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    • 43. 发明授权
    • Compact combination unit
    • US06542049B2
    • 2003-04-01
    • US09981759
    • 2001-10-19
    • Uno HenningssonChrister Ahlberg
    • Uno HenningssonChrister Ahlberg
    • H01P512
    • H01P5/16H01P7/06
    • The invention relates to a combiner (1) for electromagnetic waves that are to be sent or received in, for example, a radio base station. The combiner comprises a first unit and at least one second unit, where the first unit comprises a first casing (8), at least two component arrangements, each of which comprises a connector (13) connected to the first casing and designed to make a connection with a device for the transmission of electromagnetic waves, at least one insulator (31) connected to the connector and enclosed in the first casing and an input device which is connected to the insulator (31); at least one screen (36) between the insulators, for screening electromagnetic fields; and at least one circuit board (37) with at least one sensor (41, 42) at least partially housed in the first casing; where the second unit comprises a second casing (14) that defines a cavity (33) for electromagnetic waves for each of the input devices, and at least one output device (5) for tapping electromagnetic waves from at least one of the cavities. The invention also relates to a radio base station and the first unit.
    • 44. 发明授权
    • Dielectric duplexer and communication apparatus
    • 介质双工器和通信设备
    • US06525625B1
    • 2003-02-25
    • US09627620
    • 2000-07-28
    • Hideki TsukamotoKatsuhito KurodaJinsei IshiharaHideyuki Kato
    • Hideki TsukamotoKatsuhito KurodaJinsei IshiharaHideyuki Kato
    • H01P512
    • H01P1/2135H01P1/2136
    • A dielectric duplexer has first and second filters passing two adjacent bands and is not influenced by signals in bands that are outwardly adjacent to the two passing bands. The space between small sectional area portions on short-circuit-end sides of first and second resonator holes is arranged to be relatively small, and the two resonator holes are coupled with each other according to a distributed-constant-type inductive coupling method. The space between small sectional area portions on short-circuit-end sides of fourth and fifth resonator holes is arranged to be relatively large, and the two resonator holes are coupled with each other according to a distributed-constant-type capacitive coupling method. Furthermore, the space between small sectional area portions on short-circuit-end sides of the fifth resonator hole and a sixth resonator hole is arranged to be relatively small, and the two resonator holes are coupled with each other according to a distributed-constant-type inductive coupling method. In this way, an attenuation pole is generated on a high-band side of a transmitting band according to the first and second resonator holes. Also, attenuation poles are individually generated on a high-band side and a low-band side of a receiving band according to the fourth, fifth, and sixth resonator holes.
    • 介质双工器具有通过两个相邻频带的第一和第二滤波器,并且不受与两个通过频带相邻的频带中的信号的影响。 第一和第二谐振器孔的短路端侧的小截面积部分之间的空间被布置为相对较小,并且两个谐振器孔根据分布常数型电感耦合方法彼此耦合。 第四谐振孔和第五谐振器孔的短路端侧的小截面积部分之间的空间被布置为相对较大,并且两个谐振器孔根据分布常数型电容耦合方法彼此耦合。 此外,第五谐振器孔的短路端侧的小截面积部分与第六谐振器孔之间的空间被布置为相对较小,并且两个谐振器孔根据分布常数相互耦合, 型电感耦合方法。 以这种方式,根据第一和第二谐振器孔,在发送频带的高频带侧产生衰减极。 此外,根据第四,第五和第六谐振器孔,在接收频带的高频带侧和低频带侧分别产生衰减极。
    • 45. 发明授权
    • Symmetric N×N branch-line hybrid power divider/combiner
    • 对称NxN分支线路混合功率分配器/组合器
    • US06522218B1
    • 2003-02-18
    • US09528073
    • 2000-03-17
    • James P. McKay
    • James P. McKay
    • H01P512
    • H01P5/12
    • A symmetric N×N branch-line hybrid power divider/combiner has N input ports and N output ports. The divider/combiner divides received powers at each input port and transmits and combines the divided powers to the output ports. The divider/combiner includes N through transmission lines, each coupling a respective input port to a respective output port. The divider/combiner also includes N input branch transmission lines, each coupling a respective input port to a central input node and N output branch transmission lines, each coupling a respective output port to a central output node.
