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    • 2. 发明申请
    • ACTIVE RECTIFIER
    • 主动整流器
    • WO2008067542A3
    • 2008-07-24
    • PCT/US2007086112
    • 2007-11-30
    • CELIS SEMICONDUCTOR CORPDEVILBISS ALAN D
    • DEVILBISS ALAN D
    • H02M7/217
    • H02M7/217
    • A voltage signal rectifier produces a rectified voltage signal from an input offset voltage signal The voltage signal rectifier includes input offset, output, and reference nodes, two actively controlled current regulation elements (ACCREs), and two controllers The input offset node is coupled to the input offset voltage signal The rectified voltage signal is generated onto the output node The reference node is coupled to a reference voltage for the input offset and rectified voltage signals The ACCREs are coupled to the input offset node and one of the ACCREs is coupled to the output node Each controller is configured to control the one of the ACCREs so that the ACCRE coupled to the output node allows current flow through it when the input offset voltage signal is higher than the rectified voltage signal.
    • 电压信号整流器从输入偏移电压信号产生整流电压信号电压信号整流器包括输入偏移,输出和参考节点,两个主动控制的电流调节元件(ACCRE)和两个控制器输入偏移节点耦合到 输入失调电压信号整流电压信号产生到输出节点上参考节点耦合到输入偏移和整流电压信号的参考电压ACCRE耦合到输入偏移节点,其中一个ACCRE耦合到输出 节点每个控制器被配置为控制ACCRE中的一个,使得当输入偏移电压信号高于整流电压信号时,耦合到输出节点的ACCRE允许电流流过它。
    • 3. 发明申请
    • RECTIFIED POWER SUPPLY
    • 整流电源
    • WO2008067546A3
    • 2008-07-10
    • PCT/US2007086121
    • 2007-11-30
    • CELIS SEMICONDUCTOR CORPDEVILBISS ALAN D
    • DEVILBISS ALAN D
    • G05F1/613
    • G06K7/0008
    • A power supply creates a voltage difference between high and low power supply rails The power supply has a voltage signal source, a capacitive coupling element, energy storage element 12, first and second rectifying diodes, a regulator, and bypass means for electively decreasing the impedance between the voltage signal source and the low power supply rail or increasing the load presented to the voltage signal source The capacitive coupling element is connected to the voltage signal source Energy storage element 12 stores energy between the high and low power supply rails The first rectifying diode is positioned between the capacitive coupling element and energy storage element 12 It is coupled to the voltage signal source through the capacitive coupling element and arranged to favor current flow toward energy storage element 12 from the capacitive coupling element
    • 电源在高电源和低电源轨之间产生电压差电源具有电压信号源,电容耦合元件,能量存储元件12,第一和第二整流二极管,调节器和旁路装置,用于选择性地降低阻抗 在电压信号源和低电源轨之间或增加施加到电压信号源的负载电容耦合元件连接到电压信号源储能元件12在高电源和低电源轨之间存储能量第一整流二极管 位于电容耦合元件和能量存储元件12之间。它通过电容耦合元件耦合到电压信号源,并且被布置成有利于从电容耦合元件到能量存储元件12的电流流动
    • 4. 发明申请
    • RECTIFIED POWER SUPPLY
    • 整流电源
    • WO2008067546A2
    • 2008-06-05
    • PCT/US2007/086121
    • 2007-11-30
    • CELIS SEMICONDUCTOR CORPORATIONDEVILBISS, Alan, D.
    • DEVILBISS, Alan, D.
    • H02J3/24
    • G06K7/0008
    • A power supply creates a voltage difference between high and low power supply rails. The power supply has a voltage signal source, a capacitive coupling element, energy storage element 12, first and second rectifying diodes, a regulator, and bypass means for selectively decreasing the impedance between the voltage signal source and the low power supply rail or increasing the load presented to the voltage signal source. The capacitive coupling element is connected to the voltage signal source. Energy storage element 12 stores energy between the high and low power supply rails. The first rectifying diode is positioned between the capacitive coupling element and energy storage element 12. It is coupled to the voltage signal source through the capacitive coupling element and arranged to favor current flow toward energy storage element 12 from the capacitive coupling element. The second rectifying diode is positioned between the capacitive coupling element and the low power supply rail. It is coupled to the voltage signal source through the capacitive coupling element and arranged to favor current flow toward the capacitive coupling element from the low power supply rail. The regulator regulates the level of energy stored in energy storage element 12.
