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    • 13. 发明申请
    • NOVEL ROW REDUNDANCY SCHEME IN A MULTICHIP INTEGRATED MEMORY
    • 在多媒体集成存储器中的新方法冗余方案
    • US20090040825A1
    • 2009-02-12
    • US11835572
    • 2007-08-08
    • Vijay P. AdusumilliNicola Telecco
    • Vijay P. AdusumilliNicola Telecco
    • G11C29/24
    • G11C29/846
    • Column redundancy is provided outside of a FLASH memory chip using a separate companion controller chip. The companion chip initially receives and stores fuse address information from the FLASH memory chip for defective memory cells in the FLASH memory. In a read mode of operation, the companion control chip detects receipt of a defective address from the FLASH memory and stores in a redundant shift register redundant data that is downloaded from the FLASH memory chip. The redundant data is used to provide correct FLASH memory data to an external user that interfaces with the companion control chip. In a program mode of operation, the companion control chip provides redundant bits that are stored in redundant columns in the FLASH memory chip. The companion control chip provides flexibility by readily providing a number of different redundancy schemes for bits, nibbles, or bytes without requiring additional logic circuits in the FLASH memory chip itself. Data is transferred between the FLASH memory chip and the companion control chip a byte at a time.
    • 使用单独的伴随控制器芯片在闪存芯片的外部提供列冗余。 伴随芯片最初接收并存储来自FLASH存储器芯片的熔丝地址信息用于闪速存储器中的有缺陷的存储单元。 在读取操作模式中,伴随控制芯片检测从FLASH存储器接收到缺陷地址,并存储在从闪速存储器芯片下载的冗余移位寄存器冗余数据中。 冗余数据用于向与配套控制芯片接口的外部用户提供正确的FLASH存储器数据。 在程序操作模式中,伴随控制芯片提供存储在闪速存储器芯片中的冗余列中的冗余位。 伴随的控制芯片通过容易地为位,半字节或字节提供多种不同的冗余方案来提供灵活性,而不需要FLASH存储器芯片本身中的附加逻辑电路。 数据在闪存存储器芯片和伴随控制芯片之间一个字节一次传输。
    • 14. 发明申请
    • Nonvolatile semiconductor memory apparatus
    • 非易失性半导体存储装置
    • US20070014140A1
    • 2007-01-18
    • US11182374
    • 2005-07-15
    • Nicola TeleccoVijay AdusumilliAnil GuptaEdward HuiSteven Schumann
    • Nicola TeleccoVijay AdusumilliAnil GuptaEdward HuiSteven Schumann
    • G11C5/06
    • G11C7/10H01L2224/05553H01L2224/48137H01L2224/49175
    • A nonvolatile memory apparatus includes a separate controller circuit and memory circuit. The controller circuit is fabricated on a first integrated circuit chip. The controller circuit includes a plurality of charge pump circuits, a system interface logic circuit, a memory control logic circuit, and one or more analog circuits. The memory circuit is fabricated on a second integrated circuit chip and includes a column decoder, a row decoder, a control register, and a data register. A memory-controller interface area includes a first plurality of die bond pads on the first integrated circuit chip and a second plurality of die bond pads on the second integrated circuit chip such that the first and second integrated circuit chips may be die-bonded together. A single controller circuit may interface with a plurality of memory circuits, thus further reducing overall costs as each memory circuit does not require a dedicated controller circuit.
    • 非易失性存储装置包括单独的控制器电路和存储器电路。 控制器电路制造在第一集成电路芯片上。 控制器电路包括多个电荷泵电路,系统接口逻辑电路,存储器控制逻辑电路和一个或多个模拟电路。 存储器电路制造在第二集成电路芯片上,并且包括列解码器,行解码器,控制寄存器和数据寄存器。 存储器控制器接口区域包括第一集成电路芯片上的第一多个管芯接合焊盘和第二集成电路芯片上的第二多个管芯接合焊盘,使得第一和第二集成电路芯片可以芯片结合在一起。 单个控制器电路可以与多个存储器电路接口,从而进一步降低总体成本,因为每个存储器电路不需要专用控制器电路。
    • 15. 发明申请
    • MEMORY ARCHITECTURE WITH ENHANCED OVER-ERASE TOLERANT CONTROL GATE SCHEME
    • 具有增强的易擦除控制门控方案的存储器架构
    • US20070008775A1
    • 2007-01-11
    • US11178965
    • 2005-07-11
    • Nicola TeleccoVictor Nguyen
    • Nicola TeleccoVictor Nguyen
    • G11C11/34
    • G11C16/3468G11C16/26G11C16/3477
    • The present invention is related to semiconductor memories, and in particular, to a nonvolatile or flash memory and method that reduces the effect of or is tolerant of over-erased memory cells. When a memory cell is read, a read voltage is applied to at least one target memory cell, and a negative bias voltage that is lower than a threshold voltage of an over-erased memory cell is also applied to at least one other selected memory cell that is in the same row as the target memory cell. Applying a negative bias voltage to adjacent or proximate memory cells shuts off nearby cells to isolate current that may come from over-erased memory cells during a read, program, or erase operation.
