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    • 1. 发明申请
    • FLASH- AND ROM- MEMORY
    • FLASH-和ROM-存储器
    • WO2006051487A1
    • 2006-05-18
    • PCT/IB2005/053672
    • 2005-11-08
    • KONINKLIJKE PHILIPS ELECTRONICS N.V.VERHAAR, RobDORMANS, Guido, J., M.STORMS, MauritsCUPPENS, RogerLIST, Frans, J.BEURZE, Robert, H.
    • VERHAAR, RobDORMANS, Guido, J., M.STORMS, MauritsCUPPENS, RogerLIST, Frans, J.BEURZE, Robert, H.
    • H01L27/112H01L27/115H01L21/8246H01L21/8247
    • H01L27/1122H01L27/112H01L27/11226H01L27/115
    • Method for conversion of a Flash memory cell on a first semiconductor device to a ROM memory cell in a second semiconductor device, the first and second semiconductor device each being arranged on a semiconductor substrate and each comprising an identical device portion and an identical wiring scheme for wiring the device portion to the Flash memory cell and to the ROM memory cell, respectively; the Flash memory cell being made in non-volatile memory technology and comprising an access transistor and a floating transistor, the floating transistor comprising a floating gate and a control gate; the ROM memory cell being made in a baseline technology and comprising a single gate transistor, which method includes manipulating a layout of at least one baseline mask as used in the baseline technology; the manipulation including: incorporating into the layout of the at least one baseline mask a layout of the Flash memory cell, and converting the layout of the Flash memory cell to a layout of one ROM memory cell by eliminating, from the at least one baseline mask, a layout for the floating transistor from the layout of the Flash memory cell and designating the layout of the access transistor of the Flash memory cell as a layout of the single gate transistor of the ROM memory cell.
    • 用于将第一半导体器件上的闪存单元转换为第二半导体器件中的ROM存储单元的方法,所述第一和第二半导体器件各自布置在半导体衬底上,并且每个包括相同的器件部分和相同的布线方案 将设备部分分别连接到闪存单元和ROM存储单元; 所述闪存单元由非易失性存储器技术制成并且包括存取晶体管和浮置晶体管,所述浮动晶体管包括浮置栅极和控制栅极; 所述ROM存储器单元是在基线技术中制成并且包括单个栅极晶体管,该方法包括操作基线技术中使用的至少一个基线掩模的布局; 所述操作包括:将所述至少一个基准掩码的布局合并到所述闪存单元的布局中,以及通过从所述至少一个基线掩码中消除所述闪存单元的布局而将所述闪存单元的布局转换为一个ROM存储器单元的布局 ,根据闪存单元的布局布置浮动晶体管,并指定闪存单元的存取晶体管的布局作为ROM存储单元的单栅极晶体管的布局。
    • 2. 发明申请
    • NON-VOLATILE STATIC MEMORY CELL
    • 非挥发性静态存储单元
    • WO2004112047A1
    • 2004-12-23
    • PCT/IB2004/050882
    • 2004-06-10
    • KONINKLIJKE PHILIPS ELECTRONICS N.V.CUPPENS, RogerDITEWEG, Anthonie, M., H.
    • CUPPENS, RogerDITEWEG, Anthonie, M., H.
    • G11C14/00
    • G11C14/00
    • A static memory cell comprising a pair of cross-coupled inverters (10, 12) which is “shadowed” with non-volatile memory elements (14, 16) so that data written in the static memory can be stored in the non-volatile cell, but also can be recalled later. The non-volatile cells (14, 16) are programmed with opposite data to increase the robustness of the retrieval process, and they are cross-coupled to the internal nodes (A, B) of the static memory cell, one the non-volatile cells (14) having a control gate connected to B and its source to A, and the other non-volatile element (16) having a control gate connected to A and its source to B. The drain of each non-volatile element (14, 16) is connected by means of a respective pMOS transistor (18, 20) to a program supply means.
    • 一种静态存储单元,包括一对与非易失性存储元件(14,16)“遮蔽”的交叉耦合的反相器(10,12),使得写入静态存储器中的数据可以存储在非易失性单元 ,但也可以稍后回顾。 非易失性单元(14,16)被编程为相反的数据以增加检索过程的鲁棒性,并且它们与静态存储器单元的内部节点(A,B)交叉耦合,一个非易失性单元 具有与B连接的控制栅极的电池(14),其源极连接到A,而另一个非易失性元件(16)具有连接到A的控制栅极,其源极连接到B.每个非易失性元件(14)的漏极 ,16)通过相应的pMOS晶体管(18,20)连接到程序提供装置。
    • 8. 发明申请
    • REVERSED MAGNETIC TUNNELING JUNCTION FOR POWER EFFICIENT BYTE WRITING OF MRAM
    • MRAM功率有效字节写入的反向磁连接
    • WO2005117022A1
    • 2005-12-08
    • PCT/IB2005/051618
    • 2005-05-18
    • KONINKLIJKE PHILIPS ELECTRONICS N.V.DITEWEG, Anthonie, M., H.CUPPENS, Roger
    • DITEWEG, Anthonie, M., H.CUPPENS, Roger
    • G11C11/16
    • H01L27/228G11C11/16H01L27/222
    • A magnetoresistive memory device comprises magnetoresistive cells, each cell comprising a free magnetic layer and a fixed magnetic layer. The device furthermore comprises a bit line for each magnetoresistive cell and digit lines. Each digit line is common to a number of magnetoresistive cells and is positioned in a direction perpendicular to the bitlines. The magnetic layers are positioned in between the bitlines and the digit lines, but in a reversal of the usual layout according to the prior art, i.e. the digit line is positioned closer to the fixed magnetic layer than to the free magnetic layer. This enables a reduction in total write current where the write current in the line nearer the magnetic layer can be less than the current in a line spaced further away. Since there are more bit lines than digit lines activated, the total of the bit currents and the digit current can be reduced. Reduced total write current is useful in mobile battery powered applications to maximize battery life.
    • 磁阻存储器件包括磁阻单元,每个单元包括自由磁性层和固定磁性层。 该装置还包括用于每个磁阻单元和位线的位线。 每个数字线对多个磁阻单元是共同的,并且位于垂直于位线的方向上。 磁层位于位线和数字线之间,但是根据现有技术的通常布局的反转,即数字线定位成比固定磁性层更靠近自由磁性层。 这使得能够减少总写入电流,其中更接近磁性层的线中的写入电流可以小于在更远的距离上的线中的电流。 由于比数字线更多的位线被激活,所以可以减少位电流和数字电流的总和。 总写入电流的降低在移动电池供电的应用中是有用的,以最大限度地延长电池寿命。