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    • 7. 发明公开
    • System for testing a group of functionally independent memories and for replacing failing memory words
    • 用于测试一组功能独立的存储器和用于替换有缺陷的存储器字的装置
    • EP1369878A1
    • 2003-12-10
    • EP02012318.8
    • 2002-06-04
    • Infineon Technologies AG
    • Borri, SimoneKirmser, Stephane
    • G11C29/00
    • G11C29/808G11C29/14G11C29/846
    • System for testing a group of functionally independent memories (102) and for replacing failing memory words of the group of functionally independent memories (102) by redundant memory words, comprising: a redundancy means (108) including at least one array of redundant memory words (108a) and address registers (108b) connected to the at least one array of redundant memory words (108a); a test means (114); a group of first multiplexers (110) following the test means (114) and preceding the memories (102) and the at least one array of redundant memory words (108a); and a group of second multiplexers (112) following the memories (102) and the at least one array of redundant memory words (108a), wherein each second multiplexer (112) is connectable to the test means (114).
    • 系统用于测试组的功能独立的存储器(102)和用于替换的基团的功能独立的存储器(102)由冗余存储器字的失效存储器字,其包含:一个冗余装置(108)包括的冗余存储器字的至少一个阵列 (108A),并连接到的冗余存储器字(108A)的所述至少一个阵列地址寄存器(108B); 测试装置(114); 一组第一多路复用器(110)按照所述测试装置(114)的和preceding-存储器(102)和冗余存储器字(108A)的所述至少一个阵列; 和一组第二多路复用器(112)按照与存储器(102)和冗余存储器字,所述至少一个阵列(108A)worin每个第二多路复用器(112)可连接到所述测试装置(114)。
    • 8. 发明公开
    • Self-repair method for non volatile memory device with erasing/programming failure detection, and non volatile memory device therefor
    • 用于与擦除/编程错误检测非易失性存储器件和非易失性存储器设备,用于自修复方法
    • EP1365419A1
    • 2003-11-26
    • EP02425319.7
    • 2002-05-21
    • STMicroelectronics S.r.l.
    • Micheloni, RinoLosavio, Aldo
    • G11C29/00
    • G11C29/82G11C29/846
    • The memory device (20) has a memory block (1), formed by a plurality of standard sectors (15) and a redundancy portion (2); a control circuit (3), which controls programming and erasing of the data of the memory cells; and a correctness verifying circuit (7) for the data stored in the memory cells. The correctness verifying circuit (7) is enabled by the control circuit (3) and generates an incorrect-datum signal in the event of detection of at least one non-functioning cell. The control circuit moreover activates redundancy, enabling the redundancy portion (2) and storing redundancy data in a redundancy-memory stage (5b) in the presence of an incorrect datum. Various solutions are presented that implement column, row and sector redundancy, both in case of erasing and programming.
    • 所述存储器装置(20)具有存储块(1)中,通过标准的扇区(15)的形成有多个和冗余部(2); 其控制所述存储器单元的数据的编程和擦除控制电路(3); 和用于所述数据的正确性验证电路(7)存储在存储器单元中。 正确性验证电路(7)由所述控制电路(3)和基因速率不正确的,基准信号在检测到至少一个非功能性细胞的的情况下启用。 该控制电路更在激活冗余,使冗余部分(2)和在一个不正确的日期的存在下,在冗余存储器阶段(5b)中存储的冗余数据。 各种解决方案都没有实现列,行和部门冗余,无论是在擦除和编程的情况。