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    • 1. 发明授权
    • High voltage word line driver
    • 高电压字线驱动器
    • US08120968B2
    • 2012-02-21
    • US12704703
    • 2010-02-12
    • William Robert ReohrJohn Edward Barth, Jr.Toshiaki KirihataDerek H. LeuDonald W. Plass
    • William Robert ReohrJohn Edward Barth, Jr.Toshiaki KirihataDerek H. LeuDonald W. Plass
    • G11C16/06
    • G11C8/08G11C11/4085
    • A word line driver circuit coupled to a memory circuit word line includes pull-up, pull-up clamp, pull-down and pull-down clamp transistors, each having a source, a drain and a gate. For the pull-up transistor, the source is coupled to a first power supply, and the gate to a pull-up control signal. For the pull-up clamp transistor, the source is coupled to the drain of the pull-up transistor, the drain to the word line, and the gate to a pull-up clamp gate signal. For the pull-down transistor, the source is coupled to a second power supply, and the gate to a pull-down control signal. For the pull-down clamp transistor, the source is coupled to the drain of the pull-down transistor, the drain to the word line, and the gate to a pull-down clamp gate signal. The word line is coupled to one or more DRAM cells. Source to drain voltage magnitudes of the pull-up and pull-down transistors are less than a voltage between the first and second power supplies.
    • 耦合到存储器电路字线的字线驱动电路包括上拉,上拉钳位,下拉和下拉钳位晶体管,每个具有源极,漏极和栅极。 对于上拉晶体管,源极耦合到第一电源,并将栅极耦合到上拉控制信号。 对于上拉钳位晶体管,源极耦合到上拉晶体管的漏极,到字线的漏极,并将栅极耦合到上拉钳位信号。 对于下拉晶体管,源极耦合到第二电源,并将栅极耦合到下拉控制信号。 对于下拉钳位晶体管,源极耦合到下拉晶体管的漏极,漏极到字线,而栅极耦合到下拉钳位栅极信号。 字线耦合到一个或多个DRAM单元。 源极到漏极上拉和下拉晶体管的电压幅度小于第一和第二电源之间的电压。
    • 2. 发明申请
    • High Voltage Word Line Driver
    • 高电压字线驱动器
    • US20110199837A1
    • 2011-08-18
    • US12704703
    • 2010-02-12
    • William Robert ReohrJohn Edward Barth, JR.Toshiaki KirihataDerek H. LeuDonald W. Plass
    • William Robert ReohrJohn Edward Barth, JR.Toshiaki KirihataDerek H. LeuDonald W. Plass
    • G11C8/08G11C7/00
    • G11C8/08G11C11/4085
    • A word line driver circuit coupled to a memory circuit word line includes pull-up, pull-up clamp, pull-down and pull-down clamp transistors, each having a source, a drain and a gate. For the pull-up transistor, the source is coupled to a first power supply, and the gate to a pull-up control signal. For the pull-up clamp transistor, the source is coupled to the drain of the pull-up transistor, the drain to the word line, and the gate to a pull-up clamp gate signal. For the pull-down transistor, the source is coupled to a second power supply, and the gate to a pull-down control signal. For the pull-down clamp transistor, the source is coupled to the drain of the pull-down transistor, the drain to the word line, and the gate to a pull-down clamp gate signal. The word line is coupled to one or more DRAM cells. Source to drain voltage magnitudes of the pull-up and pull-down transistors are less than a voltage between the first and second power supplies.
