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    • 4. 发明申请
    • DIGITALLY CONTROLLED DELAY LINES WITH FINE GRAIN AND COARSE GRAIN DELAY ELEMENTS, AND METHODS AND SYSTEMS TO ADJUST IN FINE GRAIN INCREMENTS
    • 具有精细粒度和粗粒度延迟元素的数字控制延迟线,以及调整细粒度变化的方法和系统
    • US20120249200A1
    • 2012-10-04
    • US13078609
    • 2011-04-01
    • Wing K. Yu
    • Wing K. Yu
    • H03L7/06
    • H03L7/0818
    • Digitally controllable delay lines including fine grain and coarse grain delay elements, and methods and system to calibrate the delay lines in fine grain increments. Calibration may include calibrating a number of fine grain elements for which a combined delay is substantially equal to a delay of a coarse grain element, and calibrating numbers of fine grain and coarse grain elements which a combined delay corresponds to a period of a reference clock. A digitally controlled delay line may be implemented as part of a digital delay locked loop (DLL), and calibration parameters may be provided to a slave DLL having a similarly implemented delay line. A digitally controllable DLL may provide relatively low-power, high-resolution over a spectrum of process, voltage, and temperature variations, and may be implemented in relatively high-speed applications previously reserved for analog DLLs.
    • 数字可控延迟线,包括细晶粒和粗粒延迟元件,以及以细晶粒增量校准延迟线的方法和系统。 校准可以包括校准多个细晶粒元素,其中组合延迟基本上等于粗晶粒元素的延迟,以及校准细晶粒和粗晶粒元素的数目,合并延迟对应于参考时钟的周期。 数字控制的延迟线可以被实现为数字延迟锁定环(DLL)的一部分,并且校准参数可以被提供给具有类似实现的延迟线的从动DLL。 数字可控DLL可以在过程,电压和温度变化的频谱上提供相对低功率,高分辨率,并且可以在先前为模拟DLL保留的相对高速的应用中实现。
    • 5. 发明授权
    • Sectional column activated memory
    • 分段列激活内存
    • US06226216B1
    • 2001-05-01
    • US09489096
    • 2000-01-21
    • Wing K. Yu
    • Wing K. Yu
    • G11C800
    • G11C11/418G11C11/419
    • A memory may include sectional columns so that groups of cells on the same column but coupled to different word lines may be selectively accessed. As a result, only a portion of the cells of a given column is activated at any given time. The remainder of the column may be decoupled, thereby reducing the need to charge up or discharge the rest of the column. Because only a smaller portion of the column is charged or discharged, the lower capacitance associated with a lower number of cells may result in a speed and power consumption improvement.
    • 存储器可以包括分段列,使得可以选择性地访问同一列上但耦合到不同字线的单元组。 结果,给定列的单元的仅一部分在任何给定的时间被激活。 塔的剩余部分可以去耦合,从而减少对塔的其余部分充电或排出的需要。 由于只有较小部分的列被充电或放电,与较小数量的单元相关联的较低电容可能会导致速度和功耗改善。
    • 6. 发明授权
    • Digitally controlled delay lines with fine grain and coarse grain delay elements, and methods and systems to adjust in fine grain increments
    • 具有细粒度和粗粒延迟元件的数字控制延迟线,以及以细晶粒增量调节的方法和系统
    • US08564345B2
    • 2013-10-22
    • US13078609
    • 2011-04-01
    • Wing K. Yu
    • Wing K. Yu
    • H03L7/06
    • H03L7/0818
    • Digitally controllable delay lines including fine grain and coarse grain delay elements, and methods and system to calibrate the delay lines in fine grain increments. Calibration may include calibrating a number of fine grain elements for which a combined delay is substantially equal to a delay of a coarse grain element, and calibrating numbers of fine grain and coarse grain elements which a combined delay corresponds to a period of a reference clock. A digitally controlled delay line may be implemented as part of a digital delay locked loop (DLL), and calibration parameters may be provided to a slave DLL having a similarly implemented delay line. A digitally controllable DLL may provide relatively low-power, high-resolution over a spectrum of process, voltage, and temperature variations, and may be implemented in relatively high-speed applications previously reserved for analog DLLs.
    • 数字可控延迟线,包括细晶粒和粗粒延迟元件,以及以细晶粒增量校准延迟线的方法和系统。 校准可以包括校准多个细晶粒元素,其中组合延迟基本上等于粗晶粒元素的延迟,以及校准细晶粒和粗晶粒元素的数目,合并延迟对应于参考时钟的周期。 数字控制的延迟线可以被实现为数字延迟锁定环(DLL)的一部分,并且校准参数可以被提供给具有类似实现的延迟线的从动DLL。 数字可控DLL可以在过程,电压和温度变化的频谱上提供相对低功率,高分辨率,并且可以在先前为模拟DLL保留的相对高速的应用中实现。