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    • 62. 发明授权
    • Coupling line with an uncoupled middle portion
    • 耦合线与未耦合的中间部分
    • US06515556B1
    • 2003-02-04
    • US09708143
    • 2000-11-08
    • Noboru KatoNoriaki Tsukada
    • Noboru KatoNoriaki Tsukada
    • H01P510
    • H01P5/185H01P5/10
    • It is to provide a high-frequency component using a small coupling line, capable of easily adjusting an electrical characteristic. A first transmission line including three line sections constructs a ¼-wavelength strip line. A second transmission line including three line sections also constructs a ¼-wavelength strip line. The line section on one-end side in the first transmission line is faced to the line section on one-end side in the second transmission line, while a dielectric sheet is disposed between both of the line sections, thereby mutually coupling both transmission lines electro-magnetically. The line section on another-end side in the first transmission line is also faced to the line section on another-end side in the second transmission line. While the dielectric sheet is disposed between both of the line sections, thereby mutually coupling both transmission lines electro-magnetically.
    • 它是使用小耦合线提供高频分量,能够容易地调整电特性。 包括三个线段的第一传输线构成1/4波长带状线。 包括三个线段的第二传输线也构成1/4波长带状线。 第一传输线中的一端侧的线路部分面向第二传输线中的一端侧的线路部分,而电介质片材设置在两个线路部分之间,从而将两条传输线路电连接 在磁性上 第一传输线中的另一端侧的线路部分也面向第二传输线中的另一端侧的线路部分。 虽然电介质片设置在两个线段之间,从而电磁耦合两个传输线。
    • 63. 发明授权
    • Stacked LC filter with a pole-adjusting electrode facing resonator coupling patterns
    • 堆叠式LC滤波器,带有极性调节电极,面对谐振器耦合模式
    • US06424236B1
    • 2002-07-23
    • US09566568
    • 2000-05-08
    • Noboru Kato
    • Noboru Kato
    • H03H701
    • H03H7/0115H03H7/1775H03H2001/0085
    • A stacked LC filter includes a layered body defined by a plurality of insulating layers, a plurality of inductor patterns, and a plurality of capacitor patterns in a stacked arrangement At least three LC resonators are disposed in the layered body including a plurality of inductors, which are defined by the inductor patterns, and a plurality of capacitors, which are defined by the capacitor patterns disposed so as to face the inductor patterns. At least two coupling capacitor patterns are stacked in the layered body and are arranged to couple the LC resonators. A pole adjusting pattern is stacked in the layered body and faces the at least two coupling capacitor patterns.
    • 层叠LC滤波器包括由多个绝缘层,多个电感器图案和堆叠布置的多个电容器图案限定的层叠体。至少三个LC谐振器设置在包括多个电感器的层叠体中,其中 由电感器图案和由电容器图案限定的多个电容器限定,电容器图案设置为面对电感器图案。 至少两个耦合电容器图案堆叠在层叠体中并且被布置成耦合LC谐振器。 极调整图案层叠在层叠体中并且面向至少两个耦合电容器图案。
    • 66. 发明授权
    • LC resonant part with a via hole inductor directly connected to the
ground electrode
    • LC谐振部分与通孔电感直接连接到接地电极
    • US5834992A
    • 1998-11-10
    • US774367
    • 1996-12-27
    • Noboru KatoAtsushi TojyoKoji Nosaka
    • Noboru KatoAtsushi TojyoKoji Nosaka
    • H01F27/00H01G4/40H03H5/00H03H5/02H03H7/01
    • H03H5/02
    • An LC resonant device effectively limits radiated noise and provides a high Q-value. In one embodiment, the LC resonant device comprises a laminated LC filter formed of: two insulating sheets having a first ground electrode and a second ground electrode formed on their respective surfaces; an insulating sheet having a third ground electrode on its surface and having a through hole formed in its central portion and connected to the third ground electrode; at least one insulating sheet having a through hole formed in its central portion; two insulating sheets having first and second capacitor electrodes on their surfaces respectively; and a cover insulating sheet. The through holes form an inductive conductor perpendicular to the capacitor electrodes. At least, one of the three ground electrodes is connected directly to the inductive conductor and the other ground electrodes are not directly connected to the inductive conductor.
    • LC谐振装置有效地限制辐射噪声并提供高Q值。 在一个实施例中,LC谐振装置包括层压LC滤波器,由以下两个绝缘片形成:两个绝缘片,其具有形成在它们各自表面上的第一接地电极和第二接地电极; 绝缘片,其表面具有第三接地电极,并且在其中心部分形成有与第三接地电极连接的通孔; 至少一个在其中心部分形成有通孔的绝缘片; 两个绝缘片分别在其表面上具有第一和第二电容器电极; 和盖绝缘片。 通孔形成垂直于电容器电极的感应导体。 至少三个接地电极中的一个直接连接到感应导体,而其它接地电极不直接连接到感应导体。
    • 69. 发明授权
    • Composite electronic component and frequency adjustment method of the
same
    • 复合电子元件及其频率调整方法
    • US5140497A
    • 1992-08-18
    • US700712
    • 1991-05-16
    • Noboru KatoEmiko NogomeHisatake OkamuraTeruhisa TsuruTetsuo TaniguchiKen Tonegawa
    • Noboru KatoEmiko NogomeHisatake OkamuraTeruhisa TsuruTetsuo TaniguchiKen Tonegawa
    • H01G4/12H01F27/00H01G4/255H01G4/40H03H3/00H03H5/02H03H7/01H03H7/09
    • H03H7/1783H03H3/00H03H7/09H03H7/1708H03H7/1733H03H2001/0085Y10T29/435
    • A composite electronic component containing at least two circuit elements including an inductor. The composite electronic component comprises a component body including a laminated body of a plurality of non-conductive layers, an inductor electrode formed between either two adjacent non-conductive layers of the laminated body, a capacitor electrode formed between another two adjacent non-conductive layers of the laminated body, two shield electrodes formed on both surfaces of the laminated body, one of the shield electrodes being opposed to the capacitor electrode to constitute a capacitor, a frequency adjusting capacitor electrode which is formed outside at least one of the shield electrodes through a non-conductive layer and has a smaller area than the capacitor electrode, and a non-conductive protect layer, formed of a non-malleable material, for covering an outer surface of the frequency adjusting capacitor electrode and is to be trimmed along with the frequency adjusting capacitor electrode for frequency adjusting; and at least two connecting electrodes including a first connecting electrode connecting the capacitor electrode to the frequency adjusting capacitor electrode and a second connecting electrode connecting the two shield electrodes to each other.
    • 包含至少两个包括电感器的电路元件的复合电子部件。 复合电子部件包括:包括多个非导电层的层叠体的组件体,形成在层叠体的两个相邻的非导电层之间的电感器电极,形成在另一个相邻的非导电层之间的电容器电极 层叠体的两个屏蔽电极,形成在层叠体的两面的两个屏蔽电极,其中一个屏蔽电极与电容器电极相对构成电容器,频率调节电容器电极形成在至少一个屏蔽电极之间的通过 非导电层并且具有比电容器电极更小的面积,以及由不可延展材料形成的用于覆盖调频电容器电极的外表面的非导电保护层,并且与 频率调节用电容电极; 以及至少两个连接电极,包括将电容器电极连接到频率调节电容器电极的第一连接电极和将两个屏蔽电极彼此连接的第二连接电极。