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    • 11. 发明授权
    • Superconducting arrangement with non-orthogonal degenerate resonator
modes
    • 具有非正交退化谐振器模式的超导布置
    • US6114931A
    • 2000-09-05
    • US99273
    • 1998-06-18
    • Spartak GevorgianErland Wikborg
    • Spartak GevorgianErland Wikborg
    • H01P1/213H01P7/10
    • H01P7/105H01P1/213Y10S505/701
    • Superconducting multiplexing/demultiplexing arrangements include a number of signal input devices and a number of signal output devices. A number of resonators provides a number of filters. Each filter represents a channel. The resonator(s) operate(s) devices at lest in dual mode, and tuning devices are provided so that at least some of the resonators is/are tuneable. A method is provided of multiplexing signals incoming to a multiplexing arrangement with a number of resonators, each of the resonators having a number of input ports which are so arranged that a number of mulitpole filters are created. Input signals having different frequencies are supplied to the different input ports of the resonators, each of which is operated in three modes. Coupling devices are arranged which at least comprise the angle between the input ports and a symmetry plane. The angles are non-perpendicularly azimuth. Tuning devices are further provided for tuning the resonant frequencies of the degenerate modes, and the coupling angles and tuning devices are controlled so that for a number of input signals, only input signal is transmitted to the output devices.
    • 超导复用/解复用布置包括多个信号输入设备和多个信号输出设备。 许多谐振器提供了许多滤波器。 每个过滤器代表一个通道。 谐振器以双重模式操作设备,并且提供调谐装置,使得至少一些谐振器是可调谐的。 提供了一种将多个输入到多路复用装置的信号复用到多个谐振器的方法,每个谐振器具有多个输入端口,其布置使得产生多个多极滤波器。 具有不同频率的输入信号被提供给谐振器的不同输入端口,每个输入端口以三种模式操作。 布置耦合装置,其至少包括输入端口和对称平面之间的角度。 角度是非垂直方位角。 进一步提供调谐装置以调谐简并模式的谐振频率,并且控制耦合角度和调谐装置,使得对于多个输入信号,仅将输入信号传输到输出装置。
    • 12. 发明申请
    • Ferroelectric devices and method relating thereto
    • 铁电元件及其相关方法
    • US20060012448A1
    • 2006-01-19
    • US11229622
    • 2005-09-20
    • Spartak GevorgianErland Wikborg
    • Spartak GevorgianErland Wikborg
    • H01P5/04
    • H01G7/06
    • The present invention relates to an electrically controllable/tunable microwave device comprising a ferroelectric substrate with a variable dielectric permitivity and conducting electrodes, arranged on said substrate, and the capacitance of which depends on applied voltage C/V), the microwave device comprises at least two sections or parts of the substrate/electrodes for each of which different electrical field strengths are generated upon voltage application. Said generated electrical field strengths are controlled by means of the design of the device and/or the voltage application such that the slope (dC(dV) of the voltage dependence of the capacitance (C(V) of the microwave device can be controlled.
    • 本发明涉及一种电控制/可调谐微波器件,其包括具有可变介电常数的铁电衬底和布置在所述衬底上的导电电极,其电容取决于所施加的电压C(V),所述微波器件至少包括 基板/电极的两个部分或部分,其中每一个在施加电压时产生不同的电场强度。 通过设备的设计和/或电压施加来控制所产生的电场强度,使得可以控制微波器件的电容C(V)的电压依赖性的斜率(dC / dV)。
    • 15. 发明授权
    • Ferroelectric devices and method relating thereto
    • 铁电元件及其相关方法
    • US07274277B2
    • 2007-09-25
    • US11229622
    • 2005-09-20
    • Spartak GevorgianErland Wikborg
    • Spartak GevorgianErland Wikborg
    • H01G4/06
    • H01G7/06
    • The present invention relates to an electrically controllable/tunable microwave device comprising a ferroelectric substrate with a variable dielectric permitivity and conducting electrodes, arranged on said substrate, and the capacitance of which depends on applied voltage C/V), the microwave device comprises at least two sections or parts of the substrate/electrodes for each of which different electrical field strengths are generated upon voltage application. Said generated electrical field strengths are controlled by means of the design of the device and/or the voltage application such that the slope (dC(dV) of the voltage dependence of the capacitance (C(V) of the microwave device can be controlled.
    • 本发明涉及一种电控制/可调谐微波器件,其包括具有可变介电常数的铁电衬底和布置在所述衬底上的导电电极,其电容取决于所施加的电压C(V),所述微波器件至少包括 基板/电极的两个部分或部分,其中每一个在施加电压时产生不同的电场强度。 通过设备的设计和/或电压施加来控制所产生的电场强度,使得可以控制微波器件的电容C(V)的电压依赖性的斜率(dC / dV)。
    • 16. 发明授权
    • Switchable superconductive inductor
    • 可切换超导电感
    • US06556849B2
    • 2003-04-29
    • US09353649
    • 1999-07-15
    • Shu-Ang ZhouErland Wikborg
    • Shu-Ang ZhouErland Wikborg
    • H01P308
    • H01P3/081
    • An inductor for microwave frequencies has a substantially planar structure and is constructed of a transmission line designed as a linear microstrip element made of a central line comprising normal electrically conducting material, such as a suitable metal. The microstrip element has a width which is varied by making areas at sides of the central line superconducting. By changing the effective width of the microstrip, the inductance of the microstrip is changed accordingly. The areas at the sides of the microstrip element in the non-superconducting state may have some electrical conductivity. However, because they contact the central metal conductor only at a very narrow edge, instead of contacting it at a large surface, the side superconducting areas do not significantly affect the transmission characteristics of the transmission path when the superconducting areas are in the normal state.
    • 用于微波频率的电感器具有基本上平面的结构,并且由传输线构成,该传输线被设计为由包括普通导电材料(例如合适的金属)的中心线制成的线性微带线元件。 微带元件具有通过使中心线侧面的区域超导而变化的宽度。 通过改变微带的有效宽度,相应地改变微带的电感。 在非超导状态的微带元件侧面的区域可能具有一些导电性。 然而,由于它们仅在非常窄的边缘处接触中心金属导体,而不是在大表面处接触中心金属导体,所以当超导区域处于正常状态时,侧面超导区域不会显着影响传输路径的传输特性。