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    • 4. 发明公开
    • Band-pass filter
    • 带通滤波器
    • EP1764857A1
    • 2007-03-21
    • EP06019340.6
    • 2006-09-15
    • Daido Tokushuko Kabushiki Kaisha
    • Saito, AkihikoTsutsui, Kazuhisa
    • H01P1/203H01P3/08
    • H01P1/20363
    • The present invention provides a band-pass filter having: a first substrate; a second substrate; an input line; an output line, a ground layer; and an electromagnetic wave absorptive layer, the input line being provided on a first surface of the first substrate, the input line extending from a first edge thereof toward a second edge thereof, the output line being provided on a second surface of the first substrate, the output line extending from the second edge thereof toward the first edge thereof, the input line and the output line forming an overlapping line, the output line being sandwiched between a first surface of the second substrate and the second surface of the first substrate, the ground layer being provided on a second surface of the second substrate; the electromagnetic wave absorptive layer being provided on the first surface of the first substrate, the electromagnetic wave absorptive layer covering the input line.
    • 本发明提供一种带通滤波器,其具有:第一基板; 第二衬底; 一条输入线; 输出线,接地层; 以及电磁波吸收层,所述输入线设置在所述第一基板的第一表面上,所述输入线从其第一边缘朝向其第二边缘延伸,所述输出线设置在所述第一基板的第二表面上, 所述输出线从其第二边缘朝向其第一边缘延伸,所述输入线和所述输出线形成重叠线,所述输出线夹在所述第二基板的第一表面与所述第一基板的第二表面之间,所述输出线 接地层设置在所述第二基板的第二表面上; 电磁波吸收层设置在第一基板的第一表面上,电磁波吸收层覆盖输入线。
    • 7. 发明公开
    • Planar filter and filter system
    • 平面过滤器和Filtersysstem
    • EP1089374A3
    • 2002-10-09
    • EP00308030.6
    • 2000-09-15
    • KABUSHIKI KAISHA TOSHIBA
    • Terashima, YoshiakiFuke, HiroyukiKayano, HiroyukiYoshino, Hisashi
    • H01P1/203
    • H01P1/20363Y10S505/70Y10S505/701Y10S505/866
    • There is disclosed a planar filter which can variably control a pass frequency band with a high precision and which is superior in skirt property and little in ripple. A planar filter member (1) and tuning member (2) are disposed opposite to each other via a predetermined gap. The filter member (1) is structured in such a manner that an input/output portion (5) formed of a superconductor and a plurality of resonance elements (6) are formed on a substrate (4). The tuning member (2) is structured in such a manner that on the surface of a magnetic plate (7) with a permeability changing by an applied magnetic field, a plurality of dielectric thin films (8), and a plurality of electrodes (9) for applying electric fields to the dielectric thin films (8) are arranged. Each of the dielectric thin films (8) is disposed in a position opposite to a gap between the resonance elements (6) of the filter member (1), or a gap between the filter member (1) and the input/output portion (5). By applying a voltage between the electrodes (9), an effective permittivity ε of the gap between the resonance elements (6), or the gap between the resonance element (6) and the input/output portion (5) is variably controlled, and the skirt property and ripple are adjusted. Moreover, a resonance frequency of the resonance elements (6), a coupling between the resonance elements (6), and a coupling between the resonance element (6) and the input/output portion (5) may be individually and independently controlled.
    • 8. 发明公开
    • Stacked type dielectric filter
    • Dielektrisches过滤器在Stapelbauweise
    • EP1111707A3
    • 2002-06-19
    • EP00311491.5
    • 2000-12-20
    • NGK INSULATORS, LTD.
    • Hirai, Takami, c/o NGK Insulators, Ltd.Mizuno, Kazuyuki, c/o NGK Insulators, Ltd.Mizutani, Yasuhiko, c/o NGK Insulators, Ltd.
    • H01P1/203
    • H01P1/20363
    • A stacked type dielectric filter (10A) comprises two sets of resonators (14A, 14B) arranged in a dielectric substrate (12) constructed by laminating a plurality of dielectric layers, in which each of the resonators (14A, 14B) includes two resonance electrodes (16A, 16B) superimposed in a stacking direction; wherein one resonance electrode (16A) of the two resonance electrodes (16A, 16B) for constructing each of the resonators (14A, 14B) is formed to have a wide width as compared with the other resonance electrode (16B). Accordingly, even when any stacking deviation occurs in the plurality of resonance electrodes during the production, it is possible to decrease the variation of characteristics. Thus, it is possible to maximally exhibit the effect (high Q value, small size, and high performance) to be obtained by constructing the resonator by superimposing the plurality of resonance electrodes in the stacking direction.
    • 叠层型介质滤波器(10A)包括布置在电介质基板(12)中的两组谐振器(14A,14B),所述电介质基板(12)通过层叠多个电介质层而构成,其中每个谐振器(14A,14B)包括两个谐振电极 (16A,16B)叠置在层叠方向上; 其中,用于构成每个谐振器(14A,14B)的两个谐振电极(16A,16B)的一个谐振电极(16A)形成为与另一谐振电极(16B)相比宽的宽度。 因此,即使在生产中在多个谐振电极中发生任何堆叠偏移的情况下,也可以减小特性的变化。 因此,可以通过在堆叠方向上叠加多个谐振电极来构造谐振器来最大限度地发挥效果(高Q值,小尺寸和高性能)。