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    • 2. 发明授权
    • Dielectric filter, dielectric duplexer, and communication apparatus
    • 介质滤波器,介质双工器和通信设备
    • US06940364B2
    • 2005-09-06
    • US10805353
    • 2004-03-22
    • Masayuki AtokawaHitoshi TadaHideyuki Kato
    • Masayuki AtokawaHitoshi TadaHideyuki Kato
    • H01P1/205H01P1/213H01P7/04H01P5/12
    • H01P1/2136H01P1/2056
    • A dielectric filter provided with a dielectric block including at least four resonant through holes that are adjacent to each other. A multipath slot is arranged near three adjacent through holes of the at least four resonant through holes. The multipath slot has an inner conductor formed on an inner surface thereof in order to generate a first capacitance between a first area near the open end of each of the three adjacent through holes and the inner conductor of the multipath slot. A step is formed so that a second capacitance is generated between a second area near the open end of each of two through holes of the at least four resonant through holes and an outer conductor located within the step. An attenuation peak is generated at the lower-frequency side of the passband with the multipath slot and the three adjacent through holes, and an attenuation peak is generated at the higher-frequency side of the passband with the two through holes and the outer conductor within the step.
    • 一种介质滤波器,其具有包括彼此相邻的至少四个谐振通孔的介质块。 多路槽位于至少四个谐振通孔的三个相邻通孔附近。 多径槽具有形成在其内表面上的内导体,以便在三个相邻通孔中的每一个的开口端附近的第一区域和多路槽的内导体之间产生第一电容。 形成台阶,使得在至少四个谐振通孔的两个通孔的开口端附近的第二区域和位于台阶内的外部导体之间产生第二电容。 在具有多径槽和三个相邻通孔的通带的低频侧产生衰减峰值,并且在通带的高频侧产生衰减峰值,其中两个通孔和外部导体在 的步骤
    • 4. 发明授权
    • Dielectric filter, dielectric duplexer, and communication equipment
    • 介质滤波器,介质双工器和通信设备
    • US06507250B1
    • 2003-01-14
    • US09374476
    • 1999-08-13
    • Hitoshi TadaHideyuki KatoMotoharu HiroshimaHaruo Matsumoto
    • Hitoshi TadaHideyuki KatoMotoharu HiroshimaHaruo Matsumoto
    • H01P1213
    • H01P1/2056H01P1/2136
    • A dielectric filter or a dielectric duplexer is provided which comprises a dielectric block in a substantially rectangular parallelepiped shape, having a pair of opposite parallel end-faces and plural sides extending between the paired opposite end-faces, one of the plural sides being a mounting face; plural resonator holes elongating through the inside of the dielectric block across the paired opposite end-faces; inner conductors provided on the inner walls of the plural resonator holes, respectively; an outer conductor provided on the outside of the dielectric block; input-output electrodes provided only on one of the paired opposite end-faces, separated from the outer conductor, and capacitance-coupled to the predetermined inner conductors, respectively; and conductive terminals for external connection, connected to the input-output electrodes, having at least portions thereof lying substantially in the same plane as the mounting face. In the dielectric filter or the dielectric duplexer, since input-output electrode are provided on the end-face of the dielectric block, not provided on the sides of the dielectric block, the deterioration of Q0, caused by the input-output electrodes, can be reduced. Accordingly, the insertion loss and the attenuation characteristics are improved.
    • 提供一种介质滤波器或介质双工器,其包括基本上为长方体形状的介质块,具有一对相对的平行端面和在所述一对相对端面之间延伸的多个侧面,所述多个侧面中的一个为安装 面对; 多个谐振器孔延伸穿过所述一对相对端面的所述介质块的内部; 分别设置在多个谐振器孔的内壁上的内部导体; 设置在介质块的外侧的外部导体; 输入输出电极仅设置在与外部导体分离的成对的相对端面中的一个上,并且电容耦合到预定的内部导体; 和用于外部连接的导电端子,连接到输入 - 输出电极,其至少部分基本上位于与安装面相同的平面中。 在介质滤波器或介质双工器中,由于输入输出电极设置在不设置在介质块的侧面的介质块的端面上,所以由输入 - 输出电极引起的Q0的劣化可以 减少 因此,插入损耗和衰减特性得到改善。
    • 5. 发明授权
    • Dielectric filter, dielectric duplexer, and transceiver
    • 介质滤波器,介质双工器和收发器
    • US06177852B1
    • 2001-01-23
    • US09314992
    • 1999-05-20
    • Hitoshi TadaHideyuki Kato
    • Hitoshi TadaHideyuki Kato
    • H01P120
    • H01P1/2136H01P1/2056
    • The present invention provides a dielectric filter and a dielectric duplexer, each including a plurality of dielectric resonators. The dielectric filter and the dielectric duplexer each comprising: a dielectric block having a first surface and a second end surface opposite to each other; at least three resonator holes passing through the first end surface to the second end surface of the dielectric block; inner conductors disposed on the inner wall surfaces of the resonator holes; an outer conductor disposed on the external surface of the dielectric block; the outer conductor on the first end surface of the dielectric block being separated into an inner part and a peripheral part by a nonconductive portion; the inner part including the openings of at least three of the resonator holes adjacent to each other; a peripheral part being arranged around the inner part; and the inner part and the peripheral part being connected by a microinductance-generating means.
