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    • 8. 发明授权
    • Terminated input buffer with offset cancellation circuit
    • 具有偏移消除电路的终止输入缓冲器
    • US07514978B2
    • 2009-04-07
    • US11744891
    • 2007-05-07
    • Yossi SmelloyRonen Eckhouse
    • Yossi SmelloyRonen Eckhouse
    • H03L5/00
    • H03F3/45623
    • A system and method for compensation of offset voltage in a digital differential input buffer driven by a terminated transmission line. Offset compensation currents are injected at the output of the first stage of the input buffer, which has a higher impedance than the terminated transmission line at the input of the buffer. The compensation current is determined by a network of MOS transistors, which saves die space compared to resistors. A pair of voltage multiplexers provides for compensation currents to correct offsets of either polarity. Offset correction currents are determined anew each time the system is powered up, compensating for component aging. The offset correction can also be performed while the input buffer is operating, during periods when the input is quiescent, and/or by adjusting the offset correction according to the duty cycle of the detected input.
    • 用于补偿由终端传输线驱动的数字差分输入缓冲器中的失调电压的系统和方法。 在输入缓冲器的第一级的输出处注入偏移补偿电流,其具有比缓冲器的输入端处的传输线更高的阻抗。 补偿电流由MOS晶体管网络确定,与电阻相比可以节省晶体管空间。 一对电压多路复用器提供补偿电流来校正任一极性的偏移。 每当系统上电时,重新确定偏移校正电流,补偿元件老化。 还可以在输入缓冲器工作期间,在输入静止期间和/或通过根据检测到的输入的占空比调整偏移校正的同时进行偏移校正。
    • 9. 发明申请
    • Terminated Input Buffer With Offset Cancellation Circuit
    • 具有偏移消除电路的终止输入缓冲器
    • US20070258546A1
    • 2007-11-08
    • US11744891
    • 2007-05-07
    • Yossi SmeloyRonen Eckhouse
    • Yossi SmeloyRonen Eckhouse
    • H04L25/06
    • H03F3/45623
    • A system and method for compensation of offset voltage in a digital differential input buffer driven by a terminated transmission line. Offset compensation currents are injected at the output of the first stage of the input buffer, which has a higher impedance than the terminated transmission line at the input of the buffer. The compensation current is determined by a network of MOS transistors, which saves die space compared to resistors. A pair of voltage multiplexers provides for compensation currents to correct offsets of either polarity. Offset correction currents are determined anew each time the system is powered up, compensating for component aging. The offset correction can also be performed while the input buffer is operating, during periods when the input is quiescent, and/or by adjusting the offset correction according to the duty cycle of the detected input.
    • 用于补偿由终端传输线驱动的数字差分输入缓冲器中的失调电压的系统和方法。 在输入缓冲器的第一级的输出处注入偏移补偿电流,其具有比缓冲器的输入处的端接传输线更高的阻抗。 补偿电流由MOS晶体管网络确定,与电阻相比可以节省晶体管空间。 一对电压多路复用器提供补偿电流来校正任一极性的偏移。 每当系统上电时,重新确定偏移校正电流,补偿元件老化。 还可以在输入缓冲器工作期间,在输入静止期间和/或通过根据检测到的输入的占空比调整偏移校正的同时进行偏移校正。
    • 10. 发明申请
    • Embolectomy Device With Optional Vibrator
    • 具有可选振动器的手术切除装置
    • US20110202088A1
    • 2011-08-18
    • US13125324
    • 2009-10-22
    • Ronen EckhouseShimon Eckouse
    • Ronen EckhouseShimon Eckouse
    • A61F2/01
    • A61B17/221A61B17/22032A61B17/32075A61B2017/2212A61B2017/2217
    • The present invention provides an embolectomy device for removal of clots from vasculature, said device comprising: a proximal effecter characterized by a non-expanded configuration and an expanded configuration; a distal effecter characterized by a non-expanded configuration and an expanded configuration; said proximal effecter, in said expanded configuration is adapted for grasping a proximal portion of the target embolus; said proximal effecter, in said expanded configuration is adapted for grasping a distal portion of said target embolus; wherein both said effecters, when expanded, are oppositely positioned and are adapted to operate in concert, for trapping said clot such that said clot is (i) manipulatable along and/or around the main longitudinal axis of said vasculature in a predetermined set of motions; (ii) extracted out of said vasculature.
    • 本发明提供一种用于从脉管系统中去除凝块的止血器切除装置,所述装置包括:近端效应器,其特征在于非扩张构型和扩张构型; 远端执行器,其特征在于非扩张构型和扩张构型; 所述近端实施器在所述扩张构型中适于抓取目标栓塞的近端部分; 所述近端执行器在所述扩张构型中适于抓住所述目标栓塞的远端部分; 其中两个所述效应器在膨胀时相对地定位并且适于一致地操作,用于捕获所述凝块,使得所述凝块(i)可沿着和/或围绕所述脉管系统的主纵向轴线以预定的一组运动 ; (ii)从所述脉管系统中抽出。