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    • 1. 发明申请
    • MEMS-BASED BYPASS SYSTEM FOR USE WITH A HTS RF RECEIVER
    • 基于MEMS的旁路系统,用于HTS RF接收机
    • US20040092243A1
    • 2004-05-13
    • US10017147
    • 2001-12-13
    • Superconductor Technologies, Inc.
    • Gregory L. Hey-Shipton
    • H04B001/10H04M001/00H04B001/38
    • H04B1/036
    • A HTS-based RF receiver includes a cryocooler and a cryogenic enclosure in thermal communication with the cryocooler. The cryogenic enclosure contains a HTS filter and a LNA therein. A first MEMS bypass switch is positioned between a RF input and the HTS filter, the first MEMS bypass switch operatively coupling the RF input to the HTS filter. A second MEMS bypass switch is positioned between the LNA and RF output, the second MEMS bypass switch operatively coupling the LNA to the RF output. A bypass pathway located within the cryogenic enclosure is connected between the first and second MEMS switches to bypass the HTS filter and LNA when an operating parameter of the RF receiver falls outside a pre-determined range.
    • 基于HTS的RF接收机包括与低温冷却器热连接的低温冷却器和低温外壳。 低温外壳包含HTS过滤器和LNA。 第一MEMS旁路开关位于RF输入和HTS滤波器之间,第一MEMS旁路开关可操作地将RF输入耦合到HTS滤波器。 第二MEMS旁路开关位于LNA和RF输出之间,第二MEMS旁路开关可操作地将LNA耦合到RF输出端。 当RF接收器的操作参数落在预定范围之外时,位于低温外壳内的旁路通路连接在第一和第二MEMS开关之间以绕过HTS滤波器和LNA。
    • 3. 发明申请
    • High temperature superconducting structures and methods for high Q, reduced intermodulation structures
    • 高温超导结构和高Q值的方法,减少了互调结构
    • US20030087765A1
    • 2003-05-08
    • US10167938
    • 2002-06-10
    • SUPERCONDUCTOR TECHNOLOGIES, INC.
    • Balam Quitze Andres Willemsen CortesAlbert H. CardonaNeal O. FenziRoger J. Forse
    • H01P001/203H01B012/02
    • H01P7/082C07C19/03H01F6/06H01F17/0006H01F2027/2861H01P7/00H03H1/00H03H2/00H03H7/0115H03H7/0123H03H7/03H03H2001/0071H03H2001/0078Y10S336/01Y10S505/70Y10S505/701Y10S505/866
    • Novel structures and methods for forming useful high temperature superconducting devices, most particularly resonators, are provided. Structures resulting in reduced peak current densities relative to known structures achieve numerous desirable benefits, especially including the reduced intermodulation effects of earlier resonators. In one aspect of this invention, a spiral in, spiral out resonator is provided, characterized in that it has an odd number of long runs, at least equal to five long runs, where the long runs are connected by turns, and wherein there are at least two sequential turns of the same handedness, followed by at least two turns of the opposite handedness. In yet another aspect of this invention, it has been discovered that reducing the size of the input and output pads of HTS resonators increases the relative inductance compared to the capacitance. Yet another resonator structure is a spiral snake resonator having a terminal end disposed within the resonator. A wide in the middle structure and wide at peak current density resonator structures utilize enlarged width portions of the resonator in those areas where current density is largest. In yet another aspect of this invention, operation of resonators in high modes, above the fumdamental mode, reduce peak current densities. Resonators operated in modes in which current in adjacent long runs are in the same direction further serve to reduce current densities, and intermodulation effects. Symmetric current structures and modes of operation are particularly advantageous where far field effects are compensated for.
    • 提供了用于形成有用的高温超导装置,特别是谐振器的新颖结构和方法。 导致相对于已知结构降低的峰值电流密度的结构实现了许多期望的益处,特别是包括较早谐振器的减少的互调效应。 在本发明的一个方面,提供一种螺旋形螺旋输出谐振器,其特征在于,其具有奇数个长行程,至少等于五个长行程,其中长行程轮流连接,并且其中存在 至少两个相同的手性的连续转弯,其次是至少两圈相反的手感。 在本发明的另一方面,已经发现,与电容相比,减小HTS谐振器的输入和输出焊盘的尺寸增加了相对电感。 另一种谐振器结构是具有设置在谐振器内的终端的螺旋形蛇形谐振器。 中间结构宽,峰值电流密度谐振器结构宽,在电流密度最大的区域中利用谐振器的扩大宽度部分。 在本发明的另一方面,高于烟熏模式的高模式的谐振器的操作降低了峰值电流密度。 在相邻长行中的电流处于相同方向的模式下操作的谐振器进一步用于降低电流密度和互调效应。 对称电流结构和操作模式在远场效应得到补偿时特别有利。
    • 4. 发明申请
    • FILTER WITH IMPROVED INTERMODULATION DISTORTION CHARACTERISTICS AND METHODS OF MAKING THE IMPROVED FILTER
    • 具有改进的互补失真特性的过滤器和改进的过滤器的方法
    • US20020198110A1
    • 2002-12-26
    • US09886768
    • 2001-06-19
    • Superconductor Technologies, Inc.
