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    • 3. 发明授权
    • Generating and amplifying differential signals
    • 生成和放大差分信号
    • US08223571B2
    • 2012-07-17
    • US12839575
    • 2010-07-20
    • Chung-Ji LuHung-Jen LiaoCheng Hung LeeDerek C. TaoAnnie-Li-Keow LumHong-Chen Cheng
    • Chung-Ji LuHung-Jen LiaoCheng Hung LeeDerek C. TaoAnnie-Li-Keow LumHong-Chen Cheng
    • G11C7/02
    • G11C7/067G11C7/065
    • A circuit includes a first left transistor having a first left drain, a first left gate, and a first left source; a second left transistor having a second left drain, a second left gate, and a second left source; a third left transistor having a third left drain, a third left gate, and a third left source; a first right transistor having a first right drain, a first right gate, and a first right source; a second right transistor having a second right drain, a second right gate, and a second right source; a third right transistor having a third right drain, a third right gate, and a third right source; a left node electrically coupling the first left drain, the second left drain, the second left gate, the third right gate, and the third left drain; and a right node electrically coupling the first right drain, the second right drain, the second right gate, the third left gate, and the third right drain.
    • 电路包括具有第一左漏极,第一左栅极和第一左源的第一左晶体管; 第二左晶体管,具有第二左漏极,第二左栅极和第二左源极; 第三左晶体管,具有第三左漏极,第三左栅极和第三左源; 第一右晶体管,具有第一右漏极,第一右栅极和第一右源; 第二右晶体管,具有第二右漏极,第二右栅极和第二右源; 第三右晶体管,具有第三右漏极,第三右栅极和第三右源; 左节点,电耦合第一左排水口,第二左排水管,第二左闸门,第三右闸门和第三左排水管; 以及电连接第一右排水管,第二右排水管,第二右浇口,第三左浇口和第三右排水沟的右节点。
    • 4. 发明申请
    • CLOCK GENERATORS, MEMORY CIRCUITS, SYSTEMS, AND METHODS FOR PROVIDING AN INTERNAL CLOCK SIGNAL
    • 用于提供内部时钟信号的时钟发生器,存储器电路,系统和方法
    • US20100246311A1
    • 2010-09-30
    • US12723077
    • 2010-03-12
    • Derek C. TAOChung-Ji LUAnnie-Li-Keow LUM
    • Derek C. TAOChung-Ji LUAnnie-Li-Keow LUM
    • G11C8/18G06F1/04
    • G06F1/10G11C7/22G11C7/222G11C11/413
    • A clock generator includes a first input end and a second input end. The first input end is capable of receiving a first clock signal including a first state transition and a second state transition defining a first pulse width. The second input end is capable of receiving a second clock signal having a third state transition. A time period ranges from the first state transition to the third state transition. The clock generator can compare the first pulse width and the time period. The clock generator can output a third clock signal having a second pulse width ranging from a fourth state transition to a fifth state transition. The fifth state transition of the third clock signal is capable of being triggered by the second state transition of the first clock signal or the third state transition of the second clock signal depending on the comparison of the first pulse width and the time period.
    • 时钟发生器包括第一输入端和第二输入端。 第一输入端能够接收包括定义第一脉冲宽度的第一状态转变和第二状态转换的第一时钟信号。 第二输入端能够接收具有第三状态转换的第二时钟信号。 时间段从第一状态转换到第三状态转换。 时钟发生器可以比较第一个脉冲宽度和时间周期。 时钟发生器可以输出具有从第四状态转变到第五状态转变的第二脉冲宽度的第三时钟信号。 根据第一脉冲宽度与时间段的比较,第三时钟信号的第五状态转换能够被第一时钟信号的第二状态转换或第二时钟信号的第三状态转换触发。
    • 6. 发明授权
    • Method of making a non-volatile memory (NVM) cell structure and program biasing techniques for the NVM cell structure
    • 制造用于NVM单元结构的非易失性存储器(NVM)单元结构和程序偏置技术的方法
    • US07602641B2
    • 2009-10-13
    • US12284890
    • 2008-09-25
    • Pavel PoplevineAnnie-Li-Keow LumAndrew CaoErnes Ho
    • Pavel PoplevineAnnie-Li-Keow LumAndrew CaoErnes Ho
    • G11C11/34G11C14/00
    • G11C14/00
    • A method of making a non-volatile memory (NVM) cell structure includes the formation of a first NVM cell, a second NVM cell and an SRAM cell that includes first and second data nodes. A first pass gate structure is connected between the first NVM cell and the first data node of the SRAM cell, the first pass gate structure being responsive to first and second states of a first pass gate signal to respectively couple and decouple the first NVM cell and the SRAM cell. A first equalize structure is formed to connect the first pass gate structure and the first NVM cell and is responsive to a first equalize signal to connect the first NVM cell to ground. A second pass gate structure is connected between the second NVM cell and the second data node of the SRAM cell, the second pass gate structure being responsive to first and second states of a second pass gate signal to respectively couple and decouple the second NVM cell and the SRAM cell. A second equalize structure is connected between the second pass gate structure and the second NVM cell, the second equalize structure being responsive to a second equalize signal to connect the second NVM cell to ground. Appropriate biasing conditions are applied to the NVM cell structure to implement program/operations.
    • 制造非易失性存储器(NVM)单元结构的方法包括形成包括第一和第二数据节点的第一NVM单元,第二NVM单元和SRAM单元。 第一通道栅极结构连接在第一NVM单元和SRAM单元的第一数据节点之间,第一通道栅极结构响应于第一和第二状态的第一通道栅极信号以分别耦合和去耦合第一NVM单元,以及 SRAM单元。 形成第一均衡结构以连接第一通道栅极结构和第一NVM单元,并且响应于第一均衡信号将第一NVM单元连接到地。 第二通路栅极结构连接在第二NVM单元和SRAM单元的第二数据节点之间,第二通道栅极结构响应第二通路栅极信号的第一和第二状态,以分别耦合和去耦合第二NVM单元,以及 SRAM单元。 第二均衡结构连接在第二通路栅极结构和第二NVM单元之间,第二均衡结构响应于第二均衡信号将第二NVM单元连接到地。 将适当的偏置条件应用于NVM单元结构以实现程序/操作。