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    • 1. 发明授权
    • NOR-structured semiconductor memory device
    • NOR结构的半导体存储器件
    • US06563735B1
    • 2003-05-13
    • US10117148
    • 2002-04-04
    • Hsin-Chien ChenGin-Liang ChenHsin-Yi HoChun-Hsiung HungHo-Chun Liou
    • Hsin-Chien ChenGin-Liang ChenHsin-Yi HoChun-Hsiung HungHo-Chun Liou
    • G11C1604
    • G11C16/0491
    • A NOR-structured semiconductor memory device with a novel configuration of bit line connection is disclosed. The NOR-structured semiconductor memory device comprises a semiconductor memory cell array electrically connected to a plurality of bit lines. The plurality of bit lines are divided into at least four bit line groups. At least two bit lines of each bit line group are coupled to a main bit line through at least two bit line transistors, respectively. Furthermore, the bit lines of the NOR-structured semiconductor memory device are arranged in such a way that at least four adjacent bit lines thereof are selected from four different bit line groups and coupled to four different main bit lines, respectively. During a programming or data reading operation, two adjacent bit lines of the four adjacent bit lines are supplied with a programming voltage or sense current while the other two adjacent bit lines are grounded. Therefore, the NOR-structured semiconductor memory device successfully prevents the programming disturbance or correctly determines the data stored in memory cells at a high speed because no leakage current path is formed.
    • 公开了具有位线连接的新颖结构的NOR结构的半导体存储器件。 NOR结构的半导体存储器件包括电连接到多个位线的半导体存储单元阵列。 多个位线被分成至少四个位线组。 每个位线组的至少两个位线分别通过至少两个位线晶体管耦合到主位线。 此外,NOR结构半导体存储器件的位线被布置成使得其中至少四个相邻的位线分别从四个不同的位线组中选择并且分别耦合到四个不同的主位线。 在编程或数据读取操作期间,四个相邻位线中的两个相邻位线被提供有编程电压或感测电流,而另外两个相邻位线接地。 因此,由于没有形成泄漏电流路径,所以NOR结构的半导体存储器件成功地防止了编程干扰或者以高速正确地确定存储在存储单元中的数据。
    • 3. 发明授权
    • Apparatus and system for reading non-volatile memory with dual reference cells
    • 用于读取具有双参考单元的非易失性存储器的装置和系统
    • US06665216B1
    • 2003-12-16
    • US10202245
    • 2002-07-23
    • Hsin-Yi HoNai-Ping KuoChun-Hsiung HungGin-Laing ChenWen-Chiao HoHo-Chun Liou
    • Hsin-Yi HoNai-Ping KuoChun-Hsiung HungGin-Laing ChenWen-Chiao HoHo-Chun Liou
    • G11C700
    • G11C16/28G11C7/062
    • A system for reading data in a memory cell includes three comparators, each of which has two inputs. A first reference cell having a low reference voltage is coupled to one input of the first comparator. A second reference cell having a high reference voltage is coupled to one input of the second comparator. A memory cell having a memory cell voltage is coupled to the other input of the first and second comparators. One input of the third comparator is coupled to the first comparator's output signal, which includes a difference voltage between the memory cell voltage and the low reference voltage. The other input of the third comparator is coupled to the second comparator's output signal, which includes a difference voltage between the memory cell voltage and the high reference voltage. A method and apparatus for reading data in a memory cell also are described.
    • 用于读取存储器单元中的数据的系统包括三个比较器,每个比较器具有两个输入。 具有低参考电压的第一参考单元耦合到第一比较器的一个输入端。 具有高参考电压的第二参考单元耦合到第二比较器的一个输入端。 具有存储单元电压的存储单元耦合到第一和第二比较器的另一个输入端。 第三比较器的一个输入耦合到第一比较器的输出信号,其包括存储单元电压和低参考电压之间的差电压。 第三比较器的另一输入端耦合到第二比较器的输出信号,其包括存储单元电压和高参考电压之间的差电压。 还描述了一种用于在存储器单元中读取数据的方法和装置。
    • 6. 发明授权
    • Method and structure for testing embedded flash memory
    • 嵌入式闪存测试方法和结构
    • US06396753B1
    • 2002-05-28
    • US09826497
    • 2001-04-05
    • Chun-Hsiung HungNai-Ping KuoTu-Shun ChenHo-Chun Liou
    • Chun-Hsiung HungNai-Ping KuoTu-Shun ChenHo-Chun Liou
    • G11C700
    • G11C29/50G11C16/04G11C2207/104
    • A method and structure for testing embedded flash memory including a memory array and a logic element. A control transistor is disposed and is connected between a sense amplifier and an I/O buffer in the memory array, and a speed control pin connected to the logic element in one terminal is coupled to the gate terminal of the control transistor in the other terminal to switch the control transistor on or off. Turning off the control transistor after a test time by the speed control pin closes the channel between the sense amplifier and I/O buffer, and an output signal from the memory array to a test system connected to the logic element is detected with the test system to determine an access time of the memory array.
