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    • 1. 发明授权
    • Optical modulator
    • 光调制器
    • US08411349B2
    • 2013-04-02
    • US13022896
    • 2011-02-08
    • Osamu MitomiYasunori IwasakiYuji HoriKenji AokiJungo Kondo
    • Osamu MitomiYasunori IwasakiYuji HoriKenji AokiJungo Kondo
    • G02F1/01G02F1/03H04B10/04
    • G02F1/2255
    • An optical modulator includes an optical modulation substrate, an electrical length adjusting substrate, a package containing the substrates, and a plurality of input ports for inputting high frequency electrical signals. The optical modulation substrate includes a substrate body made of an electro-optic material, a ground electrode and a plurality of signal electrodes provided on the substrate body, optical waveguides propagating lights interacting with the signal electrodes, respectively, and electrode input ports inputting the high frequency electrical signals into the signal electrodes, respectively. The signal electrode includes an interacting part, an input end part provided between the electrode input port and interacting part, and a terminal part. The electrical length adjusting substrate includes conductive lines connected to the input ports for inputting the high frequency electrical signals, respectively. The conductive lines have electrical lengths different from each other for adjusting the phase differences among the ports.
    • 光调制器包括光调制基板,电长度调节基板,包含基板的封装以及用于输入高频电信号的多个输入端口。 光调制基板包括由电光材料制成的基板主体,接地电极和设置在基板主体上的多个信号电极,分别与信号电极相互作用的光波导传播光和输入高电平的电极输入端 频率电信号分别进入信号电极。 信号电极包括相互作用部分,设置在电极输入端口和相互作用部分之间的输入端部分和端子部分。 电长度调节基板包括分别连接到用于输入高频电信号的输入端口的导线。 导线具有彼此不同的电长度,用于调节端口之间的相位差。
    • 5. 发明授权
    • Optical modulators
    • 光调制器
    • US07764851B2
    • 2010-07-27
    • US12260276
    • 2008-10-29
    • Akiyoshi IdeJungo KondoOsamu MitomiYasunori IwasakiHiroki Kobayashi
    • Akiyoshi IdeJungo KondoOsamu MitomiYasunori IwasakiHiroki Kobayashi
    • G02F1/295
    • G02F1/2255G02B6/4214G02B2006/12104G02B2006/12142G02F2203/21
    • An optical modulator has an optical waveguide substrate having a pair of principal surfaces, a pair of side surfaces an incident face and exit face of light, the substrate being composed of a ferroelectric material; a channel optical waveguide having at least a pair of branch sections, a multiplexing section of the branch sections and an exit section provided on the downstream of the multiplexing section, the waveguide being formed on the principal surface of the optical waveguide substrate; a modulation electrode electrodes for applying a signal voltage for modulating light propagating in the branch sections; and a reflective groove for reflecting leaked light of off-mode emitted from the multiplexing section and emitting the light from a principal surface of the optical waveguide substrate. An operating point of the optical modulator is controlled by changing a DC bias applied on the modulation electrode based on optical output of the leaked light of off-mode.
    • 光调制器具有光波导基板,其具有一对主表面,一对侧表面,入射面和光出射面,该基板由铁电材料构成; 具有至少一对分支部分的通道光波导,分支部分的复用部分和设置在复用部分的下游的出口部分,波导形成在光波导基板的主表面上; 用于施加用于调制在所述分支部分中传播的光的信号电压的调制电极电极; 以及反射槽,用于反射从多路复用部分发射的偏离模式的泄漏光,并从光波导基板的主表面发射光。 通过根据偏离模式的泄漏光的光输出改变施加在调制电极上的直流偏压来控制光调制器的工作点。
    • 6. 发明申请
    • OPTICAL MODULATORS
    • 光学调制器
    • US20090142015A1
    • 2009-06-04
    • US12260276
    • 2008-10-29
    • Akiyoshi IdeJungo KondoOsamu MitomiYasunori IwasakiHiroki Kobayashi
    • Akiyoshi IdeJungo KondoOsamu MitomiYasunori IwasakiHiroki Kobayashi
    • G02F1/035
    • G02F1/2255G02B6/4214G02B2006/12104G02B2006/12142G02F2203/21
    • An optical modulator 20 has an optical waveguide substrate 1 having a pair of principal surfaces 1a, 1c, a pair of side surfaces 1b and an incident face 1d and exit face 1e of light, the substrate being composed of a ferroelectric material; a channel optical waveguide 4 having at least a pair of branch sections 4b, a multiplexing section 6 of the branch sections and an exit section 4c provided on the downstream of the multiplexing section, the waveguide being formed on the principal surface 1a; a modulation electrode 2, 3 for applying a signal voltage for modulating light propagating in the branch sections; and a reflective groove 7 for reflecting leaked light of off-mode emitted from the multiplexing section 6 and emitting the light from the one principal surface 1a. An operating point of the optical modulator is controlled by changing a DC bias applied on the modulation electrode based on optical output of the leaked light of off-mode.
