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    • 31. 发明授权
    • Redundant antifuse segments for improved programming efficiency
    • 冗余反熔丝段,以提高编程效率
    • US06621324B2
    • 2003-09-16
    • US09683808
    • 2002-02-19
    • John A. FifieldWilliam R. Tonti
    • John A. FifieldWilliam R. Tonti
    • H01H3776
    • H01L23/5252G11C17/18H01L2924/0002H01L2924/00
    • An antifuse structure for improved programming efficiency is disclosed wherein the antifuse structure including a first node providing a first voltage, a plurality of antifuse elements, and a plurality of first switches. The plurality of antifuse elements are commonly connected to the first node. The plurality of first switches are sequentially activated during a program mode to individually apply the first voltage to each antifuse element. The antifuse structure may include a second node to which a second voltage is provided. Each of the plurality of first switches may be coupled between the second node and a corresponding one of the plurality of antifuse elements. The antifuse structure may also include a third node to which a fuse latch is connected. A plurality of second switches may be coupled between the third node and a corresponding one of the plurality antifuse elements. The plurality of second switches may be simultaneously activated during a read mode.
    • 公开了一种用于提高编程效率的反熔丝结构,其中反熔丝结构包括提供第一电压的第一节点,多个反熔丝元件和多个第一开关。 多个反熔丝元件通常连接到第一节点。 多个第一开关在编程模式期间被依次启动,以分别对每个反熔丝元件施加第一电压。 反熔丝结构可以包括提供第二电压的第二节点。 多个第一开关中的每一个可以耦合在第二节点和多个反熔丝元件中的对应的一个之间。 反熔丝结构还可以包括连接熔丝闩锁的第三节点。 多个第二开关可以耦合在第三节点和多个反熔丝元件中的对应的一个之间。 多个第二开关可以在读取模式期间同时被激活。