a plurality of cells, grouped together in sectors and arranged in sector rows and columns, and has both hierarchical row decoding and hierarchical column decoding. Global word lines are connected to at least two word lines in each sector, through local row decoders; global bit lines are connected to at least two local bit lines in each sector, through local column decoders. The global column decoder is arranged in the center of the memory array, and separates from each other an upper half and a lower half of the memory array. Sense amplifiers are also arranged in the middle of the array, thus saving space. This architecture also provides lesser stress of the cells, better reliability, and better production performance. In addition, each sector is completely disconnected from the remaining sectors, and only the faulty row or column of a single sector should be doubled.
    • 存储器阵列包括多个单元,分组在扇区中并以扇区行和列排列,并且具有分级行解码和分层列解码。 全局字线通过局部行解码器连接到每个扇区中的至少两个字线; 全局位线通过本地列解码器连接到每个扇区中的至少两个局部位线。 全局列解码器被布置在存储器阵列的中心,并且彼此分离存储器阵列的上半部和下半部。 感应放大器也布置在阵列的中间,从而节省空间。 该架构还提供更小的电池应力,更好的可靠性和更好的生产性能。 此外,每个扇区与其余扇区完全断开连接,只有单个扇区的故障行或列应该加倍。
    • 10. 发明申请
    • Gate-level netlist reduction for simulating target modules of a design
    • 用于模拟设计的目标模块的门级网表减少
    • US20050240387A1
    • 2005-10-27
    • US10832226
    • 2004-04-26
    • Maurizio SpadariStefano Commodaro
    • Maurizio SpadariStefano Commodaro
    • G06F17/50
    • G06F17/5022
    • A method for analyzing a circuit design in preparation for a simulation. The method generally includes the steps of (A) marking each of a plurality of modules between a target module of the modules and a top module of the modules in a hierarchy of the circuit design as a first type by traversing upward through the hierarchy starting from the target module, (B) marking each of the modules as a second type where a parent module of the modules is marked as the first type by traversing downward through the hierarchy starting from the top module and (C) marking each of the modules as a third type where the parent module is not marked as the keep type by traversing downward through the hierarchy starting from the top module.
    • 一种用于分析电路设计以准备仿真的方法。 该方法通常包括以下步骤:(A)在电路设计的层级中将模块的目标模块和模块的顶部模块之间的多个模块中的每一个标记为第一类型,方法是从 目标模块,(B)将每个模块标记为第二类型,其中模块的父模块被标记为第一类型,通过从顶部模块开始向下穿过层次结构,并且(C)将每个模块标记为 第三种类型,通过从顶部模块开始向下遍历层次结构,父模块未标记为保持类型。