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    • 3. 发明授权
    • Digital phase modulator for a fiber-optic device
    • 用于光纤设备的数字相位调制器
    • US07469075B2
    • 2008-12-23
    • US10546414
    • 2004-02-19
    • Sven VoigtGuenter SpahlingerAlfons Newzella
    • Sven VoigtGuenter SpahlingerAlfons Newzella
    • G02F1/035
    • G01C19/726G02F1/0115G02F1/0316G02F2201/122G02F2203/50
    • A method and arrangement of electrodes for increasing the resolution of a digital phase modulator for a fiber-optic signal transmission or measuring device. A predetermined total number m of electrodes of different lengths are arranged parallel and on both sides with respect to a light guiding path in or on an optical substrate. The electrodes are divided into two groups. A first group n of electrodes represents a coarse modulator with binary and more significant weighted electrodes of length ratio bn+0:bn=2, the longest electrode of which corresponds to the sum of lengths of all the remaining electrodes of the overall modulator. A second, smaller group of n0 non-binary and less significant weighted electrodes represents a fine modulator. The smallest output values are not formed by driving individual electrodes of the fine modulator, but rather by forming the difference, in each case, between two larger electrodes.
    • 一种用于增加光纤信号传输或测量装置的数字相位调制器的分辨率的电极的方法和装置。 相对于在光学基板中或其上的导光路径,不同长度的电极的预定总数m平行布置在两侧。 电极分为两组。 电极的第一组n表示具有长度比bn + 0:bn = 2的二进制和更重要的加权电极的粗调制器,其最长电极对应于整个调制器的所有剩余电极的长度之和。 第二个较小组的n0非二进制和较不重要的加权电极表示精细调制器。 通过驱动微调制器的各个电极而不是通过在两个较大的电极之间形成差异来形成最小的输出值。
    • 4. 发明授权
    • Optical transceiver and method of operation thereof
    • 光收发器及其操作方法
    • US08866058B2
    • 2014-10-21
    • US13261171
    • 2010-07-22
    • Sven Voigt
    • Sven Voigt
    • G01J1/32G01C19/72H04B10/572
    • G01C19/721H04B10/572
    • An optical transceiver comprises a substrate having a temperature control device, a light source, a light-guiding fiber, a detector, optics for collimating the light from the light source, coupling optics for focusing the light beam into the light-guiding fiber, and a beamsplitter which sends one part of the collimated light beam into a wavelength stabilization unit and another part of the collimated light beam into the coupling optics. A wavelength stabilization unit detects and compensates for wavelength drift of the light source. The optical transceiver has a superluminescent diode for its light source and may, for example, be integrated in a fiber-optic gyro.
    • 光收发器包括具有温度控制装置,光源,导光纤维,检测器,用于准直来自光源的光的光学器件的光学元件,用于将光束聚焦到导光纤维中的耦合光学元件,以及 分束器将准直光束的一部分发送到波长稳定单元中,将准直光束的另一部分发送到耦合光学器件中。 波长稳定单元检测和补偿光源的波长漂移。 光收发器具有用于其光源的超发光二极管,并且可以例如集成在光纤陀螺中。
    • 8. 发明申请
    • OPTICAL TRANSCEIVER AND FIBER-OPTIC GYRO
    • 光学收发器和光纤陀螺
    • US20120199722A1
    • 2012-08-09
    • US13261171
    • 2010-07-22
    • Sven Voigt
    • Sven Voigt
    • G01J9/00
    • G01C19/721H04B10/572
    • An optical transceiver comprises a substrate having a temperature control device, a light source, a light-guiding fiber, a detector, optics for collimating the light from the light source, coupling optics for focusing the light beam into the light-guiding fiber, and a beamsplitter which sends one part of the collimated light beam into a wavelength stabilization unit and another part of the collimated light beam into the coupling optics. A wavelength stabilization unit detects and compensates for wavelength drift of the light source. The optical transceiver has a superluminescent diode for its light source and may, for example, be integrated in a fiber-optic gyro.
    • 光收发器包括具有温度控制装置,光源,导光纤维,检测器,用于准直来自光源的光的光学器件的光学元件,用于将光束聚焦到导光纤维中的耦合光学元件,以及 分束器将准直光束的一部分发送到波长稳定单元中,将准直光束的另一部分发送到耦合光学器件中。 波长稳定单元检测和补偿光源的波长漂移。 光收发器具有用于其光源的超发光二极管,并且可以例如集成在光纤陀螺中。