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    • 4. 发明授权
    • Switching device for configurable interconnect and method for preparing the same
    • 用于可配置互连的交换设备及其制备方法
    • US07414257B2
    • 2008-08-19
    • US10812991
    • 2004-03-31
    • Thomas D. HappThomas Roehr
    • Thomas D. HappThomas Roehr
    • H01L29/72
    • H01G9/22H01G9/025H01G11/02H01G11/08H01G11/32H01G11/56H01L23/5252H01L2924/0002Y02E60/13H01L2924/00
    • The present invention relates to a switching device to be irreversibly switched from an electrically isolating off-state into an electrically conducting on-state for use in a configurable interconnect, comprising two separate electrodes, at least one of which being a reactive metal electrode, and a solid state electrolyte arranged between said electrodes and being capable of electrolyte isolating said electrodes to define said off-state, said electrodes and said solid state electrolyte forming a redox-system having a mini-mum voltage (“turn-on voltage”) to start a redox reaction, the redox reaction resulting in the generation of metal ions to be released into said solid state electrolyte, the metal ions being reduced to increase a metal concentration within said solid state electrolyte, wherein an increase of said metal concentration results in a conductive metallic connection bridging the electrodes to define the on-state.
    • 本发明涉及一种从电绝缘断开状态不可逆地切换到用于可配置互连中的导电导通状态的开关装置,包括两个单独的电极,其中至少一个电极是反应性金属电极,以及 布置在所述电极之间并且能够电解隔离所述电极以限定所述截止状态的固态电解质,所述电极和所述固态电解质形成具有微小电压(“导通电压”)的氧化还原系统, 开始氧化还原反应,所述氧化还原反应导致产生将被释放到所述固态电解质中的金属离子,所述金属离子被还原以增加所述固态电解质中的金属浓度,其中所述金属浓度的增加导致 导电金属连接桥接电极以限定导通状态。
    • 8. 发明申请
    • METHOD FOR PROGRAMMING MULTI-BIT CHARGE-TRAPPING MEMORY CELL ARRAYS
    • 用于编程多位电荷捕获存储器单元阵列的方法
    • US20070002645A1
    • 2007-01-04
    • US11172421
    • 2005-06-30
    • Thomas RoehrJosef Willer
    • Thomas RoehrJosef Willer
    • G11C7/00
    • G11C16/12
    • A programming voltage is applied to source and drain in order to generate hot-hole injection at one end of the channel of a memory cell. The undesired programming of a neighboring memory cell is avoided by the application of an intermediate inhibit voltage to an adjacent bitline. This is done by precharging all the bitlines to the inhibit voltage, either by successively applying the inhibit voltage to every bitline individually or by applying both the upper and the lower programming voltage to one half of the bitlines and then short-circuiting all the bitlines to produce an intermediate voltage.
    • 将编程电压施加到源极和漏极,以便在存储器单元的沟道的一端产生热空穴注入。 通过向相邻位线施加中间禁止电压来避免相邻存储器单元的不期望​​的编程。 这可以通过将所有位线预充电到抑制电压来完成,方法是通过将禁止电压单独地连续施加到每个位线,或者通过将上限和下限编程电压同时施加到位线的一半,然后将所有位线短路到 产生中间电压。
    • 10. 发明授权
    • Imprint suppression circuit scheme
    • 压印抑制电路方案
    • US06950328B2
    • 2005-09-27
    • US10734439
    • 2003-12-11
    • Thomas RoehrMichael Jacob
    • Thomas RoehrMichael Jacob
    • G11C7/02G11C7/08G11C7/18G11C8/12G11C11/22H01L27/105
    • G11C11/22
    • A ferroelectric memory array includes a plurality of memory pages each formed of a plurality of ferroelectric memory cells. The ferroelectric memory cells are supplied by common word lines. Status memory cells are connected to each of the plurality of memory pages, each status memory cell stores the status of the memory page to which it is connected. A plurality of sense amplifiers each receives inputs from a pair of bit lines. Each of the bit lines receives inputs from the ferroelectric memory cells of a plurality of the memory pages. The sense amplifiers write back data into the memory cells and status cells in reversed states following read operations.
    • 铁电存储器阵列包括由多个铁电存储器单元形成的多个存储器页。 铁电存储单元由公用字线提供。 状态存储器单元连接到多个存储器页中的每一个,每个状态存储单元存储与其连接的存储器页的状态。 多个读出放大器各自接收来自一对位线的输入。 每个位线接收来自多个存储器页的铁电存储单元的输入。 在读操作之后,感测放大器将数据写入存储单元和状态单元。