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    • 1. 发明授权
    • Non-reciprocal circuit device
    • 不可逆电路装置
    • US07978018B2
    • 2011-07-12
    • US12372164
    • 2009-02-17
    • Takayuki FurutaHiroshi OkazakiShoichi Narahashi
    • Takayuki FurutaHiroshi OkazakiShoichi Narahashi
    • H01P1/38
    • H01P1/383
    • A non-reciprocal circuit device comprising a magnetic plate F1; center conductors L1, L2, and L3 that are mutually insulated and disposed so as to intersect on magnetic plate F1; a plane conductor P1 that is disposed facing the center conductors with magnetic plate F1 placed therebetween, the plane conductor being connected to first ends of all the center conductors; matching capacitors C1 to C3 that have first ends grounded electrically and second ends connected to second ends of the center conductors; first matching circuits that have first ends connected to the second ends of the center conductors and second ends that are input/output ports; and a second matching circuit that has a first end connected to or integrated with the plane conductor and a second end grounded electrically.
    • 一种包括磁性板F1的不可逆电路装置; 中心导体L1,L2和L3相互绝缘并设置成与磁板F1相交; 平面导体P1,面对中心导体设置有放置在其间的磁性板F1,平面导体连接到所有中心导体的第一端; 匹配电容器C1至C3,其具有接地的第一端,第二端连接到中心导体的第二端; 第一匹配电路,其具有连接到作为输入/输出端口的中心导体和第二端的第二端的第一端; 以及第二匹配电路,其具有连接到所述平面导体或与所述平面导体一体化的第一端和被电接地的第二端。
    • 4. 发明授权
    • Irreversible circuit element
    • 不可逆电路元件
    • US07821351B2
    • 2010-10-26
    • US11846721
    • 2007-08-29
    • Takayuki FurutaAtsushi FukudaHiroshi OkazakiShoichi Narahashi
    • Takayuki FurutaAtsushi FukudaHiroshi OkazakiShoichi Narahashi
    • H01P1/36
    • H01P1/387
    • An irreversible circuit element is configured by including a magnetic substance, a plurality of central conductors L1 to L3, one ends of which are connected to different input/output ports, arranged on the magnetic substance so as to intersect each other while being insulated from each other, a first conductor P1 connected to the other ends of all the central conductors L1 to L3, a second conductor, a plurality of matching capacitors (each configured by C1 to C3) connecting the one end of the central conductors L1 to L3 and the second conductor and a variable matching mechanism V1, one end of which is connected or integrated with the second conductor, capable of changing reactance between the one end and the other end thereof.
    • 不可逆电路元件通过包括磁性物质,多个中心导体L1至L3(其一端连接到不同的输入/输出端口)而配置在磁性物质上,以便彼此相交,同时与每个 另一方面,连接到所有中心导体L1至L3的另一端的第一导体P1,连接中心导体L1至L3的一端的多个匹配电容器(由C1至C3组成的多个匹配电容器)和第二导体 第二导体和可变匹配机构V1,其一端与第二导体连接或集成,能够改变其一端与另一端之间的电抗。
    • 5. 发明申请
    • IRREVERSIBLE CIRCUIT ELEMENT
    • 不可逆电路元件
    • US20080309426A1
    • 2008-12-18
    • US11846721
    • 2007-08-29
    • Takayuki FurutaAtsushi FukudaHiroshi OkazakiShoichi Narahashi
    • Takayuki FurutaAtsushi FukudaHiroshi OkazakiShoichi Narahashi
    • H01P1/36
    • H01P1/387
    • An irreversible circuit element is configured by including a magnetic substance, a plurality of central conductors L1 to L3, one ends of which are connected to different input/output ports, arranged on the magnetic substance so as to intersect each other while being insulated from each other, a first conductor P1 connected to the other ends of all the central conductors L1 to L3, a second conductor, a plurality of matching capacitors (each configured by C1 to C3) connecting the one end of the central conductors L1 to L3 and the second conductor and a variable matching mechanism V1, one end of which is connected or integrated with the second conductor, capable of changing reactance between the one end and the other end thereof.
    • 不可逆电路元件通过包括磁性物质,多个中心导体L1至L3(其一端连接到不同的输入/输出端口)而配置在磁性物质上,以便彼此相交,同时与每个 另一方面,连接到所有中心导体L1至L3的另一端的第一导体P1,连接中心导体L1至L3的一端的多个匹配电容器(由C1至C3组成的多个匹配电容器)和第二导体 第二导体和可变匹配机构V1,其一端与第二导体连接或集成,能够改变其一端与另一端之间的电抗。
    • 8. 发明授权
    • Multimode frontend circuit
    • 多模前端电路
    • US08648666B2
    • 2014-02-11
    • US13216442
    • 2011-08-24
    • Kunihiro KawaiHiroshi OkazakiShoichi Narahashi
    • Kunihiro KawaiHiroshi OkazakiShoichi Narahashi
    • H01P1/24H03H7/38
    • H03H7/465H01P1/203H01P1/2135
    • A multimode frontend circuit of the present invention comprises two transmission paths. Each of the transmission paths comprises two input/output lines, a first transmission line having one end connected to one of the input/output lines and the other end connected to the other input/output line, a second transmission line connected to the one of the input/output lines and the other end connected to the other input/output line, and one or more termination switch circuits. The termination switch circuit or circuits comprise a switch having one end connected to one of the first and second transmission lines and a termination circuit connected to the other end of the switch. Each of the transmission lines may comprise one or more short-circuiting switches. The short-circuiting switch or switches are capable of short-circuiting between the two transmission lines at positions at the same electrical length from one of the input/output lines.
