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    • 2. 发明授权
    • Nonvolatile memory and method of operation thereof to control erase disturb
    • 非易失性存储器及其操作方法来控制擦除干扰
    • US06768671B1
    • 2004-07-27
    • US10382719
    • 2003-03-05
    • Poongyeub LeeJoo Weon ParkKwangho KimEungjoon Park
    • Poongyeub LeeJoo Weon ParkKwangho KimEungjoon Park
    • G11C1616
    • G11C16/08G11C16/12G11C16/3418
    • In an array of nonvolatile memory cells, as many memory cells as desired and indeed even the entire array of memory cells may be placed in a single region of the bulk, illustratively a p-well. Peripheral circuitry is used to in effect section the memory array into blocks and groups of blocks, and to establish suitable biasing and counter-biasing within those blocks and groups during page or block erase operations to limit erase disturb. Each group is provided with its own set of voltage switches, which furnishes the bias voltages for the various modes of operation, including erase. Each of the voltage switches furnish either a large positive voltage when its group is selected, or a large negative voltage when its group is unselected. The size of the group is established as a compromise between degree of erase disturb and substrate area required for the voltage switches.
    • 在非易失性存储器单元的阵列中,根据需要,甚至整个存储单元阵列可以将多个存储器单元放置在大块的单个区域中,示例性地为p阱。 外设电路用于将存储器阵列有效地划分为块和块组,并且在页或块擦除操作期间在这些块和组内建立合适的偏置和反偏置以限制擦除干扰。 每个组都有自己的一组电压开关,它们为各种工作模式(包括擦除)提供偏置电压。 每个电压开关在选择组时提供大的正电压,或者当其组被选择时提供大的负电压。 该组的尺寸被确定为电压开关所需的擦除干扰程度和衬底面积之间的折衷。
    • 4. 发明授权
    • Virtual ground nonvolatile semiconductor memory array architecture and integrated circuit structure therefor
    • 虚拟地非易失性半导体存储器阵列结构及其集成电路结构
    • US06826080B2
    • 2004-11-30
    • US10154979
    • 2002-05-24
    • Joo Weon ParkKyung Joon HanGyu-Wan KwonJong Seuk Lee
    • Joo Weon ParkKyung Joon HanGyu-Wan KwonJong Seuk Lee
    • G11C1604
    • G11C16/0491G11C16/08
    • In nonvolatile memory cell array, the memory cells of each sector are organized into groups of successive cells, the groups preferably being of the same size and preferably isolated from one another in both the row and column directions by a suitable isolation structure such as field dielectric or trench dielectric. Because of cell group isolation, each group of column lines may be decoded by its own relatively small program column select, which preferably is replicated in essentially identical form for all groups of column lines. While each program column select preferably is used to decode one group of column lines, larger program column selects may be used if desired to decode two or more groups of column lines. Read column selects may decode one or more groups of column lines as desired. The number of column lines decoded may the same as or different than the number of column lines decoded.
    • 在非易失性存储单元阵列中,每个扇区的存储单元被组织成连续单元组,这些组优选地具有相同的尺寸,并且优选地通过适当的隔离结构(例如场电介质)在行和列方向上彼此隔离 或沟槽电介质。 由于单元组隔离,每组列线可以通过其自己的相对较小的程序列选择进行解码,优选地以所有列列组为基本相同的形式复制。 虽然每个节目列选择优选地用于解码一组列线,但是如果需要解码两组或更多组列线,则可以使用较大的节目列选择。 读列选择可以根据需要对一行或多组列线进行解码。 解码的列线的数量可以与解码的列线的数量相同或不同。
    • 6. 发明授权
    • Serial flash semiconductor memory
    • 串行闪存半导体存储器
    • US07558900B2
    • 2009-07-07
    • US11078205
    • 2005-03-11
    • Robin J. JigourEungjoon ParkJoo Weon ParkJong Seuk Lee
    • Robin J. JigourEungjoon ParkJoo Weon ParkJong Seuk Lee
    • G06F13/14G06F3/00G06F13/42
    • G11C7/1045G11C8/04G11C16/26G11C2207/108G11C2216/30
    • A serial flash memory is provided with multiple configurable pins, at least one of which is selectively configurable for use in either single-bit serial data transfers or multiple-bit serial data transfers. In single-bit serial mode, data transfer is bit-by-bit through a pin. In multiple-bit serial mode, a number of sequential bits are transferred at a time through respective pins. The serial flash memory may have 16 or fewer pins, and even 8 or fewer pins, so that low pin count packaging such as the 8-pin or 16-pin SOIC package and the 8-contact MLP/QFN/SON package may be used. The availability of the single-bit serial type protocol enables compatibility with a number of existing systems, while the availability of the multiple-bit serial type protocol enables the serial flash memory to provide data transfer rates, in systems that can support them, that are significantly faster than available with standard serial flash memories.