    • 本发明涉及半导体存储器,特别涉及一种减少过度擦除的存储单元的影响或容忍的非易失性或闪速存储器和方法。 当存储单元被读取时,读取电压被施加到至少一个目标存储单元,并且低于过擦除存储单元的阈值电压的负偏置电压也被施加到至少一个其他选择的存储单元 它与目标存储单元处于同一行。 对相邻或邻近的存储器单元施加负偏置电压会关闭附近的单元,以隔离在读取,编程或擦除操作期间来自过擦除的存储单元的电流。
    • 16. 发明申请
    • Dual stage voltage regulation circuit
    • 双级电压调节电路
    • US20060186869A1
    • 2006-08-24
    • US11402730
    • 2006-04-12
    • Nicola Telecco
    • Nicola Telecco
    • G05F1/40G05F1/618
    • G05F1/465
    • A voltage regulator for supplying two types of loads on a common chip, namely a high current load and a low current load. The voltage regulator employs a feedback loop to supply the low current load with a fine degree of regulation and a feed forward arrangement to supply the high current load with a coarse degree of regulation. The feedback loop employs a bandgap reference source feeding a comparator, with an output driver transistor drawing current from a common supply and having an output electrode connected to a voltage divider, allowing a sample of the output to be fed back to the comparator to maintain the desired output voltage. The output electrode also feeds a control transistor for the feed forward arrangement that also draws current from the common supply and supplies the high current load directly. An example of a single chip circuit employing the present invention is a charge pump where the high current load is a series of large capacitors used to multiply charge to produce a high voltage and the low current load is a plurality of clock circuits that apply timing pulses to switches for proper phasing of the capacitors and associated switches to achieve the desired high voltage.
    • 用于在公共芯片上提供两种类型负载的电压调节器,即高电流负载和低电流负载。 电压调节器采用反馈回路来为低电流负载提供精细的调节程度和前馈布置,以提供粗调节的高电流负载。 反馈回路采用馈送比较器的带隙参考源,输出驱动晶体管从公共电源抽取电流,并且具有连接到分压器的输出电极,允许将输出的采样反馈到比较器以保持 所需输出电压。 输出电极还馈送用于前馈布置的控制晶体管,其也从公共电源吸取电流并直接提供高电流负载。 采用本发明的单芯片电路的例子是电荷泵,其中高电流负载是用于乘以电荷以产生高电压的一系列大电容器,并且低电流负载是施加定时脉冲的多个时钟电路 以切换电容器和相关开关的适当定相以实现期望的高电压。
    • 19. 发明授权
    • Dual stage voltage regulation circuit
    • US07064529B2
    • 2006-06-20
    • US10666324
    • 2003-09-17
    • Nicola Telecco
    • Nicola Telecco
    • G05F1/577
    • G05F1/465
    • A voltage regulator for supplying two types of loads on a common chip, namely a high current load and a low current load. The voltage regulator employs a feedback loop to supply the low current load with a fine degree of regulation and a feed forward arrangement to supply the high current load with a coarse degree of regulation. The feedback loop employs a bandgap reference source feeding a comparator, with an output driver transistor drawing current from a common supply and having an output electrode connected to a voltage divider, allowing a sample of the output to be fed back to the comparator to maintain the desired output voltage. The output electrode also feeds a control transistor for the feed forward arrangement that also draws current from the common supply and supplies the high current load directly. An example of a single chip circuit employing the present invention is a charge pump where the high current load is a series of large capacitors used to multiply charge to produce a high voltage and the low current load is a plurality of clock circuits that apply timing pulses to switches for proper phasing of the capacitors and associated switches to achieve the desired high voltage.
    • 20. 发明授权
    • Direct memory access interface in integrated circuits
    • 集成电路中的直接存储器访问接口
    • US07031211B1
    • 2006-04-18
    • US10962293
    • 2004-10-08
    • Nicola TeleccoVijaya P. Adusumilli
    • Nicola TeleccoVijaya P. Adusumilli
    • G11C29/00
    • G11C29/1201G11C29/48G11C2029/1204G11C2029/5002
    • A direct memory access interface incorporates setting bit line selection data into a particular storage element of a desired page register element. The selection data and an access enable signal activate a memory access gate to electrically couple a memory access line with a desired memory bit line. Individual bit lines are selectable independently and more than one page register element may be selected at a time. Direct access of a memory bit line allows measurement and characterization operations to be carried out electrically with selected memory cells. This direct electrical access allows instrumentation to make voltage and current measurements necessary for characterization operations. Area that would otherwise be incorporated for an address decoder gate at each bit line selector circuit is saved since no on-chip decoding scheme is necessary. Additional area savings are realized since selection data storage are within a bidirectional storage element already present in a page register element.
    • 直接存储器访问接口将设置位线选择数据合并到期望页寄存器元件的特定存储元件中。 选择数据和访问使能信号激活存储器访问门以将存储器访问线与期望的存储器位线电耦合。 单独的位线可独立选择,并且可以一次选择多于一个的页寄存器元件。 存储器位线的直接访问允许测量和表征操作与选择的存储单元电气执行。 这种直接电气访问允许仪器进行表征操作所需的电压和电流测量。 因为不需要片上解码方案,否则将在每个位线选择器电路处为地址解码器门并入的区域被保存。 由于选择数据存储在已经存在于页寄存器元件中的双向存储元件内,所以实现了额外的面积节省。