    • 耦合到存储器电路字线的字线驱动电路包括上拉,上拉钳位,下拉和下拉钳位晶体管,每个具有源极,漏极和栅极。 对于上拉晶体管,源极耦合到第一电源,并将栅极耦合到上拉控制信号。 对于上拉钳位晶体管,源极耦合到上拉晶体管的漏极,到字线的漏极,并将栅极耦合到上拉钳位信号。 对于下拉晶体管,源极耦合到第二电源,并将栅极耦合到下拉控制信号。 对于下拉钳位晶体管,源极耦合到下拉晶体管的漏极,漏极到字线,而栅极耦合到下拉钳位栅极信号。 字线耦合到一个或多个DRAM单元。 源极到漏极上拉和下拉晶体管的电压幅度小于第一和第二电源之间的电压。
    • 4. 发明申请
    • WRITE CONTROL METHOD FOR A MEMORY ARRAY CONFIGURED WITH MULTIPLE MEMORY SUBARRAYS
    • 用于配置多个存储器子选项的存储器阵列的写控制方法
    • US20080247245A1
    • 2008-10-09
    • US12139675
    • 2008-06-16
    • John D. DavisPaul A. BunceDonald W. PlassKenneth J. Reyer
    • John D. DavisPaul A. BunceDonald W. PlassKenneth J. Reyer
    • G11C7/22
    • G11C11/413G11C7/18
    • Write control circuitry and control method are provided for a memory array configured with multiple memory subarrays. The write control circuitry includes multiple subarray write controllers associated with the multiple memory subarrays, each subarray write controller selectively enabling a local write control signal to its associated memory subarray. The selectively enabling is responsive to a received subarray select signal, wherein only one subarray select signal is active at a time. At least some subarray write controllers are powered at least in part via a switched power node, wherein powering of the switched power node is distributively implemented among the subarray write controllers. In one example, the distributively implemented powering of the switched power node is accomplished via multiple inverters distributed among the subarray write controllers, each inverter having an output coupled to the switched power node, and an input coupled to receive a global write enable signal.
    • 为配置有多个存储器子阵列的存储器阵列提供写控制电路和控制方法。 写控制电路包括与多个存储器子阵列相关联的多个子阵列写控制器,每个子阵列写控制器选择性地使本地写控制信号到其相关的存储器子阵列。 选择性地使能响应于接收的子阵列选择信号,其中一次只有一个子阵列选择信号是有效的。 至少一些子阵列写控制器至少部分地通过交换式电源节点供电,其中,在子阵列写入控制器之间分配地实现切换的功率节点的供电。 在一个示例中,通过分布在子阵列写控制器之间的多个反相器实现开关电源节点的分布式实现的供电,每个反相器具有耦合到开关电源节点的输出,以及耦合以接收全局写使能信号的输入。
    • 10. 发明申请
    • SENSE AMPLIFIER HAVING AN ISOLATED PRE-CHARGE ARCHITECTURE, A MEMORY CIRCUIT INCORPORATING SUCH A SENSE AMPLIFIER AND ASSOCIATED METHODS
    • 具有隔离预充电结构的感测放大器,包含这种感测放大器的记忆电路及相关方法
    • US20130114361A1
    • 2013-05-09
    • US13288424
    • 2011-11-03
    • John E. Barth, JR.Donald W. PlassAdis Vehabovic
    • John E. Barth, JR.Donald W. PlassAdis Vehabovic
    • G11C7/06H03F3/16
    • G11C7/065G11C11/4091
    • Disclosed are a sense amplifier and a memory circuit that incorporates it. The amplifier comprises cross-coupled inverters, each with a pull-down transistor and a pull-up transistor connected in series. One inverter has a voltage-controlled switch controlling the electrical connection between drain nodes of the transistors. During a read operation, the pull-up transistor drain node is pre-charged high and the pull-down transistor drain node receives an input signal. The switch is tripped, thereby making the electrical connection only when the voltage at the pull-down transistor drain node is less than the switch's trip voltage. In this case, the sense node discharges to the same level as the input signal. Otherwise, the switch prevents the electrical connection and the sense node remains high. The trip voltage depends on a reference voltage, which can be variable, thereby allowing the sensitivity of the sense amplifier to be selectively adjusted. Also disclosed are associated methods.
    • 公开了一种读出放大器和包含它的存储器电路。 放大器包括交叉耦合的反相器,每个具有串联的下拉晶体管和上拉晶体管。 一个逆变器具有控制晶体管的漏极节点之间的电连接的电压控制开关。 在读操作期间,上拉晶体管漏极节点被预充电为高电平,并且下拉晶体管漏极节点接收输入信号。 开关跳闸,从而仅在下拉式晶体管漏极节点处的电压小于开关跳闸电压时进行电气连接。 在这种情况下,感测节点放电到与输入信号相同的电平。 否则,交换机可防止电气连接,并且感测节点保持高电平。 跳闸电压取决于可以变化的参考电压,从而允许选择性地调节读出放大器的灵敏度。 还公开了相关联的方法。