    • 本发明提供一种介质滤波器和介质双工器,每个都包括多个介质谐振器。 介质滤波器和介质双工器各自包括:介质块,其具有彼此相对的第一表面和第二端面; 至少三个谐振器孔穿过第一端面到介质块的第二端面; 设置在谐振器孔的内壁表面上的内部导体; 布置在介质块的外表面上的外导体; 介质块的第一端面上的外导体被非导电部分分隔成内部部分和周边部分; 所述内部部分包括彼此相邻的所述谐振器孔中的至少三个的开口; 周围部分围绕内部部分布置; 并且内部部分和周边部分通过微电感产生装置连接。
    • 6. 发明授权
    • Dielectric resonator apparatus comprising connection conductors
extending between resonators and external surfaces
    • 介质谐振器装置包括在谐振器和外表面之间延伸的连接导体
    • US5629656A
    • 1997-05-13
    • US317334
    • 1994-10-04
    • Hitoshi TadaHideyuki KatoTatsuya Tsujiguchi
    • Hitoshi TadaHideyuki KatoTatsuya Tsujiguchi
    • H01P1/205H01P5/08
    • H01P1/2056
    • A dielectric resonator apparatus includes at least one dielectric coaxial resonator in a dielectric block of a dielectric material having first and second end surfaces, and a plurality of side surfaces. At least one cylindrical resonator hole is disposed so as to penetrate the dielectric block and an outer conductor is disposed on at least the first end surface and, the plurality of side surfaces. Further, at least one inner conductor is disposed in the resonator hole so that one end thereof located on the first end surface side is electrically insulated from the outer conductor, thereby constituting at least one dielectric coaxial resonator. A pair of input and output electrodes is disposed on at least one predetermined side surface of the dielectric block so as to be electrically insulated from the outer conductor and to be close to one end of the inner conductor located adjacent the first end surface. Furthermore, two penetrating holes are disposed so as to penetrate the dielectric block between a pair of input and output electrodes and the inner conductor, and two connection conductors for electrically connecting a pair of input and output electrodes to the inner conductor are disposed in the penetrating holes.
    • 介质谐振器装置包括在具有第一和第二端面以及多个侧表面的电介质材料的介质块中的至少一个电介质同轴谐振器。 至少一个圆柱形谐振器孔被设置成穿透介电块,并且外部导体设置在至少第一端面和多个侧表面上。 此外,至少一个内部导体设置在谐振器孔中,使得位于第一端面侧的一端与外部导体电绝缘,从而构成至少一个电介质同轴谐振器。 一对输入和输出电极设置在介电块的至少一个预定侧表面上,以便与外部导体电绝缘并且靠近位于邻近第一端面的内部导体的一端。 此外,两个贯通孔被设置成穿过一对输入和输出电极和内部导体之间的介质块,并且将一对输入和输出电极电连接到内部导体的两个连接导体设置在穿透 孔。
    • 7. 发明授权
    • Characteristic adjusting method for dielectric filter using a grinding
tool
    • 使用研磨工具的介质过滤器特性调整方法
    • US6078230A
    • 2000-06-20
    • US843433
    • 1997-04-15
    • Haruo MatsumotoYasuo YamadaYukihiro KitaichiTadahiro YoritaHideyuki KatoTatsuya TsujiguchiHisashi MoriHitoshi Tada
    • Haruo MatsumotoYasuo YamadaYukihiro KitaichiTadahiro YoritaHideyuki KatoTatsuya TsujiguchiHisashi MoriHitoshi Tada
    • H01P1/205H01P1/201H01P11/00
    • H01P1/2056Y10T29/49016
    • A method of adjusting characteristics of a dielectric filter having integral electromagnetic shielding, the dielectric filter comprises a dielectric body having an outer surface including first and second end surfaces and side surfaces extending between the first and second end surfaces; an external conductor disposed on the outer surface of the dielectric body and providing integral electromagnetic shielding of the dielectric filter; at least one hole extending through the dielectric body between the first and second end surfaces; a respective pair of internal conductors provided in the at least one hole and conductively connected to the external conductor at respective ends of the hole, a respective non-conductive portion in the hole being spaced from both ends and thereby separating the pair of internal conductors and defining a respective capacitance between the pair of internal conductors; and signal input and output electrodes provided on the outer surface of the dielectric body and electrically isolated from the external conductor. According to the method, a portion of the dielectric material is removed, for example by grinding, to form the respective non-conductive portion in the hole. The hole may have a changing diameter along its length, due to a hollow formed in one end surface, the non-conductive portion being adjacent to the hollow; or due to a narrowed throttle portion formed at or near the end surface, the non-conductive portion being formed on the throttle portion. Alternatively, the hole may have a substantially constant cross-section, and the non-conductive portion may be substantially flush with the inner surface of the hole. The dielectric body may be regular in shape or may have a side surface with portions spaced from the resonator hole by different respective distances.
    • 一种调节具有整体电磁屏蔽的介质滤波器的特性的方法,所述介质滤波器包括具有包括第一和第二端面以及在所述第一和第二端面之间延伸的侧表面的外表面的电介质体; 设置在电介质体的外表面上并提供介质滤波器的整体电磁屏蔽的外部导体; 至少一个孔延伸穿过第一和第二端面之间的电介质体; 设置在所述至少一个孔中的相应的一对内部导体,并且在所述孔的相应端处导电地连接到所述外部导体,所述孔中的相应的非导电部分与两端间隔开,从而将所述一对内部导体和 限定所述一对内部导体之间的相应电容; 以及设置在电介质体的外表面上并与外部导体电隔离的信号输入和输出电极。 根据该方法,例如通过研磨去除介电材料的一部分,以在孔中形成相应的非导电部分。 由于在一个端面形成的中空孔,孔的长度可以具有变化的直径,非导电部分与中空部相邻; 或者由于形成在端面处或附近的节流部分变窄,所以非导电部分形成在节流部分上。 或者,孔可以具有基本上恒定的横截面,并且非导电部分可以与孔的内表面基本上齐平。 电介质体的形状可以是规则的,也可以具有不同的距离的与谐振器孔隔开的侧面。