会员体验
专利管家(专利管理)
工作空间(专利管理)
风险监控(情报监控)
数据分析(专利分析)
侵权分析(诉讼无效)
联系我们
交流群
官方交流:
QQ群: 891211   
微信请扫码    >>>
现在联系顾问~
热词
    • 84. 发明授权
    • Charge-stabilized memory
    • 电荷稳定记忆
    • US4459609A
    • 1984-07-10
    • US301563
    • 1981-09-14
    • John A. FifieldLawrence G. HellerLloyd A. Walls
    • John A. FifieldLawrence G. HellerLloyd A. Walls
    • G11C11/404G11C11/56G11C27/02H01L29/78G11C11/24H01L27/02
    • G11C11/404G11C11/565G11C27/024Y10S257/92
    • A dense memory is provided which includes a one device random access memory cell using charge fill and spill techniques wherein a potential well under a storage node is filled with charge and the excess charge above a predetermined level is spilled to a diffusion or drain region connected to a sense line through a channel region controlled by pulses on a word line. One bit or two or more bits of information may be stored in the potential well at any given instant of time. Depending upon the value of the increment of voltage applied to the storage node or electrode, a given analog charge packet is stored in a potential well formed under the storage electrode. Information is read by applying a voltage to the word line to turn on the channel region and then stepping down the voltage on the storage electrode in fractional, preferably one half, increments. Charge from a charge packet spilled from the potential well under the storage electrode is detected by a sensing circuit connected to the sense line. To rewrite information into the potential well, the original increment of voltage is applied to the storage node and the sense line is pulled to ground so that the diffusion region acts as a source of charge for the potential well.
    • 提供了一种密集存储器,其包括使用电荷填充和溢出技术的一个器件随机存取存储器单元,其中存储节点下方的势阱填充有电荷,并且超过预定水平的超量电荷溢出到连接到 通过由字线上的脉冲控制的通道区域的感测线。 信息的一位或两位或更多位可以在任何给定的时刻存储在潜在井中。 取决于施加到存储节点或电极的电压增量的值,给定的模拟电荷包被存储在形成在存储电极下方的势阱中。 通过向字线施加电压来读取信息以打开通道区域,然后以分数,优选为一半的增量降低存储电极上的电压。 通过连接到感测线的感测电路来检测从存储电极下方的电位阱溢出的电荷分组的充电。 为了将信息重写到势阱中,电压的原始增量被施加到存储节点,并且感测线被拉到地,使得扩散区充当势阱的电荷源。
    • 87. 发明授权
    • Apparatus for nonvolatile multi-programmable electronic fuse system
    • 非易失性多可编程电子保险丝系统的装置
    • US08189419B2
    • 2012-05-29
    • US12498175
    • 2009-07-06
    • Howard H. ChenJohn A. FifieldLouis C. Hsu
    • Howard H. ChenJohn A. FifieldLouis C. Hsu
    • G11C17/18
    • G11C17/18G11C17/16
    • Electronic fuse (e-fuse) systems with multiple reprogrammability are provided. In one aspect, a reprogrammable e-fuse system is provided that includes a first e-fuse string; a second e-fuse string; a selector connected to both the first e-fuse string and the second e-fuse string configured to alternately select an e-fuse from the first e-fuse string or the second e-fuse string to be programmed; and a comparator connected to both the first e-fuse string and the second e-fuse string configured to compare a voltage across the first e-fuse string to a voltage across the second e-fuse string to determine a programming state of the e-fuse system.
    • 提供具有多重重新编程能力的电子保险丝(e-fuse)系统。 在一个方面,提供了一种可再编程电子熔丝系统,其包括第一电熔丝串; 第二个电熔丝串; 连接到第一电熔丝串和第二电熔丝串的选择器,被配置为交替地从要编程的第一电熔丝串或第二电熔丝串中选择电熔丝; 以及连接到第一电熔丝串和第二电熔丝串两者的比较器,被配置为将第一电熔丝串两端的电压与第二电熔丝串的电压进行比较,以确定电子熔丝串的编程状态, 保险丝系统
    • 90. 发明授权
    • Voltage boost system, IC and design structure
    • 电压升压系统,集成电路和设计结构
    • US07733161B2
    • 2010-06-08
    • US12031729
    • 2008-02-15
    • Jeffrey H. DreibelbisJohn A. Fifield
    • Jeffrey H. DreibelbisJohn A. Fifield
    • H02M3/18G05F3/16
    • H02M3/07
    • A voltage boost system, IC and design structure are disclosed for boosting a supply voltage while preventing forward biasing of n-well structures. The voltage boost system may include a first voltage boost circuit producing a first boosted voltage using at least one voltage boost sub-circuit, each of the at least one voltage boost sub-circuit having an output passgate in an n-well; a second voltage boost circuit producing a second boosted voltage, the n-well of each output passgate being biased using the second boosted voltage, wherein the second boosted voltage is greater than the first boosted voltage. Voltage boost sub-circuits may use gate control circuitry to reduce gate oxide stress, thus allowing lower voltage level FETs to be used.
    • 公开了升压系统,IC和设计结构,用于提高电源电压,同时防止n阱结构的向前偏置。 升压系统可以包括使用至少一个升压子电路产生第一升压电压的第一升压电路,所述至少一个升压子电路中的每一个在n阱中具有输出通路; 产生第二升压电压的第二升压电路,使用第二升压电压对每个输出通道的n阱进行偏置,其中第二升压电压大于第一升压电压。 电压升压子电路可以使用栅极控制电路来减小栅极氧化物应力,从而允许使用较低电压电平的FET。