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    • 3. 发明授权
    • Structure for differential eFUSE sensing without reference fuses
    • 不带参考保险丝的差分eFUSE检测结构
    • US07688654B2
    • 2010-03-30
    • US11769925
    • 2007-06-28
    • Darren Lane AnandJohn Atkinson FifieldMichael Richard Ouellette
    • Darren Lane AnandJohn Atkinson FifieldMichael Richard Ouellette
    • G11C11/063
    • G11C17/16G11C17/18
    • A design structure comprising a differential fuse sensing system, which includes a fuse leg configured for introducing a sense current through an electrically programmable fuse (eFUSE) to be sensed, and a differential sense amplifier having a first input node coupled to the fuse leg and a second node coupled to a reference voltage. The fuse leg further includes a current supply device controlled by a variable reference current generator configured to generate an output signal therefrom such that the voltage on the first input node of the sense amplifier is equal to the voltage on the second input node of the sense amplifier whenever the resistance value of the eFUSE is equal to the resistance value of a programmable variable resistance device included within the variable reference current generator.
    • 一种设计结构,包括差分熔丝感测系统,其包括被配置用于通过要被感测的电可编程熔丝(eFUSE)引入感测电流的熔丝腿,以及具有耦合到保险丝腿的第一输入节点的差分读出放大器和 耦合到参考电压的第二节点。 保险丝腿还包括由可变参考电流发生器控制的电流供应装置,其被配置为从其产生输出信号,使得读出放大器的第一输入节点上的电压等于读出放大器的第二输入节点上的电压 每当eFUSE的电阻值等于包括在可变参考电流发生器内的可编程可变电阻器件的电阻值时。
    • 5. 发明申请
    • STRUCTURE FOR DIFFERENTIAL EFUSE SENSING WITHOUT REFERENCE FUSES
    • 不参考熔丝的不同EFEX感应结构
    • US20080001251A1
    • 2008-01-03
    • US11769925
    • 2007-06-28
    • Darren Lane AnandJohn Atkinson FifieldMichael Richard Ouellette
    • Darren Lane AnandJohn Atkinson FifieldMichael Richard Ouellette
    • H01L29/00
    • G11C17/16G11C17/18
    • A design structure comprising a differential fuse sensing system, which includes a fuse leg configured for introducing a sense current through an electrically programmable fuse (eFUSE) to be sensed, and a differential sense amplifier having a first input node coupled to the fuse leg and a second node coupled to a reference voltage. The fuse leg further includes a current supply device controlled by a variable reference current generator configured to generate an output signal therefrom such that the voltage on the first input node of the sense amplifier is equal to the voltage on the second input node of the sense amplifier whenever the resistance value of the eFUSE is equal to the resistance value of a programmable variable resistance device included within the variable reference current generator.
    • 一种设计结构,包括差分熔丝感测系统,其包括被配置用于通过要被感测的电可编程熔丝(eFUSE)引入感测电流的熔丝腿,以及具有耦合到保险丝腿的第一输入节点的差分读出放大器和 耦合到参考电压的第二节点。 保险丝腿还包括由可变参考电流发生器控制的电流供应装置,其被配置为从其产生输出信号,使得读出放大器的第一输入节点上的电压等于读出放大器的第二输入节点上的电压 每当eFUSE的电阻值等于包括在可变参考电流发生器内的可编程可变电阻器件的电阻值时。
    • 10. 发明授权
    • Method and apparatus for verifying memory testing software
    • 用于验证存储器测试软件的方法和装置
    • US08595557B2
    • 2013-11-26
    • US10906508
    • 2005-02-23
    • Eric JasinskiMichael Richard OuelletteJeremy Paul Rowland
    • Eric JasinskiMichael Richard OuelletteJeremy Paul Rowland
    • G06F11/00
    • G11C29/12G11C29/56G11C2029/0405G11C2029/5604
    • A method for verifying the accuracy of memory testing software is disclosed. A built-in self test (BIST) fail control function is utilized to generate multiple simulated memory fails at various predetermined locations within a memory array of a memory device. The memory array is then tested by a memory tester. Afterwards, a bit fail map is generated by the logical-to-physical mapping software based on all the memory fails indicated by the memory tester. The bit fail map provides all the fail memory locations derived by the logical-to-physical mapping software. The fail memory locations derived by the logical-to-physical mapping software are then compared to the predetermined memory locations to verify the accuracy of the logical-to-physical mapping software.
    • 公开了一种用于验证存储器测试软件的精度的方法。 内存自检(BIST)故障控制功能用于在存储器件的存储器阵列内的各个预定位置处产生多个模拟存储器故障。 然后,存储器阵列由存储器测试器测试。 之后,由存储器测试仪指示的所有存储器故障由逻辑到物理映射软件产生一个故障映射。 位故障映射提供由逻辑到物理映射软件导出的所有故障存储器位置。 然后将由逻辑到物理映射软件导出的故障存储器位置与预定的存储器位置进行比较,以验证逻辑到物理映射软件的准确性。