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    • 1. 发明授权
    • High reliable reference current generator for MRAM
    • MRAM的高可靠参考电流发生器
    • US06791887B2
    • 2004-09-14
    • US10653992
    • 2003-09-04
    • Chien-Chung HungMing-Jer KaoTsung-Ming PanYung-Hsiang Chen
    • Chien-Chung HungMing-Jer KaoTsung-Ming PanYung-Hsiang Chen
    • G11C714
    • G11C5/147G11C7/14G11C11/15G11C11/5607
    • The present invention relates to a simplified reference current generator for a magnetic random access memory. The reference current generator is positioned in the vicinity of the memory cells of the magnetic random access memory, and applies reference elements which are the same as the magnetic tunnel junctions of the memory cell and bear the same cross voltages. The plurality of reference elements are used for forming the reference current generator by using one or several bit lines, and the voltage which is the same as the voltage of the memory cell is crossly connected to the reference elements so as to generate a plurality of current signals; and a peripheral IC circuit is used for generating the plurality of midpoint reference current signals and judging the data states. Thanks to the midpoint reference current signals, the multiple-states memory cell, including the 2-states memory cell, can read data more accurately.
    • 本发明涉及一种用于磁随机存取存储器的简化参考电流发生器。 参考电流发生器位于磁随机存取存储器的存储单元附近,并且施加与存储单元的磁隧道结相同并且承受相同交叉电压的参考元件。 多个参考元件用于通过使用一个或几个位线形成参考电流发生器,并且与存储器单元的电压相同的电压被交叉地连接到参考元件,以便产生多个电流 信号; 并且使用外围IC电路来产生多个中点参考电流信号并判断数据状态。 由于中点参考电流信号,包括2状态存储单元的多状态存储单元可以更精确地读取数据。
    • 2. 发明授权
    • High reliable reference current generator for MRAM
    • MRAM的高可靠参考电流发生器
    • US06862228B2
    • 2005-03-01
    • US10882350
    • 2004-07-02
    • Chien-Chung HungMing-Jer KaoTsung-Ming PanYung-Hsiang Chen
    • Chien-Chung HungMing-Jer KaoTsung-Ming PanYung-Hsiang Chen
    • G11C5/14G11C7/14G11C11/02G11C11/15G11C11/56
    • G11C5/147G11C7/14G11C11/15G11C11/5607
    • The present invention relates to a simplified reference current generator for a magnetic random access memory. The reference current generator is positioned in the vicinity of the memory cells of the magnetic random access memory, and applies reference elements which are the same as the magnetic tunnel junctions of the memory cell and bear the same cross voltages. The plurality of reference elements are used for forming the reference current generator by one or several bit lines, and the voltage which is the same as the voltage of the memory cell is crossly connected to the reference elements so as to generate a plurality of current signals; and a peripheral IC circuit is used for generating the plurality of midpoint reference current signals and judging the data states. Thanks to the midpoint current reference signals, the multiple-states memory cell, including the 2-states memory cell, can read data more accurately.
