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    • 22. 发明授权
    • Optical modulator and communications system including the optical modulator
    • 光调制器和通信系统包括光调制器
    • US06819472B2
    • 2004-11-16
    • US10452953
    • 2003-06-02
    • Akira EnokiharaMasahiro KosakiHiroyoshi Yajima
    • Akira EnokiharaMasahiro KosakiHiroyoshi Yajima
    • G02F1035
    • G02F1/0356G02F1/2255G02F2001/212
    • An optical modulator includes an optical waveguide, a modulating electrode, a conductive layer, an electric signal input section, and connector members. At least a portion of the optical waveguide is made of an electro-optic material. The modulating electrode includes a first conductor line and a second conductor line, which are coupled together electromagnetically, and applies a modulating electric field to a portion of the optical waveguide. The conductive layer forms a first microstrip line with the first conductor line and a second microstrip line with the second conductor line, respectively. Through the electric signal input section, an RF modulating signal is supplied to the modulating electrode. The connector members connect the first and second conductor lines together at both ends. In this optical modulator, the first and second conductor lines function as an odd-mode resonator for the RF modulating signal.
    • 光调制器包括光波导,调制电极,导电层,电信号输入部分和连接器部件。 光波导的至少一部分由电光材料制成。 调制电极包括电磁耦合在一起的第一导体线和第二导体线,并向光波导的一部分施加调制电场。 导电层分别与第一导线和第二导体线形成第二微带线。 通过电信号输入部,向调制电极供给RF调制信号。 连接器构件在两端连接第一和第二导体线。 在该光调制器中,第一和第二导体线用作RF调制信号的奇模谐振器。
    • 24. 发明授权
    • Resonator and high-frequency filter
    • 谐振器和高频滤波器
    • US06750739B2
    • 2004-06-15
    • US09881235
    • 2001-06-14
    • Akira EnokiharaMichio Okajima
    • Akira EnokiharaMichio Okajima
    • H01P1201
    • H01P1/2084H01P7/10
    • The resonator of the present invention includes a cylindrical dielectric and a conductor film covering the surface of the dielectric in close contact therewith. The conductor film is constructed of a cylindrical portion and two flat portions, and is formed by subjecting the surface of the dielectric to metallization or the like. With the conductor film formed in close contact with the dielectric, deterioration of the Q value and the like caused by instability of connection at the corners can be suppressed even when a radio frequency induced current flows from the cylindrical portion over the two flat portions.
    • 本发明的谐振器包括圆柱形电介质和覆盖与其紧密接触的电介质表面的导体膜。 导体膜由圆柱形部分和两个平坦部分构成,并且通过使电介质的表面经受金属化等形成。 由于导体膜与电介质紧密接触,所以即使当射频感应电流从两个平坦部分的圆筒部分流出时,也能够抑制由角部的连接不稳定引起的Q值等的劣化。
    • 26. 发明授权
    • Photonic crystal device
    • 光子晶体装置
    • US07120322B2
    • 2006-10-10
    • US11246156
    • 2005-10-11
    • Hiroyuki FuruyaAkira Enokihara
    • Hiroyuki FuruyaAkira Enokihara
    • G02F1/295G02B6/00G02B6/10
    • G02B6/1225B82Y20/00G02F2202/32
    • A photonic crystal device according to the present invention includes: a substrate 201; a periodic structure portion 206 formed in or on the substrate 201, the periodic structure portion 206 having a plurality of holes 2050 and 2051 arranged in a periodic array; at least one optical waveguide 202 formed in or on the substrate 201, the at least one optical waveguide 202 being adjacent to the periodic structure portion 206; and at least one optical resonator 203 formed in or on the substrate 201, the at least one optical resonator 203 being formed in a position away from the optical waveguide 202, with at least one hole 2051 among the plurality of holes 2050 and 2051 of the periodic structure portion 206 being interposed between the optical resonator 203 and the optical waveguide 202. The plurality of holes 2050 and 2051 of the periodic structure portion 206 include a hole 2050 having a depth different from a depth of the at least one hole 2051 interposed between the optical waveguide and 202 the optical resonator 203.