    • 一种用于测试包括存储器阵列和逻辑元件的嵌入式闪速存储器的方法和结构。 控制晶体管被设置并连接在存储器阵列中的读出放大器和I / O缓冲器之间,并且连接到一个端子中的逻辑元件的速度控制引脚耦合到另一个端子中的控制晶体管的栅极端子 开关控制晶体管。 通过速度控制引脚在测试时间后关闭控制晶体管,关闭读出放大器和I / O缓冲器之间的通道,并从测试系统检测到从存储器阵列到连接到逻辑元件的测试系统的输出信号 以确定存储器阵列的访问时间。
    • 7. 发明授权
    • Method for tracking metal bit line coupling effect
    • 跟踪金属位线耦合效应的方法
    • US06385097B1
    • 2002-05-07
    • US09805192
    • 2001-03-14
    • Kuo-Yu LiaoHan-Sung ChenChun-Hsiung HungHo-Chun Liou
    • Kuo-Yu LiaoHan-Sung ChenChun-Hsiung HungHo-Chun Liou
    • G11C700
    • G11C7/1051G11C7/06G11C7/14
    • A method for tracking metal bit line coupling effect in sensing a signal received from an array cell within a memory array is disclosed. The method includes that a reference unit with a reference cell is provided, wherein the reference unit induces coupling effect. Then, the memory array and the reference unit are charged to generate a cell signal having coupling effect and a reference signal having coupling effect. Next, a sensing signal is generated from the difference of the cell signal and the reference signal, whereby the coupling effect is compensated. In the read-out operation of the present invention, because of the closeness of two adjacent metal bit lines, the coupling effect is induced in both memory array and reference unit at the same time, so that the coupling effect is compensated. Therefore, precise read-out operation of data stored in a memory cell is made possible, and the reliability of the device is improved by the present invention.
    • 公开了一种用于跟踪金属位线耦合效应以感测从存储器阵列内的阵列单元接收的信号的方法。 该方法包括提供具有参考单元的参考单元,其中参考单元引起耦合效应。 然后,对存储器阵列和参考单元进行充电以产生具有耦合效应的单元信号和具有耦合效应的参考信号。 接下来,从单元信号和参考信号的差产生感测信号,从而补偿耦合效果。 在本发明的读出操作中,由于两个相邻的金属位线的接近,同时在存储器阵列和参考单元两者中引起耦合效应,从而补偿耦合效应。 因此,存储在存储单元中的数据的精确读出操作成为可能,并且通过本发明提高了器件的可靠性。
    • 9. 发明授权
    • Method for designing circuit layout of non-neighboring metal bit lines to reduce coupling effect
    • 设计非相邻金属位线的电路布局以减少耦合效应的方法
    • US06618848B2
    • 2003-09-09
    • US09814409
    • 2001-03-22
    • Han-Sung ChenKuo-Yu LiaoYung-Feng LinChun-Hsiung HungHo-Chun Liou
    • Han-Sung ChenKuo-Yu LiaoYung-Feng LinChun-Hsiung HungHo-Chun Liou
    • G06F1750
    • G11C7/18G11C17/12
    • A method for designing a circuit layout of non-neighboring metal bit lines to reduce coupling effect in sensing operation is disclosed. The method comprises providing a memory array having a plurality of bit lines arranged sequentially, wherein every two adjacent bit lines are paired in the sensing operation of a memory cell in the memory array. The first embodiment is presented by assigning a first pair of the bit lines permuted with each other to create a non-neighboring bit line layout. The second embodiment is presented by inserting one of a second pair of the bit lines into a first pair of bit lines to separate the first pair of bit lines in layout design. The method further comprises shrinking the layout space between two adjacent non-paired bit lines. In this way, the method contributes to the reduction of metal bit line coupling effect without any trade off of integrated circuit density by modifying the circuit layout of metal bit lines to a non-neighboring bit line arrangement in a memory array.
    • 公开了一种用于设计不相邻金属位线的电路布局以减少感测操作中的耦合效应的方法。 该方法包括提供具有顺序布置的多个位线的存储器阵列,其中每两个相邻位线在存储器阵列中的存储器单元的感测操作中配对。 通过分配互相排列的第一对位线来创建第一实施例以产生非相邻位线布局。 通过将第二对位线中的一个插入到第一对位线中以在布局设计中分离第一对位线来呈现第二实施例。 该方法还包括收缩两个相邻非配对位线之间的布局空间。 以这种方式,通过将金属位线的电路布局修改为存储器阵列中的非相邻位线布置,该方法有助于减少金属位线耦合效应,而不会降低集成电路密度。