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
    • 4. 发明申请
    • COLUMN REDUNDANCY FOR A FLASH MEMORY WITH A HIGH WRITE PARALLELISM
    • 具有高写并发性的闪存存储器的冗余冗余
    • WO2008076553A3
    • 2009-01-22
    • PCT/US2007084460
    • 2007-11-12
    • ATMEL CORPBARTOLI SIMONESURICO STEFANOSACCO ANDREAMOSTOLA MARIA
    • BARTOLI SIMONESURICO STEFANOSACCO ANDREAMOSTOLA MARIA
    • G06F11/00
    • G11C29/82G11C29/806G11C29/846
    • A redundant memory array (300) has r columns of redundant memory cells (306), r redundant senses (312), and a redundant column decoder (308). Redundant address registers (332) store addresses of defective regular memory cells. Redundant latches (338) are provided in n groups of r latches. Redundancy comparison logic (330) compares addresses of defective regular memory cells with an external input address. If the comparison is true, what is provided is: a DISABLE_LOAD signal (333) to disable the regular senses (310) for one of the n groups of m columns, an ENABLE_LATCH signal (334) to one of the n groups of m columns to disable corresponding regular senses, and one of r REDO signals (336) to a respective one of the r redundant latches (338) in one of the n groups that is disabled. The selected one of the redundant latches (338) activates one of the r redundant senses (312) to access a redundant column.
    • 冗余存储器阵列(300)具有r列的冗余存储器单元(306),r冗余感测(312)和冗余列解码器(308)。 冗余地址寄存器(332)存储有缺陷的常规存储单元的地址。 冗余锁存器(338)设置在n组r个锁存器中。 冗余比较逻辑(330)将缺陷规则存储器单元的地址与外部输入地址进行比较。 如果比较是真实的,则提供的是:禁用n列m列中的一个的常规感测(310)的DISABLE_LOAD信号(333),到m列的n组之一的ENABLE_LATCH信号(334) 禁用相应的常规感测,并且将r个REDO信号中的一个(336)禁止到被禁用的n个组中的一个中的r个冗余锁存器(338)中的相应一个。 所选择的冗余锁存器(338)中的一个激活r个冗余感测(312)中的一个以访问冗余列。
    • 5. 发明申请
    • MANAGING ADDRESS BITS DURING BUFFERED PROGRAM OPERATIONS
    • 在缓存程序运行期间管理地址
    • WO2006044190A3
    • 2007-03-15
    • PCT/US2005035658
    • 2005-10-04
    • ATMEL CORPBARTOLI SIMONESURICO STEFANOMANFRE DAVIDEFERRARIO DONATO
    • BARTOLI SIMONESURICO STEFANOMANFRE DAVIDEFERRARIO DONATO
    • G06F12/00
    • G06F12/04G11C16/10G11C2216/14
    • A method and system for managing a buffered program operation for plurality of words is described. In one aspect the method and system include providing an internal buffer including a plurality of locations and at least one bit location for the plurality of locations. Each of the words is stored in a location of the plurality of locations (204). The words are associated with internal address bits for the locations. At least one of the internal address bits is at least one group address bit that corresponds to all of the words (206). A remaining portion of the internal address bits is associated at least one of the words. The at least one bit location stores the at least one group address bit for the words. Thus, in one aspect, the method and system include storing each of the words one of the buffer locations. The method and system also include associating the at least one group address bit with the buffer location for each of the words (202).
    • 描述用于管理用于多个单词的缓冲程序操作的方法和系统。 在一个方面,该方法和系统包括提供包括多个位置的内部缓冲器和用于多个位置的至少一个位位置。 每个字被存储在多个位置的位置(204)中。 这些单词与位置的内部地址位相关联。 内部地址位中的至少一个是与所有字对应的至少一个组地址位(206)。 内部地址位的剩余部分与至少一个字相关联。 所述至少一个位位置存储所述字的至少一个组地址位。 因此,在一个方面,该方法和系统包括存储缓冲器位置之一中的每一个字。 方法和系统还包括将至少一个组地址位与每个字(202)的缓冲器位置相关联。
    • 7. 发明申请
    • NEW COMPENSATED METHOD TO IMPLEMENT A HIGH VOLTAGE DISCHARGE PHASE AFTER ERASE PULSE IN A FLASH MEMORY DEVICE
    • 用于在闪速存储器件中擦除脉冲之后实现高电压放电相的新补偿方法
    • WO2006033832A3
    • 2007-02-15
    • PCT/US2005031830
    • 2005-09-07
    • ATMEL CORPBEDARIDA LORENZOBARTOLI SIMONEODDONE GIORGIOMANFRE DAVIDE
    • BEDARIDA LORENZOBARTOLI SIMONEODDONE GIORGIOMANFRE DAVIDE
    • G11C11/34
    • G11C16/12G11C16/10G11C16/22
    • A method for discharge in a flash memory device includes: initiating a discharge of a memory cell after an erase operation; coupling a first discharge circuit to a first plate of a gate-bulk capacitor, and a second discharge circuit to a second plate of the gate-bulk capacitor, where the first plate represents the common gate node of the memory cell and the second plate represents the bulk-source node of the memory cell; and coupling the common gate node and the bulk-source node to ground to provide for a complete discharge. The current injected into the first plate approximately equals the current extracted from the second plate. In this manner, dangerous oscillations of the gate and bulk-source voltages as they go to ground are eliminated without complicated designs or voltage limitators, and without sacrificing the fast discharge after the erase operation. The reliability of the discharge operation is thus significantly improved.
    • 一种闪速存储装置中的放电方法包括:在擦除操作之后启动存储单元的放电; 将第一放电电路耦合到栅极体积电容器的第一板,以及第二放电电路连接到栅极 - 体积电容器的第二板,其中第一板表示存储单元的公共栅极节点,第二板表示 存储器单元的体源节点; 并将公共栅极节点和体源极节点耦合到地,以提供完全放电。 注入第一板的电流大约等于从第二板提取的电流。 以这种方式,在没有复杂的设计或电压限制器的情况下,栅极和体源电压的危险振荡消除,而不会在擦除操作之后不牺牲快速放电。 因此,放电操作的可靠性显着提高。