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    • 93. 发明申请
    • MEMORY APPARATUS
    • 记忆装置
    • US20130326184A1
    • 2013-12-05
    • US13584393
    • 2012-08-13
    • Yu-Meng ChaungChun-Hsiung HungKuen-Long ChangKen-Hui ChenNai-Ping Kuo
    • Yu-Meng ChaungChun-Hsiung HungKuen-Long ChangKen-Hui ChenNai-Ping Kuo
    • G06F12/00
    • G11C7/1072G11C7/1066G11C7/222G11C2207/104
    • A memory apparatus includes a host device and a slave device. The host device stores verification data. The slave device includes a memory unit, a control unit, and a logic unit. The control unit drives the memory unit to provide storage data in a data transmission sub-period, and further provides a control signal, indicating the first verification data, in a dummy sub-period. The logic unit provides first preamble data, indicating substantially a same data value as the verification data, in the dummy sub-period in response to the first control signal. The preamble data and the storage data are transmitted according to an internal clock signal. The host device samples the first preamble data according to an external clock signal, and determines whether the external and the internal clock signals are synchronized by comparing the first preamble data and the first verification data.
    • 存储装置包括主机装置和从装置。 主机设备存储验证数据。 从设备包括存储器单元,控制单元和逻辑单元。 控制单元驱动存储单元以在数据传输子时段中提供存储数据,并且还在虚拟子周期中提供指示第一验证数据的控制信号。 逻辑单元响应于第一控制信号,在虚拟子周期中提供与验证数据基本上相同的数据值的第一前同步码数据。 前导码数据和存储数据根据内部时钟信号发送。 主机设备根据外部时钟信号对第一前同步码数据进行采样,并且通过比较第一前导码数据和第一验证数据来确定外部和内部时钟信号是否被同步。
    • 97. 发明授权
    • Memory devices with data protection
    • 具有数据保护功能的内存设备
    • US08041912B2
    • 2011-10-18
    • US11863254
    • 2007-09-28
    • Yu-Lan KuoChun-Yi LeeKuen-Long ChangChun-Hsiung Hung
    • Yu-Lan KuoChun-Yi LeeKuen-Long ChangChun-Hsiung Hung
    • G06F12/00
    • G11C8/20G06F21/79G11C16/22
    • A memory device comprises a memory array, a status register coupled with the memory array, and a security register coupled with the memory array and the status register. The memory array contains a number of memory blocks configured to have independent access control. The status register includes at least one protection bit indicative of a write-protection status of at least one corresponding block of the memory blocks that corresponds to the protection bit. The security register includes at least one register-protection bit. The register-protection bit is programmable to a memory-protection state for preventing a state change of at least the protection bit of the status register. The register-protection bit is configured to remain in the memory-protection state until the resetting of the memory device.
    • 存储器件包括存储器阵列,与存储器阵列耦合的状态寄存器,以及与存储器阵列和状态寄存器耦合的安全寄存器。 存储器阵列包含被配置为具有独立访问控制的多个存储器块。 状态寄存器包括至少一个保护位,指示对应于保护位的存储器块的至少一个相应块的写保护状态。 安全寄存器包括至少一个寄存器保护位。 寄存器保护位可编程为存储器保护状态,以防止至少状态寄存器的保护位的状态改变。 寄存器保护位被配置为保持存储器保护状态,直到存储器件的复位。
    • 98. 发明授权
    • Method for metal bit line arrangement
    • 金属位线布置方法
    • US07965551B2
    • 2011-06-21
    • US11703115
    • 2007-02-07
    • Wen-Chiao HoKuen-Long ChangChun-Hsiung Hung
    • Wen-Chiao HoKuen-Long ChangChun-Hsiung Hung
    • G11C11/34
    • G11C7/18G11C7/02
    • A method for metal bit line arrangement is applied to a virtual ground array memory having memory cell blocks. Each memory cell block has memory cells and m metal bit lines, wherein m is a positive integer. The method includes the following steps. First, one of the memory cells is selected as a target memory cell. When the target memory cell is being read, the metal bit line electrically connected to a drain of the target memory cell is a drain metal bit line, and the metal bit line electrically connected to a source is a source metal bit line. Next, a classification of whether the other metal bit lines are charged up when the target memory cell is being read is made. Thereafter, the m metal bit lines are arranged such that charged up metal bit lines are not adjacent to the source metal bit line.
    • 一种用于金属位线布置的方法被应用于具有存储单元块的虚拟地阵列存储器。 每个存储单元块具有存储单元和m个金属位线,其中m是正整数。 该方法包括以下步骤。 首先,选择一个存储单元作为目标存储单元。 当读出目标存储单元时,与目标存储单元的漏极电连接的金属位线是漏极金属位线,与源极电连接的金属位线是源极金属位线。 接着,对目标存储单元进行读取时,分类其他金属位线是否被充电。 此后,m个金属位线布置成使得带电的金属位线不与源极金属位线相邻。