    • Markku I. SalkolaRobert B. HammondNeal Fenzi
    • H03H007/01H01B012/02
    • H01P1/20381H01P1/20Y10S505/70Y10S505/866
    • Multi-stage electric filters with improved intermodulation-distortion characteristics and a method for designing such electric filters is provided. In general, the invention may include a multi-resonator electric filter in which one or more of the resonators have been intentionally designed to have a different IP and/or Q than the other resonators in the electric filter. In one case, the electric filters include a 4-resonator Chebyshev narrow pass-band filter with at least the first resonator having a Q and/or IP different from at least one other resonator in the filter. The filter thereby has improved IMD power over conventional designed filters while maintaining high Q. In a preferred embodiment the filter may include a superconducting material. The relative Q and IP of the respective resonators in the improved filter may depend on the relative strength of in-band and out-of-band signals. The performance and cost of the electric filter may be optimized by designing the filter to have a relative Q and IP required by the particular application.
    • 提供了具有改进的互调失真特性的多级电滤波器和用于设计这种滤波器的方法。 通常,本发明可以包括多谐振器电滤波器,其中一个或多个谐振器被有意设计成具有与电滤波器中的其它谐振器不同的IP和/或Q。 在一种情况下,电滤波器包括4谐振器Chebyshev窄通带滤波器,至少第一谐振器具有与滤波器中的至少一个其它谐振器不同的Q和/或IP。 因此,过滤器相对于常规设计的过滤器具有改善的IMD功率,同时保持高Q。在优选实施例中,过滤器可以包括超导材料。 改进滤波器中相应的谐振器的相对Q和IP可以取决于带内和带外信号的相对强度。 可以通过将滤波器设计为具有特定应用所需的相对Q和IP来优化电滤波器的性能和成本。
    • 8. 发明申请
    • RF receiver switches
    • 射频接收器开关
    • US20040005871A1
    • 2004-01-08
    • US10190328
    • 2002-07-05
    • Superconductor Technologies, Inc.
    • Elna R. SaitoGregory L. Hey-ShiptonJames R. CostaStacey M. Bilski
    • H04B001/18
    • H01P1/127H04B1/036
    • RF switches and methods of use are provided. In one embodiment, a RF switch includes first and second switch assemblies, each comprising an elongate member and a magnetic housing on an end of the member. The magnet is disposed between contact pads for first and second circuits, and an electromagnetic source is coupled to the assemblies. Each switch has a first and second state. Another RF switch of the present invention includes a rotor, an elongate member disposed centrally through the rotor, an actuator coupled to the member and configured to rotate the member and the rotor, and a contact on the rotor that may touch a substrate. The contact is used to complete a first path or a second path.
    • 提供RF开关和使用方法。 在一个实施例中,RF开关包括第一和第二开关组件,每个开关组件包括在构件的端部上的细长构件和磁性壳体。 磁体设置在用于第一和第二电路的接触焊盘之间,并且电磁源耦合到组件。 每个开关具有第一和第二状态。 本发明的另一RF开关包括转子,通过转子中心设置的细长构件,联接到构件并被构造成旋转构件和转子的致动器以及转子上可接触衬底的触点。 该联系人用于完成第一条路径或第二条路径。
    • 9. 发明申请
    • FILTER NETWORK COMBINING NON-SUPERCONDUCTING AND SUPERCONDUCTING FILTERS
    • 过滤器网络组合非超导和超导滤波器
    • US20030092577A1
    • 2003-05-15
    • US09818100
    • 2001-03-26
    • Superconductor Technologies, Inc
    • Gregory L. Hey-Shipton
    • H01P001/20H01B012/02
    • H01P1/205H01P1/2136
    • A filter network designed for providing high frequency selectivity with a high degree of reliability and availability. The filter network comprises a superconducting filter and a non-superconducting filter, or a combination thereof to form multiplexers. A receive side of the non-superconducting filter pre-filters received RF signals before inputting them to the superconducting filter. The non-superconducting filter is constructed and arranged to pass RF signals having a frequency within a first pass band to the superconducting filter. The superconducting device is constructed and arranged to exhibit a high-degree of frequency selectivity in further narrowing the received RF signals. Other aspects are directed to the arrangement, construction, and uses of the same structures to accomplish different but similar goals. In a multiplexed configuration, various combinations of transmit filters are used to enable the use of a common antenna with the receive side electronics, which may be located at the top of the antenna tower or in the base station.
    • 设计用于提供高频率选择性和高度可靠性和可用性的滤波器网络。 滤波器网络包括超导滤波器和非超导滤波器或其组合以形成多路复用器。 非超导滤波器的接收端在将它们输入超导滤波器之前对接收到的RF信号进行预滤波。 非超导滤波器被构造和布置成将具有第一通带内的频率的RF信号传递到超导滤波器。 超导器件被构造和布置为在接收的RF信号进一步变窄的过程中表现出高度的频率选择性。 其他方面针对相同结构的安排,构造和使用来完成不同但相似的目标。 在复用配置中,使用发射滤波器的各种组合来使得能够使用具有可以位于天线塔顶部或基站中的接收侧电子设备的公共天线。