    • 串行闪存具有多个可配置引脚,其中至少一个可选择性地配置用于单位串行数据传输或多位串行数据传输。 在单位串行模式下,数据传输通过引脚逐位传输。 在多位串行模式下,通过各个引脚一次传输多个连续位。 串行闪存可能具有16个或更少的引脚,甚至8个或更少的引脚,因此可以使用低引脚数封装,例如8引脚或16引脚SOIC封装和8接点MLP / QFN / SON封装 。 单位串行类型协议的可用性支持与许多现有系统的兼容性,而多位串行类型协议的可用性使得串行闪存能够在可以支持它们的系统中提供数据传输速率 显着快于标准串行闪存的可用性。
    • 7. 发明授权
    • Nonvolatile memory integrated circuit having volatile utility and buffer memories, and method of operation thereof
    • 具有易用性和缓冲存储器的非易失性存储器集成电路及其操作方法
    • US06775184B1
    • 2004-08-10
    • US10349384
    • 2003-01-21
    • Joo Weon ParkPoongyeub Lee
    • Joo Weon ParkPoongyeub Lee
    • G11C1400
    • G11C16/10G11C16/3454G11C16/3459G11C2216/14
    • A memory integrated circuit includes a nonvolatile memory array that is programmed in page mode. A volatile utility memory is connected to the memory array, and is at least a page in size so that an entire page of data that is either being programmed into or read from the memory array may be stored in the utility memory, thereby providing a single readily accessible and fully functional volatile memory that supports a variety of data operations such as nonvolatile memory programming, program-verify when supplemented with a program verify detector, data compare when supplemented with a comparator, and other operations including, in particular, operations that can benefit from the availability of a fast volatile memory to store an entire page of program data or read data. The outputs of the program verify detector, the comparator, and potentially the other operations circuits are furnished to a memory control circuit for controlling the memory or setting particular register values, or may be furnished as output through an I/O circuit that implements data input/output functions and performs various data routing and buffering functions for the integrated circuit memory.
    • 存储器集成电路包括以页模式编程的非易失性存储器阵列。 易失性效用存储器连接到存储器阵列,并且至少是一个页面大小,使得正在被编程到存储器阵列中或从存储器阵列读取的整个数据页可以存储在效用存储器中,从而提供单个 易于访问和全功能的易失性存储器,其支持各种数据操作,例如非易失性存储器编程,补充有程序验证检测器时的程序验证,补充比较器时的数据比较,以及其他操作,特别是可以 受益于快速易失性存储器的可用性,以存储整个程序数据页面或读取数据。 程序验证检测器,比较器和潜在的其他操作电路的输出被提供给用于控制存储器或设置特定寄存器值的存储器控​​制电路,或者可以通过实现数据输入的I / O电路作为输出 /输出功能,并为集成电路存储器执行各种数据路由和缓冲功能。
    • 8. 发明申请
    • Serial flash semiconductor memory
    • 串行闪存半导体存储器
    • US20100049948A1
    • 2010-02-25
    • US12459590
    • 2009-07-02
    • Robin J. JigourEungjoon ParkJoo Weon ParkJong Seuk Lee
    • Robin J. JigourEungjoon ParkJoo Weon ParkJong Seuk Lee
    • G06F9/30G06F12/00G06F12/02
    • G11C7/1045G11C8/04G11C16/26G11C2207/108G11C2216/30
    • A serial flash memory is provided with multiple configurable pins, at least one of which is selectively configurable for use in either single-bit serial data transfers or multiple-bit serial data transfers. In single-bit serial mode, data transfer is bit-by-bit through a pin. In multiple-bit serial mode, a number of sequential bits are transferred at a time through respective pins. The serial flash memory may have 16 or fewer pins, and even 8 or fewer pins, so that low pin count packaging such as the 8-pin or 16-pin SOIC package and the 8-contact MLP/QFN/SON package may be used. The availability of the single-bit serial type protocol enables compatibility with a number of existing systems, while the availability of the multiple-bit serial type protocol enables the serial flash memory to provide data transfer rates, in systems that can support them, that are significantly faster than available with standard serial flash memories.
    • 串行闪存具有多个可配置引脚,其中至少一个可选择性地配置用于单位串行数据传输或多位串行数据传输。 在单位串行模式下,数据传输通过引脚逐位传输。 在多位串行模式下,通过各个引脚一次传输多个连续位。 串行闪存可能具有16个或更少的引脚,甚至8个或更少的引脚,因此可以使用低引脚数封装,例如8引脚或16引脚SOIC封装和8接点MLP / QFN / SON封装 。 单位串行类型协议的可用性支持与许多现有系统的兼容性,而多位串行类型协议的可用性使得串行闪存能够在可以支持它们的系统中提供数据传输速率 显着快于标准串行闪存的可用性。