    • 根据本发明的光子晶体器件包括:衬底201; 形成在基板201中或基板201上的周期性结构部分206,周期性结构部分206具有以周期性阵列布置的多个孔2050和2051; 形成在基板201中或基板201上的至少一个光波导202,至少一个光波导202邻近周期性结构部分206; 以及形成在基板201中或基板201上的至少一个光学谐振器203,所述至少一个光学谐振器203形成在远离光波导202的位置,在多个孔2050和2051中的至少一个孔2051 周期性结构部分206介于光学谐振器203和光波导202之间。 周期性结构部分206的多个孔2050和2051包括孔2050,孔2050的深度不同于介于光波导202和光谐振器203之间的至少一个孔2051的深度。
    • 27. 发明授权
    • RF circuit component
    • RF电路组件
    • US07084721B2
    • 2006-08-01
    • US10518619
    • 2004-03-02
    • Akira Enokihara
    • Akira Enokihara
    • H01P1/203
    • H01P1/203
    • An RF circuit component according to the present invention includes a substrate with a principal surface and a plurality of resonators, including a first resonator, a second resonator and a third resonator, which are arranged on the principal surface of the substrate so as to be coupled in series together. Each of the first, second and third resonators is made of a conductor supported on the substrate. The resonant modes of each of the first, second and third resonators include two fundamental resonant modes that oscillate perpendicularly to each other within a plane that is defined parallel to the principal surface of the substrate. The second resonator is arranged between the first and third resonators, and the oscillation direction of one of the fundamental resonant modes of the second resonator defines an angle greater than 0 degrees but smaller than 90 degrees with respect to that of its associated fundamental resonant mode of the first resonator and/or the third resonator.
    • 根据本发明的RF电路部件包括具有主表面的基板和包括第一谐振器,第二谐振器和第三谐振器的多个谐振器,它们布置在基板的主表面上以便被耦合 串联在一起 第一,第二和第三谐振器中的每一个由支撑在基板上的导体制成。 第一,第二和第三谐振器中的每一个的谐振模式包括在平行于衬底的主表面限定的平面内彼此垂直振荡的两个基本谐振模式。 第二谐振器布置在第一谐振器和第三谐振器之间,并且第二谐振器的基本谐振模式之一的振荡方向相对于其相关联的基本谐振模式的基本谐振模式定义为大于0度但小于90度的角度 第一谐振器和/或第三谐振器。
    • 30. 发明申请
    • Rf circuit component
    • Rf电路组件
    • US20060006957A1
    • 2006-01-12
    • US10518619
    • 2004-03-02
    • Akira Enokihara
    • Akira Enokihara
    • H01P1/203H01B12/02
    • H01P1/203
    • An RF circuit component according to the present invention includes a substrate with a principal surface and a plurality of resonators, including a first resonator, a second resonator and a third resonator, which are arranged on the principal surface of the substrate so as to be coupled in series together. Each of the first, second and third resonators is made of a conductor supported on the substrate. The resonant modes of each of the first, second and third resonators include two fundamental resonant modes that oscillate perpendicularly to each other within a plane that is defined parallel to the principal surface of the substrate. The second resonator is arranged between the first and third resonators, and the oscillation direction of one of the fundamental resonant modes of the second resonator defines an angle greater than 0 degrees but smaller than 90 degrees with respect to that of its associated fundamental resonant mode of the first resonator and/or the third resonator.
    • 根据本发明的RF电路部件包括具有主表面的基板和包括第一谐振器,第二谐振器和第三谐振器的多个谐振器,它们布置在基板的主表面上以便被耦合 串联在一起 第一,第二和第三谐振器中的每一个由支撑在基板上的导体制成。 第一,第二和第三谐振器中的每一个的谐振模式包括在平行于衬底的主表面限定的平面内彼此垂直振荡的两个基本谐振模式。 第二谐振器布置在第一谐振器和第三谐振器之间,并且第二谐振器的基本谐振模式之一的振荡方向相对于其相关联的基本谐振模式的基本谐振模式定义为大于0度但小于90度的角度 第一谐振器和/或第三谐振器。