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    • 2. 发明公开
    • Method of testing a flash memory
    • Verfahren zum Testen使用Flash-Speichers
    • EP2608211A1
    • 2013-06-26
    • EP11195106.7
    • 2011-12-22
    • Fluiditech IP Limited
    • Chu, Yung-Chiang
    • G11C29/08G06F11/10
    • G11C29/08G11C29/88G11C2029/4402
    • A method of testing a flash memory is applied to retrieve the flash memory available by picking up a defective flash memory. The flash memory includes at least a block, a page, and a cell. The method comprises inputting a test command into the flash memory to execute at least one of write, read, or compare of the flash memory. After the test command is executed, the states of the block, page, and cell in the flash memory may be obtained. The states are marked in a flash memory distribution list to allow a controller to access at least one of the normal block, page, and cell from the list. Thus, in the method, the normal block, page, and cell may be obtained.
    • 应用测试闪存的方法以通过拾取有缺陷的闪存来检索可用的闪存。 闪存至少包括块,页和单元。 该方法包括将测试命令输入到闪速存储器中以执行闪速存储器的写入,读取或比较中的至少一个。 在执行测试命令之后,可以获得闪速存储器中的块,页面和单元的状态。 这些状态被标记在闪存分配列表中,以允许控制器从列表中访问正常块,页面和单元格中的至少一个。 因此,在该方法中,可以获得正常块,页面和单元。
    • 10. 发明公开
    • EFFICIENT TESTING OF A MAGNETIC MEMORY CIRCUIT
    • EP3477647A1
    • 2019-05-01
    • EP17001784.2
    • 2017-10-27
    • Karlsruher Institut für Technologie
    • Oboril, FabianBishnoi, RajendraTahoori, Mehdi
    • G11C29/08G11C11/16G11C8/14G11C8/08
    • Summarizing the invention, a memory circuit is provided. The memory circuit comprises at least one bit cell comprising a magnet tunnel junction including two ferromagnetic layers and comprising three electronic switches, wherein: one ferromagnetic layer has a fixed magnetic orientation and the other ferromagnetic layer has a changeable magnetic orientation that is configured to be changed by a current flow through the ferromagnetic layer; and the three electronic switches comprise a write access electronic switch configured to control the access to the bit cell during write operations, a read access electronic switch configured to control the access to the bit cell during read operations and a read-and-write access electronic switch configured to control the access to the bit cell during both read and write operations; and comprises at least one logic circuit comprising three control pins, each pin configured to receive a single input signal, and output pins, each output pin connected to a corresponding electronic switch of the three electronic switches, wherein the three control pins comprise a test pin configured to enable or disable simultaneous read and write operations within one clock cycle. The simultaneous read and write operation is applied to a bit cell comprising three access switches and is based on that the read operation is faster than the simultaneous write operation. The previously stored data value is thus read before the writing of the new data value has possibly changed the previously stored data value.