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    • 31. 发明申请
    • Dielectric Filter, Chip Device and Method of Manufacturing the Chip Device
    • 介质滤波器,芯片器件及制造芯片器件的方法
    • US20080224800A1
    • 2008-09-18
    • US12132885
    • 2008-06-04
    • Yasunori TakeiMotoharu HiroshimaHideyuki Kato
    • Yasunori TakeiMotoharu HiroshimaHideyuki Kato
    • H01P1/203H01P11/00
    • H01P1/2039H01P1/20372Y10T29/49155
    • A chip device having a ground electrode and a plurality of top-surface electrodes on a plate-like dielectric substrate. Two of the top-surface electrodes are connected to the ground electrode via respective short-circuit side-surface electrodes to form quarter wavelength resonant lines. A third top-surface electrode is provided between the two top-surface electrodes and both ends thereof are opened to form a half wavelength resonant line. The two top-surface electrodes each have a parallel portion arranged near and in parallel to the third top-surface electrode and a flexion that curves from the parallel portion, extends toward the remaining of the two top-surface electrodes, and is jump-coupled to the remaining of the two top-surface electrodes. The short-circuit side-surface electrodes are jump-coupled to each other, like the flexions.
    • 在片状电介质基板上具有接地电极和多个顶面电极的芯片装置。 两个顶表面电极通过相应的短路侧表面电极连接到接地电极,以形成四分之一波长的谐振线。 第三顶表面电极设置在两个顶表面电极之间,并且其两端被打开以形成半波长谐振线。 两个顶表面电极各自具有平行部分,其布置在第三顶表面电极附近并与其平行,并且从平行部分弯曲的弯曲部朝向两个顶表面电极的其余部分延伸,并且跳跃耦合 到两个顶表面电极的剩余部分。 短路侧面电极与屈曲相互跳跃耦合。
    • 33. 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
    • US06801101B2
    • 2004-10-05
    • US10339227
    • 2003-01-09
    • Motoharu HiroshimaShohachi NishijimaHideyuki Kato
    • Motoharu HiroshimaShohachi NishijimaHideyuki Kato
    • H01P1203
    • H01P1/2056H01P1/2136H01P5/10
    • A dielectric filter including: a &lgr;/2 resonator for generating resonance of ½-wavelength at a predetermined frequency, having both ends open-circuited or short-circuited; and a pair &lgr;/4 resonators respectively for generating resonance of ¼-wavelength at a frequency substantially equal to the predetermined frequency, each having one end open-circuited and the other end short-circuited; wherein the pair of &lgr;/4 resonators are disposed in proximity to each of both ends from the vicinity of the center of the &lgr;/2 resonator; a terminal coupling to the &lgr;/2 resonator is provided as an unbalanced terminal; and terminals coupling to the pair of &lgr;/4 resonators is used as a balanced terminal. In the above filter, the balanced-type input/output of signals can be performed without using a balun.
    • 一种介质滤波器,包括:λ/ 2谐振器,用于产生具有两端开路或短路的预定频率的1/2波长的谐振; 以及一对λ/ 4谐振器,分别用于以基本上等于预定频率的频率产生1/4波长的谐振,每个具有一端开路并且另一端短路; 其中所述一对λ/ 4谐振器从λ/ 2谐振器的中心附近设置在两端附近; 耦合到λ/ 2谐振器的端子被提供为不平衡端子; 并且耦合到该对λ/ 4谐振器的端子用作平衡端子。 在上述滤波器中,可以在不使用平衡 - 不平衡变换器的情况下执行信号的平衡型输入/输出。
    • 37. 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
    • US06535077B1
    • 2003-03-18
    • US09543506
    • 2000-04-06
    • Motoharu HiroshimaShohachi NishijimaHideyuki Kato
    • Motoharu HiroshimaShohachi NishijimaHideyuki Kato
    • H01P510
    • H01P1/2056H01P1/2136H01P5/10
    • There is disclosed a dielectric filter comprising: a &lgr;/2 resonator for generating resonance of ½-wavelength at a predetermined frequency, having both ends open-circuited or short-circuited; and a pair of &lgr;/4 resonators respectively for generating resonance of ¼-wavelength at a frequency substantially equal to the predetermined frequency, each having one end open-circuited and the other end short-circuited; wherein the pair of &lgr;/4 resonators are disposed in proximity to each of both ends from the vicinity of the center of the &lgr;/2 resonator; a terminal coupling to the &lgr;/2 resonator is provided as an unbalanced terminal; and terminals coupling to the pair of &lgr;/4 resonators is used as a balanced terminal. In the above filter, the balanced-type input/output of signals can be performed without using a balun.
    • 公开了一种介质滤波器,包括:用于产生具有两端开路或短路的预定频率的1/2波长的共振的羔羊/ 2谐振器; 以及分别用于以基本上等于预定频率的频率产生1/4波长的谐振的一对兰姆/ 4谐振器,每一个具有一端开路并且另一端短路; 其特征在于,所述一对羔羊/四个谐振器从所述羔羊二共振器的中心附近设置在两端附近; 提供耦合到羔羊/ 2谐振器的端子作为不平衡端子; 并且耦合到该对羔羊/ 4谐振器的端子用作平衡端子。在上述滤波器中,可以在不使用平衡 - 不平衡变换器的情况下执行信号的平衡型输入/输出。
    • 40. 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。