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    • 36. 发明授权
    • MRAM element
    • MRAM元素
    • US07298643B2
    • 2007-11-20
    • US11114305
    • 2005-04-25
    • Joo-Von KimThibaut DevolderClaude ChappertCedric MaufrontRichard Fournel
    • Joo-Von KimThibaut DevolderClaude ChappertCedric MaufrontRichard Fournel
    • G11C11/00
    • G11C11/16
    • A magnetoresistive memory element including a trapped magnetic region and a free magnetic region separated by a barrier layer. The free magnetic region comprises a stacking of at least two antiferromagnetically-coupled ferromagnetic layers, a layer magnetic moment vector being associated with each layer, the resulting magnetic moment vector, equal to the sum of the layer magnetic moment vectors, having an amplitude smaller than at least 40% of the amplitude of the layer magnetic moment vector of maximum amplitude. The anisotropy field and/or the demagnetizing field tensor is not identical for the at least two ferromagnetic layers, whereby the angular deviations of the layer magnetic moment vectors are different at the time of the application of an external magnetic field, which enables at least two methods for directly writing into the memory element, as well as its initialization.
    • 一种磁阻存储元件,包括被阻挡层分离的被俘获的磁区和自由磁区。 自由磁区包括至少两个反铁磁耦​​合铁磁层的层叠,与每个层相关联的层磁矩矢量,所得到的磁矩矢量等于具有振幅小于的磁矩矢量的和 至少40%的振幅最大振幅的磁矩矢量。 对于至少两个铁磁层,各向异性场和/或去磁场张量不相同,由此在施加外部磁场时层磁矩矢量的角度偏差是不同的,这使得能够至少两个 直接写入存储器元件的方法,以及它的初始化。
    • 37. 发明申请
    • Magnetic Random Access Memory Array Having Bit/Word Lines for Shared Write Select and Read Operations
    • 具有用于共享写入选择和读取操作的位/字线的磁性随机存取存储器阵列
    • US20070189066A1
    • 2007-08-16
    • US11738987
    • 2007-04-23
    • Cyrille DrayChristophe FreyJean LasseuguetteSebastien BarasinskiRichard Fournel
    • Cyrille DrayChristophe FreyJean LasseuguetteSebastien BarasinskiRichard Fournel
    • G11C11/14
    • G11C11/15
    • A random access memory array includes random access memory elements arranged in a rows and columns. The elements of each row have a word line and a write digit line and the elements of each column have a bit line and a write bit line. A first selection circuit/transistor for each row has a first source-drain path coupled in the write digit line and a gate terminal coupled to the word line. A second selection circuit/transistor for each column has a second source-drain path coupling in the write bit line and a gate terminal coupled to the bit line. A first write signal is applied to one word line to actuate the first selection circuit/transistor for the row corresponding to that one word line and cause a write current to flow through the first source-drain path of the actuated first selection circuit/transistor and the corresponding write digit line to write data into certain memory elements in that row. A second write signal is applied to one bit line to actuate the second selection circuit/transistor for the column corresponding to that one bit line and cause a write current to flow through the second source-drain path of the actuated second selection circuit/transistor and the corresponding write bit line to write data into at least one memory element in that column.
    • 随机存取存储器阵列包括排列成行和列的随机存取存储器元件。 每行的元素具有字线和写数字线,并且每列的元素具有位线和写位线。 用于每行的第一选择电路/晶体管具有耦合在写入数字线中的第一源极 - 漏极通路和耦合到字线的栅极端子。 用于每列的第二选择电路/晶体管具有在写位线中耦合的第二源 - 漏路径和耦合到位线的栅极端。 第一写入信号被施加到一个字线以激活对应于该一条字线的行的第一选择电路/晶体管,并且使得写入电流流过被激活的第一选择电路/晶体管的第一源极 - 漏极路径,并且 相应的写数字行将数据写入该行中的某些存储器元素。 第二写入信号被施加到一个位线以启动与该一个位线相对应的列的第二选择电路/晶体管,并且使得写入电流流过被致动的第二选择电路/晶体管的第二源极 - 漏极通路,并且 相应的写位线将数据写入该列中的至少一个存储器元件。
    • 38. 发明授权
    • Circuit for transforming signals varying between different voltages
    • 用于转换不同电压之间变化的信号的电路
    • US07167036B2
    • 2007-01-23
    • US10915248
    • 2004-08-09
    • Richard Fournel
    • Richard Fournel
    • H03L5/00
    • H03K19/0013H03K19/018521
    • An interface circuit for transforming a first signal varying between a low voltage and a high voltage into a second signal varying between a lower voltage and a higher voltage, the lower voltage being smaller than the low voltage and/or the higher voltage being greater than the high voltage, comprising: an inverter circuit receiving the first signal and being connected for its supply between said higher voltage and said lower voltage, one at least of these connections being performed via at least one diode, a conversion element supplied between said higher and lower voltages, and receiving the output of the inverter circuit and providing the second signal, a storage element capable of maintaining the output of the inverter circuit at said higher or lower voltage when the first signal is respectively equal to the low or high voltage.
    • 一种用于将在低电压和高电压之间变化的第一信号变换成在较低电压和较高电压之间变化的第二信号的接口电路,所述较低电压小于所述低电压和/或所述较高电压大于 高电压,包括:反相器电路,接收所述第一信号,并且在所述较高电压和所述较低电压之间连接供电,所述至少一个连接通过至少一个二极管执行,所述转换元件在所述较高和较低电压之间提供 电压,并且接收逆变器电路的输出并提供第二信号,当第一信号分别等于低电压或高电压时,能够将逆变器电路的输出保持在所述较高或较低电压的存储元件。
    • 40. 发明授权
    • Method and device for checking a group of cells in a non-volatile memory cells
    • 用于检查非易失性存储器中的一组单元的方法和装置
    • US06778440B2
    • 2004-08-17
    • US10363234
    • 2003-03-05
    • Richard FournelLeila Sedjai Aitouarab
    • Richard FournelLeila Sedjai Aitouarab
    • G11C1606
    • G11C16/3436G11C29/34
    • An electrical state of a group of N cells of a non-volatile memory are simultaneously checked. The group of N memory cells to be checked, along with a checking cell, are simultaneously selected and read. The N signals read are summed to obtain a summed signal. The summed signal is compared with the signal read from the checking cell to-provide a first state signal when the summed signal is less than the signal read from the checking cell. This indicates that the N memory cells are in a first electrical state. If a second state signal is provided in the comparison, this indicates that at least one memory cell is not in the first electrical state when the summed signal is greater than the signal read on the checking cell.
    • 同时检查非易失性存储器的一组N个单元的电气状态。 要检查的N个存储单元的组与检查单元一起被同时选择和读取。 将N个信号读取相加以获得加和信号。 将总和信号与从检查单元读取的信号进行比较,以在求和信号小于从检查单元读取的信号时提供第一状态信号。 这表示N个存储单元处于第一电状态。 如果在比较中提供第二状态信号,则这指示当相加的信号大于在检查单元上读取的信号时,至少一个存储单元不处于第一电状态。