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    • 2. 发明授权
    • Efficient memory sense architecture
    • 高效的内存感觉架构
    • US09042173B2
    • 2015-05-26
    • US12696766
    • 2010-01-29
    • Harvey J. StieglerLuan A. Dang
    • Harvey J. StieglerLuan A. Dang
    • G11C16/04G11C16/06G11C7/02
    • G11C7/02G11C16/04G11C16/06
    • Memory architecture, such as for a flash EEPROM memory embedded within a processor or other large scale integrated circuit, and including differential sense circuitry. The memory includes an array of memory cells in rows and columns, and organized into sectors, each sector split into portions. Columns of the array are grouped into small groups from which a final stage column decode selects a column from the group based on the least significant bits of the column address. Adjacent groups of columns are paired, with a selected column from each group coupled to a differential input of the sense amplifier, but with one of the selected columns associated with an unselected sector portion and thus serving as a dummy bit line. Conductor routing is simplified, and chip area is reduced, by maintaining unselected column groups adjacent or nearby to selected column groups.
    • 存储架构,例如嵌入在处理器或其他大规模集成电路内的闪存EEPROM存储器,并且包括差分感测电路。 存储器包括行和列中的存储器单元阵列,并且被组织成扇区,每个扇区被分割成部分。 阵列的列被分组成小组,最后一列列解码根据列地址的最低有效位从组中选择一列。 列的相邻组被配对,其中来自每个组的选定的列耦合到读出放大器的差分输入,但是其中一个所选列与未选择的扇区部分相关联,并且因此用作虚拟位线。 通过将未选择的列组保持在选定的列组相邻或附近,导体布线简化,并减少了芯片面积。
    • 3. 发明申请
    • Efficient Memory Sense Architecture
    • 高效的内存感知架构
    • US20110188311A1
    • 2011-08-04
    • US12696766
    • 2010-01-29
    • Harvey J. StieglerLuan A. Dang
    • Harvey J. StieglerLuan A. Dang
    • G11C16/04G11C16/06G11C7/02
    • G11C7/02G11C16/04G11C16/06
    • Memory architecture, such as for a flash EEPROM memory embedded within a processor or other large scale integrated circuit, and including differential sense circuitry. The memory includes an array of memory cells in rows and columns, and organized into sectors, each sector split into portions. Columns of the array are grouped into small groups from which a final stage column decode selects a column from the group based on the least significant bits of the column address. Adjacent groups of columns are paired, with a selected column from each group coupled to a differential input of the sense amplifier, but with one of the selected columns associated with an unselected sector portion and thus serving as a dummy bit line. Conductor routing is simplified, and chip area is reduced, by maintaining unselected column groups adjacent or nearby to selected column groups.
    • 存储架构,例如嵌入在处理器或其他大规模集成电路内的闪存EEPROM存储器,并且包括差分感测电路。 存储器包括行和列中的存储器单元阵列,并且被组织成扇区,每个扇区被分割成部分。 阵列的列被分组成小组,最后一列列解码根据列地址的最低有效位从组中选择一列。 列的相邻组被配对,其中来自每个组的选定的列耦合到读出放大器的差分输入,但是其中一个所选列与未选择的扇区部分相关联,并且因此用作虚拟位线。 通过将未选择的列组保持在选定的列组相邻或附近,导体布线简化,并减少了芯片面积。
    • 4. 发明授权
    • Method for detecting defects in integrated-circuit arrays
    • 用于检测集成电路阵列中的缺陷的方法
    • US5786702A
    • 1998-07-28
    • US565603
    • 1995-11-30
    • Harvey J. StieglerSteven V. Krzentz
    • Harvey J. StieglerSteven V. Krzentz
    • G01R31/28G11C29/02G11C29/04G11C29/50
    • G11C29/025G11C29/02G11C29/50G11C16/04G11C2029/5006
    • A method for detecting defects between parallel rows of conductors (ROW) in an integrated-circuit array (ARR) includes (a) connecting all alternate rows (ROW) of conductors of the array (ARR) to a first voltage (V.sub.DD) and connecting the other alternate rows (ROW) of conductors of the array (ARR) to a second voltage (V.sub.REF) different from the first voltage, while measuring the current drawn; (b) if the current does not exceed a first limit, ending the process; (c) if the current exceeds the first limit, separately repeating step (a) on first and second halves of the array rather than all of the array, with all of the rows (ROW) of conductors of the half of the array (ARR) not under test connected to the second voltage (V.sub.REF); (d) if the current exceeds a second limit for a half of the array (ARR) in step (c), repeating step (a) on each quarter of the array (ARR) in that half with all of the rows (ROW) of the array (ARR) not under test connected to the second voltage V.sub.REF ; and (e) if the current exceeds a third limit for an array (ARR) quarter in step (d), continuing analogous steps for array (ARR) fractions divisible by two and for predetermined current limits until sufficient information concerning the defects is determined.