    • 光调制器20具有光波导基板1,该光波导基板1具有一对主表面1a,1c,一对侧表面1b和入射面1d和光出射面1e,该基板由铁电材料构成; 具有至少一对分支部分4b的通道光波导4,分支部分的多路复用部分6和设置在多路复用部分下游的出口部分4c,波导形成在主表面1a上; 调制电极2,3,用于施加用于调制在分支部分中传播的光的信号电压; 以及反射槽7,用于反射从多路复用部分6发射的偏离模式的泄漏光,并从一个主表面1a发射光。 通过根据偏离模式的泄漏光的光输出改变施加在调制电极上的直流偏压来控制光调制器的工作点。
    • 8. 发明授权
    • Optical waveguide devices and traveling wave type optical modulators
    • 光波导器件和行波型光学调制器
    • US07502530B2
    • 2009-03-10
    • US10568888
    • 2004-08-19
    • Jungo KondoAtsuo KondoKenji AokiOsamu Mitomi
    • Jungo KondoAtsuo KondoKenji AokiOsamu Mitomi
    • G02F1/035
    • G02F1/0356G02F1/2255G02F2203/21
    • A device 4 has a substrate 5, an optical waveguide 2 and modulation electrodes 1A, 1B, 1C. The substrate 5 is made of an electro-optic material and has a thickness of ≦30 μm at least in a region where the modulation electrode applies an electric field. The device has a ridge generated when the optical waveguide is formed, and the ridge has a height H (angstrom) and a width “W” (μm) whose product (H×W) is 7150 angstrom·μm or smaller to realize single mode propagation of light in the optical waveguide. The wave guide has branched parts in the region where the modulation electrode applied an electric field. The deviation of positions of peaks and bottoms in the extinction ratio curve can be reduced, by increasing the distance of the branched parts of the optical waveguide to ≧46 μm.
    • 器件4具有基板5,光波导2和调制电极1A,1B,1C。 基板5由电光材料制成,至少在调制电极施加电场的区域中具有<=30μm的厚度。 该器件具有在形成光波导时产生的脊,脊的高度为H(埃),宽度“W”(母),其乘积(H×W)为7150埃或更小,以实现单模传播 在光波导中的光。 波导在调制电极施加电场的区域中具有分支部分。 通过将光波导的分支部分的距离增加到> =46μm,可以减少消光比曲线中的峰值和底部位置的偏差。
    • 9. 发明申请
    • OPTICAL WAVEGUIDE DEVICE
    • 光波器件
    • US20070081766A1
    • 2007-04-12
    • US11560144
    • 2006-11-15
    • Kenji AOKIJungo KondoAtsuo KondoOsamu Mitomi
    • Kenji AOKIJungo KondoAtsuo KondoOsamu Mitomi
    • G02F1/035
    • G02F1/2255G02F1/0356G02F2203/25
    • A voltage is applied on a first branch 3a by a first ground electrode 10 and a signal electrode 11, and a voltage is applied on a second branch 3b by a second ground electrode 12A and the signal electrode 11. A first gap 13 is formed between the first ground electrode 10 and the signal electrode 11, and a second gap 14 is formed between the second ground electrode 12A and the signal electrode 11. The first gap 13 and the second gap 14 are divided into voltage applying portions 13a, 14a, feed-through portions and connection portions 13b, 14b therebetween, respectively, and satisfy the formula: G12/G11≦G22/G21
    • 第一接地电极10和信号电极11对第一分支3a施加电压,并且通过第二接地电极12A和信号电极11将电压施加在第二分支3b上。第一间隙13 形成在第一接地电极10和信号电极11之间,并且在第二接地电极12A和信号电极11之间形成第二间隙14.第一间隙13和第二间隙14被分成电压施加部分13 a,14a,馈通部分和连接部分13b,14b,分别满足下列公式:G 12 / G 11 <= G 21 表示连接部分侧的端部13c处的第一间隙13的宽度,G 22表示在第二间隙14的端部14c处的第二间隙14的宽度 连接部分侧面14c,G31表示电压施加部分13a处的第一间隙13的宽度,G 32表示第二间隙14的宽度 电压施加部分14a。