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热词
    • 64. 发明授权
    • Method of forming a ferromagnetic memory device
    • 形成铁磁存储器件的方法
    • US5389566A
    • 1995-02-14
    • US218395
    • 1994-03-28
    • Craig S. Lage
    • Craig S. Lage
    • G11C11/06H01L21/70H01L27/00
    • G11C11/06035G11C11/06042
    • A ferromagnetic memory circuit (10) and a ferromagnetic memory device (15) which has a substrate (42). Within the substrate (42), a first current electrode (44) and a second current electrode (46) are formed. A control electrode (50) is formed to control current flow between the first and second current electrodes (44 and 46). A ferromagnetic region (68) is used to store a logic value via magnetic flux. Two conductive layers (62 and 70) and a conductive spacer (78) form a sense conductor for device (15). The sense conductor is used to externally provide the logic value stored in the device (15). A conductive layer (82) forms a program/erase line for altering the logic value stored in the device (15). A logic one or a logic zero is stored in ferromagnetic region (68) depending upon a direction and a magnitude of current flow through conductive layer (82).
    • 铁磁存储器电路(10)和具有衬底(42)的铁磁存储器件(15)。 在基板(42)内形成第一电流电极(44)和第二电流电极(46)。 形成控制电极(50)以控制第一和第二电流电极(44和46)之间的电流。 铁磁区域(68)用于通过磁通量存储逻辑值。 两个导电层(62和70)和导电间隔物(78)形成用于装置(15)的感测导体。 感测导体用于外部提供存储在设备(15)中的逻辑值。 导电层(82)形成用于改变存储在装置(15)中的逻辑值的编程/擦除线。 取决于通过导电层(82)的电流的方向和大小,将逻辑1或逻辑零存储在铁磁区域(68)中。