    • 对称NxN分支线混合功率分配器/组合器具有N个输入端口和N个输出端口。 分频器/组合器在每个输入端口分配接收功率,并将分离的功率发送并组合到输出端口。 分频器/组合器包括N个通过传输线,每个将相应的输入端口耦合到相应的输出端口。 分频器/组合器还包括N个输入分支传输线,每个输入分支传输线将相应的输入端口耦合到中央输入节点和N个输出分支传输线,每个输出分支传输线将相应的输出端口耦合到中央输出节点。
    • 49. 发明授权
    • Adjustable phase and delay shift element
    • 可调节相位和延时移位元件
    • US06335665B1
    • 2002-01-01
    • US09406919
    • 1999-09-28
    • Joseph Patrick Mendelsohn
    • Joseph Patrick Mendelsohn
    • H01P512
    • H01P1/185H01P9/00
    • An apparatus and method provide an adjustable phase and time delay to an input signal. The apparatus includes an inverting element and first and second variable capacitors. The inverting element has a first end serially coupled with the input signal and a second end. The first variable capacitor is coupled between the first end of the inverting element and first voltage. The second variable capacitor is coupled between the second end of the inverting element and a second voltage. The first and second variable capacitors are separately adjustable to controllably vary a phase shift and a delay of a reflection of the input signal. The first and second voltages may be at the same or different potentials. The input signal may be coupled to the inverting element through a directional coupler, such as a circulator. The input signal, which is reflected by the inverting element, may be coupled back through the directional coupled and output as the output signal having a desired phase shift and delay relative to the input signal.
    • 一种装置和方法为输入信号提供可调节的相位和时间延迟。 该装置包括反相元件和第一和第二可变电容器。 反相元件具有与输入信号串联耦合的第一端和第二端。 第一可变电容器耦合在反相元件的第一端和第一电压之间。 第二可变电容器耦合在反相元件的第二端和第二电压之间。 第一和第二可变电容器是分开调节的,以可控地改变输入信号的相移和延迟。 第一和第二电压可以是相同或不同的电位。输入信号可以通过诸如循环器的定向耦合器耦合到反相元件。 由反相元件反射的输入信号可以通过定向耦合和输出而被耦合,作为具有相对于输入信号的期望相移和延迟的输出信号。
    • 50. 发明授权
    • Delay line filter
    • 延时线滤波器
    • US06317013B1
    • 2001-11-13
    • US09593501
    • 2000-06-14
    • Rafi Hershtig
    • Rafi Hershtig
    • H01P512
    • H01P5/12H01P1/205H03F1/3229H03F2200/198
    • A filter, for use with a delay compensating circuit in a delay line filter, formed from co-located capacitors. The capacitors may be formed as traces disposed on a circuit card and co-located to provide capacitive coupling to each other and ground. Proximity coupling wires are connected at one end to capacitive traces, and at the other end hang in mid-air above the next adjacent capacitive trace. The distance between each proximity coupling wire and the neighboring capacitive trace can be varied to control the capacitance coupling between neighboring capacitive traces. The filter is thus tuned by controlling the distances between the proximity coupling wires, and by squeezing or stretching the inductors. The shunt coils control the frequency of the filter, while the series of capacitive traces control the bandwidth.
    • 用于与同位置电容器形成的延迟线滤波器中的延迟补偿电路一起使用的滤波器。 电容器可以形成为布置在电路卡上并且位于相互位置以提供彼此电容耦合并接地的迹线。 接近耦合线在一端连接到电容迹线,另一端连接在下一个相邻电容迹线上方的空中。 可以改变每个邻近耦合线和相邻电容迹线之间的距离,以控制相邻电容迹线之间的电容耦合。 因此,通过控制接近耦合线之间的距离以及通过挤压或拉伸电感来调节滤波器。 分流线圈控制滤波器的频率,而一系列电容迹线控制带宽。