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    • 2. 发明授权
    • Time controllable sensing scheme for sense amplifier in memory IC test
    • 用于存储器IC测试的读出放大器的时间可控感测方案
    • US07478294B2
    • 2009-01-13
    • US11152476
    • 2005-06-14
    • Bor-Doou RongShi-Huei Liu
    • Bor-Doou RongShi-Huei Liu
    • G01R31/28
    • G11C29/02G11C29/025G11C29/56012G11C2029/5006
    • A test method is described in which a signal from a tester enters a memory chip or memory module into a special test mode. The special test mode allows leakage defects connected to bit lines to be detected using bit line sense amplifiers. A first test command is issued by a tester, after which a word line is activated. The tester issues a second test command, delayed from the first test command, during the special test mode to turn-on the memory bit line sense amplifiers. The delayed second test command allows sufficient time for the leakage from defects at the crossing of the bit lines and the word line to charge capacitance of the bit lines and allow detection by the sense amplifiers.
    • 描述了一种测试方法,其中来自测试者的信号进入存储器芯片或存储器模块进入特殊测试模式。 特殊测试模式允许使用位线读出放大器检测连接到位线的泄漏缺陷。 第一个测试命令由测试仪发出,之后激活了一个字线。 在特殊测试模式下,测试仪发出第二个测试命令,从第一个测试命令延迟,以打开存储器位线读出放大器。 延迟的第二测试命令允许足够的时间从位线和字线的交叉处的缺陷泄漏以对位线的电容进行充电,并允许读出放大器进行检测。
    • 3. 发明授权
    • Low power SRAM redundancy repair scheme
    • 低功耗SRAM冗余修复方案
    • US06643166B1
    • 2003-11-04
    • US09992518
    • 2001-11-14
    • Tah-Kang Joseph TingBor-Doou RongShi-Huei Liu
    • Tah-Kang Joseph TingBor-Doou RongShi-Huei Liu
    • G11C1100
    • G11C29/83G11C29/832
    • A particular SRAM cell power scheme is disclosed. It ensures that overall chip power is reduced, by eliminating power contributed by defective memory array cells. The VSS path to the 6T memory cell is controlled via NMOS transistors. A VSS Enable (VSSEN) circuit is used to decode which block has a defect. Further, the VSSEN signal can be used to selectively disable a defective cell, or block of cells, by cutting the VSS path via turning off the NMOS transistor, in the normal cell region, and the VSSEN signal can be used to selectively enable a redundant cell, or block of cells, by turning on the VSS path via turning on the NMOS transistor, in the redundant cell region.
    • 公开了一种特定的SRAM单元电力方案。 通过消除由缺陷存储器阵列单元造成的功率,可以确保整体芯片功耗的降低。 通过NMOS晶体管控制到6T存储单元的VSS通路。 VSS使能(VSSEN)电路用于解码哪个块有缺陷。 此外,VSSEN信号可用于通过在正常单元区域中关断NMOS晶体管来切断VSS路径来选择性地禁用故障单元或单元块,并且可使用VSSEN信号选择性地使能冗余 通过在冗余单元区域中导通NMOS晶体管来导通VSS路径,从而使单元或单元块成为可能。
    • 4. 发明授权
    • Memory architecture for read and write at the same time using a conventional cell
    • 使用传统单元同时进行读写的内存架构
    • US06377492B1
    • 2002-04-23
    • US09809839
    • 2001-03-19
    • Bor-Doou RongGhy-Bin Wang
    • Bor-Doou RongGhy-Bin Wang
    • G11C700
    • G11C7/12G11C7/18G11C8/16
    • A simultaneous read and write memory is shown. The memory is configured into a plurality of sections. Connected to each section is a wordline multiplexer which is used to select a wordline for reading or writing. A write wordline decoder and a read wordline decoder are each connected to all the wordline multiplexers. The multiplexers choose either a write wordline or a read wordline independently for each memory section. A write data path and a read data path are separately connected to each of the memory sections. With the separate write and read wordline addressing and the separate data paths for reading and writing, one section can be written simultaneous to the reading from a second section.
    • 显示同时的读写存储器。 存储器被配置成多个部分。 连接到每个部分是字线多路复用器,用于选择用于读取或写入的字线。 写字字解码器和读字字解码器各自连接到所有字线复用器。 多路复用器为每个存储器部分独立地选择写字线或读字线。 写入数据路径和读取数据路径分别连接到每个存储器部分。 通过单独的写入和读取字线寻址以及用于读取和写入的单独数据路径,可以将一个部分与第二个部分的读取同时写入。
    • 6. 发明申请
    • Re-routing method and the circuit thereof
    • 重路由方法及其电路
    • US20080202800A1
    • 2008-08-28
    • US12149055
    • 2008-04-25
    • Ming-Hong KuoBor-Doou RongYi-Chen WuHsin-I Cheng
    • Ming-Hong KuoBor-Doou RongYi-Chen WuHsin-I Cheng
    • H05K1/09
    • G01R31/31723H01L24/06
    • A re-routing method and the circuit thereof, used to rearrange the external circuit coupled with the integrated circuit (IC), comprises the steps of providing a plurality of first conductive plate on the substrate of the IC to form an isolation layer; providing a plurality of second conductive plates on the isolation layer, wherein each of the second conductive plates is moved in isovector with each of the corresponding first conductive plates as the center, each of the second conductive plates electrically connected with each of the first conductive plates. Therefore, according to move the second conductive plates in isovector, the probe card may be reused for circuit testing to save the cost and reduce the material management.
    • 用于重排与集成电路(IC)耦合的外部电路的重路由方法及其电路包括以下步骤:在IC的基板上提供多个第一导电板以形成隔离层; 在所述隔离层上设置多个第二导电板,其中每个所述第二导电板在所述对应的第一导电板中的每一个的移动体中移动,所述第二导电板中的每一个与所述第一导电板 。 因此,根据移动器中的第二导电板,探针卡可以重新用于电路测试以节省成本并减少材料管理。