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    • 2. 发明申请
    • DROOP REDUCTION CIRCUIT FOR CHARGE PUMP BUCK CONVERTER
    • 充电泵保险丝转换器减速电路
    • US20150381035A1
    • 2015-12-31
    • US14734720
    • 2015-06-09
    • Texas Instruments Incorporated
    • ERICK OMAR TORRESBYUNGCHUL JANG
    • H02M3/07
    • H02M3/07H02M3/156H02M3/1582H02M3/16H02M3/285H02M2001/009
    • A Charge Pump Buck Converter (CPBC) includes a BC including an inductor and a CP coupled in parallel. Control logic is coupled to a switch driver coupled to a power switch(es). Control circuitry includes a voltage sensor sensing Vout and a voltage level generator for generating a first voltage level coupled to the CP stage and a second voltage level coupled to a duty cycle/rate generator block providing an input to an under voltage (UV) monitor coupled between OUT and the control logic. The control circuitry disables the CP when Vout>a first Vout level and controls the BC to regulate to a second Vout level>the first Vout level. During handoff between CP and BC during power up if Vout drops below a UV threshold, the UV monitor block modifies an input applied to the control logic for increasing charging supplied to the inductor.
    • 电荷泵降压转换器(CPBC)包括一个BC,它包括并联耦合的电感和CP。 控制逻辑耦合到耦合到电源开关的开关驱动器。 控制电路包括感测Vout的电压传感器和用于产生耦合到CP级的第一电压电平的电压传感器以及耦合到占空比/速率发生器模块的第二电压电平,该负载电平发生器模块向欠耦合 在OUT和控制逻辑之间。 当Vout>第一Vout电平时,控制电路禁用CP,并且控制BC调节到第一Vout电平>第一Vout电平。 如果Vout下降到UV阈值以下,在上电期间CP和BC之间的切换期间,UV监视器块修改施加到控制逻辑的输入,以增加提供给电感器的充电。
    • 3. 发明申请
    • Tunneling Electric Contacts And Related Methods, Systems And Applications
    • 隧道电触头及相关方法,系统与应用
    • US20140301121A1
    • 2014-10-09
    • US14154624
    • 2014-01-14
    • Anam Nanotechnology, Inc.
    • Jaser Abdel Rehem
    • H02M7/32H01H9/54H01H1/02H01H9/50H01H3/00
    • H02M7/32H01H1/0036H01H1/0094H01H3/00H01H3/001H01H50/005H01H59/0009H01H2057/006H02M3/16H02M7/58Y10T307/747
    • This disclosure provides an electrical switch based on tunneling electric contacts. Electrodes of the switch are formed to have reciprocal apparent contact surfaces, each smooth such that a compressed (in contact) composite mean asperity height between these surfaces is significantly smaller than an electron tunneling length of the switch. A movement mechanism is used to physically move one or both electrodes to vary the gap between electrodes to be greater than/less than the electron tunneling length. In select embodiments, the movement mechanism is electrically actuated and is amenable to relatively high frequency operation. The nano smooth surfaces provide for a tunneling switch where current flow is not primarily dependent on contact force between electrodes, and leads to a highly conductive ON state exceeding high performance, high-contact force mechanical switches, while also being amenable to high frequency operation.
    • 本公开提供了一种基于隧穿电触点的电开关。 开关的电极形成为具有互易的表观接触表面,每个平滑的,使得压缩(接触)复合材料表示这些表面之间的粗糙度高度明显小于开关的电子隧道长度。 使用移动机构来物理地移动一个或两个电极以将电极之间的间隙改变为大于/小于电子隧穿长度。 在选择的实施例中,移动机构被电致动并且适于相对高频率的操作。 纳米光滑表面提供隧道开关,其中电流不主要取决于电极之间的接触力,并且导致高导电ON状态超过高性能,高接触力机械开关,同时也适于高频操作。
    • 10. 发明申请
    • DC-DC Conversion Using Vibration
    • DC-DC转换使用振动
    • US20120242315A1
    • 2012-09-27
    • US13104421
    • 2011-05-10
    • Subhash Rao P.
    • Subhash Rao P.
    • G05F3/10
    • H02M3/16
    • This invention relates to the field of vibration switches, and more particularly to vibration switches used for DC to DC switching conversion. DC to DC convertors use an electrical switch like MOSFET/transistor for conversion to switched DC. The MOSFET/transistor requires a power source for the switching action. A vibration switch comprising of metal or conductive polymer strip can be used for the switching action in a DC to DC convertor. The strip is bent by using a small weight attached to one end. When exposed to vibration beyond a certain threshold the metal strip oscillates and performs multiple switching operations by connecting to the contact terminal. The switched DC thus produced could be filtered to generate a DC output. This switch does not require power for operation. The vibration sensitivity and frequency of oscillations of the switch can be controlled using the hardness of the material used.
    • 本发明涉及振动开关领域,更具体地说,涉及用于DC-DC开关转换的振动开关。 直流到直流转换器使用诸如MOSFET /晶体管之类的电气开关转换为开关式直流。 MOSFET /晶体管需要用于开关动作的电源。 包括金属或导电聚合物条的振动开关可用于直流到直流转换器中的开关动作。 通过使用附着在一端的小重量来弯曲条带。 当暴露于超过一定阈值的振动时,金属条振荡并通过连接到接触端子进行多次开关操作。 可以对由此产生的开关DC进行滤波以产生DC输出。 此开关不需要电源供操作。 可以使用所用材料的硬度来控制开关的振动灵敏度和振荡频率。