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    • 7. 发明授权
    • Compact and high performance wavelength tunable laser
    • 紧凑高性能波长可调谐激光
    • US07873081B1
    • 2011-01-18
    • US12272324
    • 2008-11-17
    • Peiliang Gao
    • Peiliang Gao
    • H01S3/10
    • H01S5/141G02F1/116G02F1/332H01S3/082H01S3/1068H01S3/1303H01S3/1392
    • A tunable laser cavity utilizes a dispersion compensated acousto-optic tunable filter. The wavelength accuracy and stability is achieved by a wavelength locker utilizing two separate intracavity light beams without the need to use beam splitters to significantly reduce the space typically needed by a conventional wavelength locker, and provide more stable operation and easy assembly. The acoustic optical tunable filter is constructed in such a way that two transducers are bonded on the same crystal opposite to each other to create two counter propagating acoustic waves. Dispersion occurs after the collimated light diffracted by the first acoustic wave and is compensated by the second acoustic wave traveling in the opposite direction. By using different laser gain mediums, acoustic wave driving frequencies and acousto-optical crystals, this invention can be used to make tunable lasers in wide range of optical wavelengths.
    • 可调激光腔使用色散补偿声光可调谐滤波器。 通过使用两个单独的腔内光束的波长锁定器实现波长精度和稳定性,而不需要使用分束器来显着减少常规波长锁定器通常需要的空间,并且提供更稳定的操作和容易的组装。 声光可调谐滤波器的构造方式是使两个换能器相互结合在同一个晶体上以产生两个反向传播的声波。 在由第一声波衍射的准直光之后发生色散,并且通过沿相反方向行进的第二声波来补偿。 通过使用不同的激光增益介质,声波驱动频率和声光晶体,本发明可用于制造宽范围的光波长的可调谐激光器。