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    • 1. 发明申请
    • ARRANGEMENTS AND METHOD RELATING TO SWITCHING/MULTIPLEXING
    • 关于开关/多路复用的安排和方法
    • WO1997023013A1
    • 1997-06-26
    • PCT/SE1996001689
    • 1996-12-18
    • TELEFONAKTIEBOLAGET LM ERICSSON (publ)WIKBORG, ErlandGEVORGIAN, Spartak
    • TELEFONAKTIEBOLAGET LM ERICSSON (publ)
    • H01P01/213
    • H01P1/213H01P1/2138
    • The present invention relates to superconducting multiplexing/demultiplexing arrangements (20) comprising a number of signal input means (21, 22) and a number of signal output means (25). A number of resonators (R20) provide(s) a number of filters wherein each filter represents a channel. The resonator(s) (R20) operate(s) at least in dual mode and tuning means are provided so that at least some of the resonators is/are tuneable. The invention also relates to a method 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 multipole 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 means are arranged which at least comprise the angle between the input ports and a symmetry plane wherein said angles are non-perpendicularly azimuth. Tuning means are further provided for tuning the resonant frequencies of the degenerate modes and the coupling angles and tuning means are controlled so that for a number of input signals, only one is transmitted to the output means.
    • 本发明涉及包括多个信号输入装置(21,22)和多个信号输出装置(25)的超导复用/解复用装置(20)。 多个谐振器(R20)提供多个滤波器,其中每个滤波器代表信道。 谐振器(R20)至少在双重模式下操作,并且提供调谐装置,使得至少一些谐振器是可调谐的。 本发明还涉及一种将输入到具有多个谐振器的复用装置的信号复用的方法,每个谐振器具有多个输入端口,这些输入端口被设置为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,每个谐振器以三种模式操作。 布置耦合装置,其至少包括输入端口与对称平面之间的角度,其中所述角度是非垂直方位角。 进一步提供调谐装置用于调谐简并模式和耦合角度的谐振频率,并且调谐装置被控制,使得对于多个输入信号,只有一个被输送到输出装置。
    • 5. 发明申请
    • DUAL-BAND ANTENNA SYSTEM
    • 双带天线系统
    • WO1997010621A1
    • 1997-03-20
    • PCT/US1996014615
    • 1996-09-11
    • QUALCOMM INCORPORATED
    • QUALCOMM INCORPORATEDPITTA, Thomas, A.PETERZELL, Paul, E.KORNFELD, Richard, K.WEILAND, Ana, L.WALLACE, Raymond, C.
    • H01P01/213
    • H04B1/406H01P1/213H03H2007/386H04B1/005H04B1/18
    • A dual-band antenna system for use in a portable communications device is disclosed herein. The antenna system includes an antenna element (10) for radiating electromagnetic energy within low-band and high-band wavelength ranges. In a preferred embodiment, a low-band isolator network (20), coupled to the antenna element (10), provides signal isolation between high-band and low-band signal paths during high-band operation. Similarly, a high-band isolator network (18) provides signal isolation, during operation over the low-band range of wavelengths, between the high-band and low-band signal paths. During transmit and receive operation, low-band and high-band electromagnetic energy directed through the antenna (10) is passed by the low-band and high-band isolator networks, (20) and (18) respectively. Also included are low-band and high-band matching networks (28) and (36), respectively, which couple the low-band and high-band isolator networks (20) and (18), respectively, to low-band and high-band transceiver circuitry.
    • 本文公开了一种用于便携式通信设备的双频天线系统。 天线系统包括用于在低频带和高频带波长范围内辐射电磁能的天线元件(10)。 在优选实施例中,耦合到天线元件(10)的低频带隔离器网络(20)在高频带操作期间在高频带和低频带信号路径之间提供信号隔离。 类似地,高带隔离器网络(18)在高频带和低频带信号路径之间的低波段范围内的操作期间提供信号隔离。 在发射和接收操作期间,引导通过天线(10)的低频带和高频带电磁能分别由低频带和高频带隔离器网络(20)和(18)通过。 还包括分别将低频带和高频带隔离器网络(20)和(18)耦合到低频和高频的低频带和高频带匹配网络(28)和(36) 带收发器电路。
    • 10. 发明申请
    • NONRESONANT SUPERCONDUCTIVE FILTER STRUCTURES
    • 非阻尼超导滤波器结构
    • WO1995004384A1
    • 1995-02-09
    • PCT/US1993007264
    • 1993-08-02
    • CONDUCTUS, INC.WITHERS, Richard, S.
    • CONDUCTUS, INC.
    • H01P01/213
    • H01P1/2135
    • Bandpass filters and filter banks which use tapped planar superconductive delay lines are disclosed. Tapping is performed by backward-wave couplers which, in one embodiment, are of approximately equal length in a given channel. The low losses of superconductors make the use of tapped delay lines practical. Because tapped delay line filters are nonresonant structures, the stored energy density within the filter will be much less than that in a conventional coupled-resonator filter. This permits even a compact superconducting filter to handle large power densities like those common in telecommunications filter banks. Appropriate weighting of the taps reduces side-lobe response, and deviations from linear phase are compensated by predistortions in the tap weighting.
    • 公开了使用抽头平面超导延迟线的带通滤波器和滤波器组。 攻击由反向波耦合器执行,在一个实施例中,该波形耦合器在给定的通道中具有大致相等的长度。 超导体的低损耗使得使用轻敲延迟线实用。 由于抽头延迟线滤波器是非共振结构,滤波器内存储的能量密度将远低于常规耦合谐振滤波器中的能量密度。 这甚至允许紧凑型超导滤波器处理诸如电信滤波器组中常见的大功率密度。 抽头的适当加权减少了旁瓣响应,并且通过抽头加权中的预失真来补偿与线性相位的偏差。