会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 11. 发明授权
    • Integrated electrical module with regular and redundant elements
    • 具有常规和冗余元件的集成电气模块
    • US07573761B2
    • 2009-08-11
    • US11756468
    • 2007-05-31
    • Peter Beer
    • Peter Beer
    • G11C7/00G11C29/00
    • G11C29/808G11C29/806G11C29/812
    • An integrated electrical module has a set of regular elements and a set of redundant elements, the elements being split over at least two blocks which are individually selectable by an input address and respectively containing regular elements and redundant elements. The integrated electrical module further has two repair circuits, each repair circuit being associated to a block, the two repair circuits being conditioned as a pair for a partner mode of operation, in which the addressing of an element from a first half-group of regular elements in the first block is diverted to a first half-group of elements in the second block and the addressing of an element from a second half-group of regular elements in the first block is diverted to a second half-group of elements in the second block.
    • 集成电气模块具有一组常规元件和一组冗余元件,这些元件在至少两个块上分开,这些块可由输入地址单独选择并分别包含常规元件和冗余元件。 集成电气模块还具有两个修复电路,每个修复电路与块相关联,所述两个修复电路被调节成对,用于伙伴操作模式,其中,来自第一半组正常 第一块中的元素被转移到第二块中的元素的第一半组,并且来自第一块中的第二半组的正则元素的元素的寻址被转移到第一块中的元素的第二半组 第二块。
    • 13. 发明授权
    • Memory chip with test logic taking into consideration the address of a redundant word line and method for testing a memory chip
    • 具有测试逻辑的存储器芯片考虑了冗余字线的地址以及用于测试存储器芯片的方法
    • US07159156B2
    • 2007-01-02
    • US10610186
    • 2003-06-30
    • Peter Beer
    • Peter Beer
    • G11C29/00G11C7/00
    • G11C29/24G11C11/401G11C29/36G11C2029/0405G11C2029/1806
    • A memory chip includes an on-chip data generator, a scrambler unit for checking the correct operability of the memory cells, a repair unit, and redundant word lines that, in the case of a memory cell recognized as defective, are used instead of the word line regularly activated. The scrambler unit is connected to the repair unit and, thus, receives from the repair unit information on whether the redundant word line replacing a defective word line drives transistors of memory cells that can be connected to true bit lines or to complementary bit lines. As such, the scrambler unit can take the information as to whether a true bit line or a complementary bit line is driven through the spare word line into consideration when performing the test procedure. This provides for a more efficient performance of the test procedure. Also provided is a method for testing memory cells.
    • 存储器芯片包括片上数据生成器,用于检查存储单元的正确可操作性的加扰单元,修复单元和冗余字线,在使用被识别为有缺陷的存储单元的情况下,代替 字线定期激活。 加扰器单元连接到修复单元,从而从修复单元接收关于替换缺陷字线的冗余字线是否驱动可连接到真位线或互补位线的存储器单元的晶体管的信息。 因此,加扰器单元可以在执行测试过程时考虑到通过备用字线驱动真实位线或互补位线的信息。 这提供了更有效的测试过程的性能。 还提供了一种用于测试存储器单元的方法。
    • 15. 发明申请
    • System and method for monitoring the status and progress of a technical process or of a technical project
    • 用于监测技术过程或技术项目状态和进度的系统和方法
    • US20060129879A1
    • 2006-06-15
    • US11271927
    • 2005-11-14
    • Richard AlznauerAndreas LiefeldtGeorg GutermuthStefan BasenachPeter Beer
    • Richard AlznauerAndreas LiefeldtGeorg GutermuthStefan BasenachPeter Beer
    • G06F11/00
    • G06Q10/10
    • The invention relates to a system and method for automatically and systematically analysing and monitoring operations of a technical process (10) for the status and progress monitoring of the technical process (10), based on data (D) which characterizes the current state of the process (10), in which check routines (C) for describing and implementing check criteria for evaluating the data (D) are defined and stored in a first module (20). The first module (20) interacts with a second module (30) which compiles the check routines (C) stored in the first module (D) to form hierarchically structured check points (CP). The check routines (C) which are stored in the hierarchically structured check points (CP) check, by assigning the data (D). made available by the process (10) and by taking into account the results of the check routines (C) carried out by the subordinate check points (CP), whether the check criteria stored in the check routines (C) apply, carry out automatic evaluation of the check routines (C) and generate information about the status and/or progress of the respective process.