    • 一种用于检测集成电路阵列(ARR)中的平行导体行(ROW)之间的缺陷的方法包括:(a)将阵列导体(ARR)的所有交替行(ROW)连接到第一电压(VDD)并连接 在测量所绘制的电流的同时,阵列导体(ARR)的其他交替行(ROW)与第一电压不同的第二电压(VREF); (b)如果当前不超过第一个限制,则结束该过程; (c)如果电流超过第一限制,则在阵列的第一和第二半部分而不是全部阵列上分别重复步骤(a),其中阵列的一半导体(ARR)的所有行(ROW) )未经测试连接到第二电压(VREF); (d)如果在步骤(c)中电流超过阵列的一半(ARR)的第二限制,则在所有行(ROW)的该半部中的每个四分之一阵列(ARR)上重复步骤(a) 未测试的阵列(ARR)连接到第二电压VREF; 和(e)如果在步骤(d)中电流超过阵列(ARR)四分之一的第三极限,则连续的阵列(ARR)分数的类似步骤可除以2和预定的电流限制,直到确定有关缺陷的足够的信息为止。
    • 6. 发明授权
    • Array architecture for reduced voltage, low power, single poly EEPROM
    • 用于降低电压,低功耗,单个多重EEPROM的阵列架构
    • US08908412B2
    • 2014-12-09
    • US12804439
    • 2010-07-20
    • Harvey J. StieglerAllan T. Mitchell
    • Harvey J. StieglerAllan T. Mitchell
    • G11C17/00G11C16/04
    • G11C16/0441
    • An Electrically Erasable Programmable Read Only Memory (EEPROM) memory array (FIG. 7) is disclosed. The memory array includes a plurality of memory cells arranged in rows and columns. Each memory cell has a switch (714), an access transistor (716), and a sense transistor (720). A current path of each access transistor is connected in series with a current path of each respective sense transistor. A first program data lead (706) is connected to the switch of each memory cell in a first column. A bit line (718) is connected to the current path of each access transistor in the first column. A read select lead (721) is connected to a control terminal of each access transistor in the first row. A first row select lead (700) is connected to a control terminal of the switch in each memory cell in a first row.
    • 公开了电可擦除可编程只读存储器(EEPROM)存储器阵列(图7)。 存储器阵列包括以行和列排列的多个存储单元。 每个存储单元具有开关(714),存取晶体管(716)和感测晶体管(720)。 每个存取晶体管的电流路径与每个相应感测晶体管的电流路径串联连接。 第一程序数据引线(706)连接到第一列中的每个存储器单元的开关。 位线(718)连接到第一列中每个存取晶体管的电流路径。 读取选择引线(721)连接到第一行中的每个存取晶体管的控制端子。 第一行选择引线(700)连接到第一行中的每个存储单元中的开关的控制端子。
    • 7. 发明申请
    • Array architecture for reduced voltage, low power, single poly EEPROM
    • 用于降低电压,低功耗,单个多重EEPROM的阵列架构
    • US20120020163A1
    • 2012-01-26
    • US12804439
    • 2010-07-20
    • Harvey J. StieglerAllan T. Mitchell
    • Harvey J. StieglerAllan T. Mitchell
    • G11C16/04
    • G11C16/0441
    • An Electrically Erasable Programmable Read Only Memory (EEPROM) memory array (FIG. 7) is disclosed. The memory array includes a plurality of memory cells arranged in rows and columns. Each memory cell has a switch (714), an access transistor (716), and a sense transistor (720). A current path of each access transistor is connected in series with a current path of each respective sense transistor. A first program data lead (706) is connected to the switch of each memory cell in a first column. A bit line (718) is connected to the current path of each access transistor in the first column. A read select lead (721) is connected to a control terminal of each access transistor in the first row. A first row select lead (700) is connected to a control terminal of the switch in each memory cell in a first row.
    • 公开了电可擦除可编程只读存储器(EEPROM)存储器阵列(图7)。 存储器阵列包括以行和列排列的多个存储单元。 每个存储单元具有开关(714),存取晶体管(716)和感测晶体管(720)。 每个存取晶体管的电流路径与每个相应感测晶体管的电流路径串联连接。 第一程序数据引线(706)连接到第一列中的每个存储器单元的开关。 位线(718)连接到第一列中每个存取晶体管的电流路径。 读取选择引线(721)连接到第一行中的每个存取晶体管的控制端子。 第一行选择引线(700)连接到第一行中的每个存储单元中的开关的控制端子。
    • 10. 发明申请
    • Low power, single poly EEPROM cell with voltage divider
    • 低功耗,单分辨率多层EEPROM单元,带分压器
    • US20120020162A1
    • 2012-01-26
    • US12804395
    • 2010-07-20
    • Harvey J. StieglerAllan T. MitchellRobert N. Rountree
    • Harvey J. StieglerAllan T. MitchellRobert N. Rountree
    • G11C16/04H03F3/45
    • G11C16/0441
    • An Electrically Erasable Programmable Read Only Memory (EEPROM) memory array (FIGS. 7 and 8) is disclosed. The memory array includes a plurality of memory cells arranged in rows and columns. Each memory cell has a switch (806) coupled to receive a first program voltage (PGMDATA) and a first select signal (ROWSEL). A voltage divider (804) is coupled in series with the switch. A sense transistor (152) has a sense control terminal (156) and a current path coupled between an output terminal (108) and a reference terminal (110). A first capacitor (154) has a first terminal coupled to the switch and a second terminal coupled to the sense control terminal. An access transistor (716) has a control terminal coupled to receive a read signal (721), and a current path coupled between the output terminal and a bit line (718).
    • 公开了一种电可擦除可编程只读存储器(EEPROM)存储器阵列(图7和8)。 存储器阵列包括以行和列排列的多个存储单元。 每个存储单元具有耦合以接收第一编程电压(PGMDATA)和第一选择信号(ROWSEL)的开关(806)。 分压器(804)与开关串联耦合。 感测晶体管(152)具有感测控制端子(156)和耦合在输出端子(108)和参考端子(110)之间的电流通路。 第一电容器(154)具有耦合到开关的第一端子和耦合到感测控制端子的第二端子。 存取晶体管(716)具有耦合以接收读取信号(721)的控制端和耦合在输出端和位线(718)之间的电流通路。