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    • 3. 发明授权
    • Electrostatic bonding of optical fibers to substrates
    • 将光纤静电粘合到基板上
    • US5533158A
    • 1996-07-02
    • US269302
    • 1994-09-12
    • Hongtao HanSongsheng Tan
    • Hongtao HanSongsheng Tan
    • G02B6/36
    • G02B6/3636G02B6/3628G02B6/3652G02B6/3692
    • An optical interconnect comprises a metallized optical fiber electrostatically bonded to a thin film of an alkali-containing glass which is itself bonded to a planar surface of a semiconductive or conductive substrate. Another optical interconnect comprises an optical fiber having a thin film of an alkali-containing glass deposited thereon, wherein the fiber is electrostatically bonded to a planar surface of a semiconductive or conductive substrate. A process of bonding an optical fiber to a semiconductive or conductive substrate includes contacting the fiber with the substrate, applying a DC potential to the fiber-substrate combination, slowly heating the combination to a maximum temperature between 180.degree.-500.degree. C., maintaining the combination at the maximum temperature for a few minutes, cooling the combination to room temperature, and removing the DC potential.
    • 光学互连包括静电粘合到含碱玻璃的薄膜上的金属化光纤,其本身结合到半导体或导电基底的平坦表面。 另一种光学互连件包括具有沉积在其上的含有碱的玻璃的薄膜的光纤,其中该光纤与静电结合到半导体或导电基底的平面表面。 将光纤连接到半导体或导电基板的过程包括使纤维与基底接触,向纤维 - 基底组合施加DC电位,将组合缓慢加热到180℃-500℃之间的最高温度,保持 在最高温度下组合数分钟,将组合冷却至室温,并除去DC电位。
    • 7. 发明授权
    • Ceramic waferboard for integration of optical/optoelectronic/electronic components
    • 用于光学/光电子/电子元件集成的陶瓷片
    • US06574399B2
    • 2003-06-03
    • US10015914
    • 2001-11-02
    • Robert A. BoudreauSongsheng Tan
    • Robert A. BoudreauSongsheng Tan
    • G02B630
    • G02B6/423G02B6/3636G02B6/3652G02B6/3692G02B6/3696
    • An optoelectronic module includes a ceramic waferboard having a groove configured to passively position an optical fiber. The ceramic waferboard includes an alignment feature configured to passively position an optical component. An optical device is secured to the ceramic waferboard in contact with the alignment feature to thereby position the optical device. An optical fiber is positioned in the groove with an end of the optical fiber positioned adjacent the optical device to thereby optically couple the optical fiber to the optical device. The optoelectronic module also includes an integrated circuit chip secured to the ceramic waferboard, and a conductive material disposed on the ceramic waferboard and electrically coupling the integrated circuit chip to the optical device.
    • 光电模块包括具有被配置为被动地定位光纤的凹槽的陶瓷晶片板。 陶瓷晶片板包括被配置为被动地定位光学部件的对准特征。 光学装置固定到与对准特征接触的陶瓷片板上,从而定位光学装置。 光纤定位在槽中,其中光纤的端部位于光学器件附近,从而将光纤光耦合到光学器件。 光电子模块还包括固定到陶瓷晶片板上的集成电路芯片和设置在陶瓷晶片板上并将集成电路芯片电耦合到光学器件的导电材料。