    • 本发明的多模前端电路包括两个传输路径。 每个传输路径包括两个输入/输出线,第一传输线的一端连接到输入/输出线之一,另一端连接到另一个输入/输出线,第二传输线连接到 输入/输出线和另一端连接到另一个输入/输出线,以及一个或多个端接开关电路。 终端开关电路或电路包括具有连接到第一和第二传输线之一的一端的开关和连接到开关另一端的终端电路。 每个传输线可以包括一个或多个短路开关。 短路开关或开关能够在来自输入/输出线之一的相同电长度的位置处在两条传输线之间短路。
    • 9. 发明授权
    • Duplexer and transceiver
    • 双工器和收发器
    • US08138852B2
    • 2012-03-20
    • US12259763
    • 2008-10-28
    • Kunihiro KawaiHiroshi OkazakiShoichi Narahashi
    • Kunihiro KawaiHiroshi OkazakiShoichi Narahashi
    • H01P5/12
    • H01P1/2135
    • A duplexer according to the present invention includes a first port, a second port and a third port for external input/output, a first path formed between the first port and the third port, a second path formed between the second port and the third port, a phase shifting part provided for each path, and a resonating part provided for each path. At least any of the resonating parts has a ring conductor having a length equal to one wavelength at a resonant frequency or an integral multiple thereof, a plurality of passive circuits, and a plurality of switches each of which is connected to a different part of the ring conductor at one end and to any of the passive circuits at the other end. A switch may simply be connected to a ground conductor instead of being connected to the passive circuit.
    • 根据本发明的双工器包括第一端口,第二端口和用于外部输入/输出的第三端口,形成在第一端口和第三端口之间的第一路径,形成在第二端口和第三端口之间的第二路径 为每个路径提供的相移部分和为每条路径设置的谐振部分。 至少任何谐振部分具有在共振频率或其整数倍处具有等于一个波长的长度的环形导体,多个无源电路和多个开关,每个开关连接到不同的部分 一端的环形导体和另一端的任何无源电路。 开关可以简单地连接到接地导体,而不是连接到无源电路。
    • 10. 发明申请
    • BIAS CIRCUIT
    • 偏置电路
    • US20110080230A1
    • 2011-04-07
    • US12898164
    • 2010-10-05
    • Atsushi FUKUDAHiroshi OkazakiShoichi Narahashi
    • Atsushi FUKUDAHiroshi OkazakiShoichi Narahashi
    • H03H7/01
    • H03F1/306H03F3/1935H03F2200/111H03F2200/18H03F2200/451H03F2200/75
    • A bias circuit includes: a bias supply terminal 800; a parallel capacitor 3 connected at one end thereof to the bias supply terminal 800 and grounded at the other end thereof; and a parallel circuit 3L connected in parallel with the parallel capacitor 3 and connected at one end thereof to the bias supply terminal 800. Let 2≦N. The parallel circuit 3L includes: a direct-current power supply connection terminal 600; N parallel inductors 21 to 2N connected in series with each other between the bias supply terminal 800 and the direct-current power supply connection terminal 600; and N−1 series resonators 91 to 9N−1. Each series resonator 91 to 9N−1 includes: a resonant capacitor 71 to 7N−1 connected at one end thereof to a connecting point between adjacent parallel inductors; and a resonant inductor 81 to 8N−1 connected at one end thereof to the other end of the resonant capacitor 71 to 7N−1 and grounded at the other end thereof.
    • 偏置电路包括:偏置电源端子800; 一个并联电容器3,其一端连接到偏置电源端子800并在其另一端接地; 以及与并联电容器3并联连接并在其一端连接到偏置电源端子800的并联电路3L。令2≦̸ N。 并联电路3L包括:直流电源连接端子600; 在偏置电源端子800和直流电源连接端子600之间彼此串联连接的N个并联电感器21〜2N; 和N-1系列谐振器91至9N-1。 每个串联谐振器91至9N-1包括:在其一端连接到相邻并联电感器之间的连接点的谐振电容器71至7N-1; 以及在其一端连接到谐振电容器71至7N-1的另一端并在其另一端接地的谐振电感器81至8N-1。