    • 本发明涉及一种用于对技术过程(10)的状态和进度监视的技术过程(10)的操作进行自动和系统地分析和监视的系统和方法,所述技术过程(10)基于表征当前状态的数据(D) 过程(10),其中用于描述和实现用于评估数据(D)的检查标准的检查例程(C)被定义并存储在第一模块(20)中。 第一模块(20)与存储在第一模块(D)中的校验例程(C)的第二模块(30)相互作用以形成分层结构化的检查点(CP)。 存储在分层结构化检查点(CP)中的检查例程(C)通过分配数据(D)来进行检查。 通过过程(10)提供,并且考虑由下级检查点(CP)执行的检查例程(C)的结果,存储在检查例程(C)中的检查条件是否适用,执行自动 检查例程(C)的评估并且生成关于相应过程的状态和/或进度的信息。
    • 16. 发明授权
    • Integrated memory circuit having a redundancy circuit and a method for replacing a memory area
    • 具有冗余电路的集成存储器电路和用于替换存储区域的方法
    • US06985390B2
    • 2006-01-10
    • US10831466
    • 2004-04-23
    • Peter Beer
    • Peter Beer
    • G11C29/00
    • G11C29/838G11C29/787G11C29/812
    • An integrated memory circuit having a redundancy circuit for replacing a memory area having an address by a redundant memory area assigned to the redundancy circuit and method for replacing a memory area. In one embodiment, the redundancy circuit comprises one or more fuse storage elements in which the address of the memory area which is to be replaced by the redundant memory area can be set, wherein, for the purpose of setting the address, each of the fuse storage elements may be set to a first state by the respective fuse storage element being left unchanged and set to a second state by the respective fuse storage element being permanently changed, an activation fuse storage element for activating the address stored in the fuse storage elements for replacing the memory area with the redundant memory area, and a deactivation storage element for permitting or preventing replacement of the memory area having the address by the redundant memory area, wherein the deactivation storage element is connected to the fuse storage elements in such a way as to prevent replacement of the memory area if each of the fuse storage elements has been permanently changed and set to the second state.
    • 一种具有冗余电路的集成存储器电路,用于通过分配给冗余电路的冗余存储区域来替换具有地址的存储区域以及用于替换存储区域的方法。 在一个实施例中,冗余电路包括一个或多个保险丝存储元件,其中可以设置要由冗余存储器区域替换的存储器区域的地址,其中为了设置地址,每个保险丝 存储元件可以通过相应的保险丝存储元件保持不变而被设置为第一状态,并且通过相应的熔丝存储元件被永久地改变而设置为第二状态;激活熔丝存储元件,用于激活存储在熔丝存储元件中的地址 用冗余存储器区域代替存储器区域,以及去激活存储元件,用于允许或防止由冗余存储器区域替换具有地址的存储区域,其中去激活存储元件以这样的方式连接到熔丝存储元件: 如果每个保险丝存储元件已经被永久地改变并被设置到第二状态,则防止更换存储器区域。
    • 19. 发明授权
    • Circuit configuration for reading out a programmable link
    • 用于读出可编程链路的电路配置
    • US06813200B2
    • 2004-11-02
    • US10627841
    • 2003-07-25
    • Peter Beer
    • Peter Beer
    • G11C700
    • G11C29/781G11C17/18
    • A circuit configuration for reading out a programmable link enables programming the programmable link in addition to reading out the programmed value into a volatile memory cell. For this purpose, address lines that are present are coupled to the input of the volatile memory cell by additional switches. Given the presence of a hit signal at the output of a combination unit, the switches are driven by a control circuit in a manner dependent on a set signal. The present circuit is particularly suitable for dynamic semiconductor memories and for mass production.
    • 用于读出可编程链路的电路配置除了将编程值读出到易失性存储器单元外,还可编程可编程链路。 为此,存在的地址线通过附加开关耦合到易失性存储器单元的输入。 给定在组合单元的输出处存在命中信号,开关由取决于设置信号的方式由控制电路驱动。 本电路特别适用于动态半导体存储器并用于批量生产。