    • 本发明涉及一种用于磁随机存取存储器的简化参考电流发生器。 参考电流发生器位于磁随机存取存储器的存储单元附近,并且施加与存储单元的磁隧道结相同并且承受相同交叉电压的参考元件。 多个参考元件用于通过一个或多个位线形成参考电流发生器,并且与存储器单元的电压相同的电压被交叉地连接到参考元件,以便产生多个电流信号 ; 并且使用外围IC电路来产生多个中点参考电流信号并判断数据状态。 由于中点电流参考信号,包括2状态存储单元的多状态存储单元可以更精确地读取数据。
    • 5. 发明申请
    • STRUCTURE AND ACCESS METHOD FOR MAGNETIC MEMORY CELL AND CIRCUIT OF MAGNETIC MEMORY
    • 磁记忆体和磁记忆电路的结构和访问方法
    • US20070242501A1
    • 2007-10-18
    • US11465460
    • 2006-08-18
    • Chien-Chung HungYung-Hsiang ChenMing-Jer KaoYuan-Jen LeeYung-Hung Wang
    • Chien-Chung HungYung-Hsiang ChenMing-Jer KaoYuan-Jen LeeYung-Hung Wang
    • G11C11/00
    • G11C11/16
    • A magnetic memory cell, used in a magnetic memory device, includes a stacked magnetic pinned layer, serving as a part of the base structure. The stacked magnetic pinned stacked layer has a top pinned layer and a bottom pinned layer, between which there is a sufficient large magnetic coupling force to maintain magnetization of the top pinned layer on a reference direction. A tunnel barrier layer is disposed on the stacked magnetic pinned layer. A magnetic free stacked layer is disposed on the tunnel barrier layer. The magnetic free stacked layer includes a bottom free layer having a bottom magnetization and a top free layer having a top magnetization. When no assisted magnetic field is applied, the bottom magnetization is anti-parallel to the top magnetization and is perpendicular to the reference direction on the top pinned layer. A magnetic bias layer can be also disposed on the top free layer.
    • 在磁存储器件中使用的磁存储单元包括用作基础结构的一部分的层叠磁性固定层。 堆叠的磁性钉扎堆叠层具有顶部被钉扎层和底部被钉扎层,在其之间存在足够大的磁耦合力以保持顶部钉扎层在参考方向上的磁化。 隧道势垒层设置在堆叠的磁性钉扎层上。 无磁性堆叠层设置在隧道势垒层上。 无磁性堆叠层包括具有底部磁化的底部自由层和具有顶部磁化强度的顶部自由层。 当没有施加辅助磁场时,底部磁化与顶部磁化反平行并且垂直于顶部被钉扎层上的参考方向。 磁偏置层也可以设置在顶部自由层上。
    • 8. 发明授权
    • Structure and access method for magnetic memory cell and circuit of magnetic memory
    • 磁存储单元和磁记忆电路的结构和存取方法
    • US07515458B2
    • 2009-04-07
    • US11465460
    • 2006-08-18
    • Chien-Chung HungYung-Hsiang ChenMing-Jer KaoYuan-Jen LeeYung-Hung Wang
    • Chien-Chung HungYung-Hsiang ChenMing-Jer KaoYuan-Jen LeeYung-Hung Wang
    • G11C11/00
    • G11C11/16
    • A magnetic memory cell, used in a magnetic memory device, includes a stacked magnetic pinned layer, serving as a part of the base structure. The stacked magnetic pinned stacked layer has a top pinned layer and a bottom pinned layer, between which there is a sufficient large magnetic coupling force to maintain magnetization of the top pinned layer on a reference direction. A tunnel barrier layer is disposed on the stacked magnetic pinned layer. A magnetic free stacked layer is disposed on the tunnel barrier layer. The magnetic free stacked layer includes a bottom free layer having a bottom magnetization and a top free layer having a top magnetization. When no assisted magnetic field is applied, the bottom magnetization is anti-parallel to the top magnetization and is perpendicular to the reference direction on the top pinned layer. A magnetic bias layer can be also disposed on the top free layer.
    • 在磁存储器件中使用的磁存储单元包括用作基础结构的一部分的层叠磁性固定层。 堆叠的磁性钉扎堆叠层具有顶部被钉扎层和底部被钉扎层,在其之间存在足够大的磁耦合力以保持顶部钉扎层在参考方向上的磁化。 隧道势垒层设置在堆叠的磁性钉扎层上。 无磁性堆叠层设置在隧道势垒层上。 无磁性堆叠层包括具有底部磁化的底部自由层和具有顶部磁化强度的顶部自由层。 当没有施加辅助磁场时,底部磁化与顶部磁化反平行并且垂直于顶部被钉扎层上的参考方向。 磁偏置层也可以设置在顶部自由层上。