    • 电源在高电源和低电源轨之间产生电压差。 电源具有电压信号源,电容耦合元件,能量存储元件12,第一和第二整流二极管,调节器和旁路装置,用于选择性地降低电压信号源和低电源轨之间的阻抗,或增加 载入电压信号源。 电容耦合元件连接到电压信号源。 储能元件12在高电源轨和低电源轨之间存储能量。 第一整流二极管位于电容耦合元件和能量存储元件12之间。它通过电容耦合元件耦合到电压信号源,并被布置成有利于从电容耦合元件朝向能量存储元件12的电流。 第二整流二极管位于电容耦合元件和低电源轨之间。 其通过电容耦合元件耦合到电压信号源,并且被布置成有利于从低电源轨道朝向电容耦合元件的电流。 调节器调节存储在储能元件12中的能量水平。
    • 5. 发明申请
    • APPARATUS FOR MEASURING PARAMETERS OF AN ELECTRONIC DEVICE
    • 用于测量电子设备参数的装置
    • WO1997034156A1
    • 1997-09-18
    • PCT/US1997004568
    • 1997-03-17
    • SYMETRIX CORPORATIONDEVILBISS, Alan
    • SYMETRIX CORPORATION
    • G01R19/00
    • G01R19/0023
    • A first terminal (791) of a device-under-measurement (DUM) is connected to a buffer amplifier (758) and to the inverting input (747) of an operational amplifier (754). A second terminal (792) of the DUM is connected to a buffer amplifier (756) having its output (796) connected to the non-inverting input (746) of the operational amplifier (754). The non-inverting input is also connected to the output (793) of a signal generator (760). The second terminal (792) is also connected to ground (767) through a programmable load circuit (762). A circuit (779) creates a feedback loop from the DUM and the load circuit (762) to the operational amplifier (754) to enable the amplifier to maintain a predetermined voltage across the DUM and to isolate the amplifier from current flow from the load circuit (762). An oscilloscope (766) is connected across the outputs (727, 796) of the buffer amplifiers (758, 757) and a computer (764) controls the signal generator (760) in response to a signal from the oscilloscope and also controls the load (762) via a load control circuit (765).
    • 被测器件(DUM)的第一端子(791)连接到缓冲放大器(758)和运算放大器(754)的反相输入端(747)。 DUM的第二端子(792)连接到其输出(796)连接到运算放大器(754)的非反相输入端(746)的缓冲放大器(756)。 同相输入也连接到信号发生器(760)的输出(793)。 第二端子(792)还通过可编程负载电路(762)连接到地(767)。 电路(779)创建从DUM和负载电路(762)到运算放大器(754)的反馈回路,以使放大器能够在DUM两端保持预定电压,并将放大器与来自负载电路的电流隔离 (762)。 示波器(766)连接在缓冲放大器(758,757)的输出端(727,796)上,并且计算机(764)响应于来自示波器的信号控制信号发生器(760),并且还控制负载 (762)经由负载控制电路(765)。
    • 7. 发明申请
    • ACTIVE RECTIFIER
    • 主动整流器
    • WO2008067542A2
    • 2008-06-05
    • PCT/US2007/086112
    • 2007-11-30
    • CELIS SEMICONDUCTOR CORPORATIONDEVILBISS, Alan D.
    • DEVILBISS, Alan D.
    • H02M7/217
    • H02M7/217
    • A voltage signal rectifier produces a rectified voltage signal from an input offset voltage signal. The voltage signal rectifier includes input offset, output, and reference nodes, two actively controlled current regulation elements (ACCREs), and two controllers. The input offset node is coupled to the input offset voltage signal. The rectified voltage signal is generated onto the output node. The reference node is coupled to a reference voltage for the input offset and rectified voltage signals. The ACCREs are coupled to the input offset node and one of the ACCREs is coupled to the output node. Each controller is configured to control the one of the ACCREs so that the ACCRE coupled to the output node allows current flow through it when the input offset voltage signal is higher than the rectified voltage signal and the other ACCRE is configured to allows current flow through it when the input offset voltage signal is lower than the rectified voltage signal.
    • 电压信号整流器从输入偏移电压信号产生整流电压信号。 电压信号整流器包括输入偏移,输出和参考节点,两个主动控制的电流调节元件(ACCRE)和两个控制器。 输入偏移节点耦合到输入偏移电压信号。 整流电压信号被产生到输出节点上。 参考节点耦合到用于输入偏移和整流电压信号的参考电压。 ACCRE耦合到输入偏移节点,并且ACCRE中的一个耦合到输出节点。 每个控制器被配置为控制ACCRE中的一个,使得当输入偏移电压信号高于整流电压信号时,耦合到输出节点的ACCRE允许电流流过它,而另一个ACCRE被配置为允许电流流过它 当输入失调电压信号低于整流电压信号时。