• Study On Optical Communications
  • Vol. 50, Issue 6, 23005401 (2024)
Jinyang ZHAO, Zhutian WANG, Nan YE*, Fufei PANG, and Yingxiong SONG
Author Affiliations
  • Key Laboratory of Specialty Fiber Optics and Optical Access Networks, Shanghai University, Shanghai 200444, China
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    DOI: 10.13756/j.gtxyj.2024.230054 Cite this Article
    Jinyang ZHAO, Zhutian WANG, Nan YE, Fufei PANG, Yingxiong SONG. Efficient Alignment of Optical Fibers and Edge Couplers based on FP Cavity[J]. Study On Optical Communications, 2024, 50(6): 23005401 Copy Citation Text show less
    The side view of the FP cavity formed by the optical fiber facet and the edge coupler facet
    Fig. 1. The side view of the FP cavity formed by the optical fiber facet and the edge coupler facet
    The transmission spectra of FP cavitiies with different R values
    Fig. 2. The transmission spectra of FP cavitiies with different R values
    The distance measurement system based on the FP cavity,which is formed by the optical fiber facet and the edge coupler facet
    Fig. 3. The distance measurement system based on the FP cavity,which is formed by the optical fiber facet and the edge coupler facet
    The optical power detection system
    Fig. 4. The optical power detection system
    The experiment of the FP cavity formed by cleaved SMF facet and edge coupler facet
    Fig. 5. The experiment of the FP cavity formed by cleaved SMF facet and edge coupler facet
    The experiment of the FP cavity formed by lensed SMF facet and edge coupler facet
    Fig. 6. The experiment of the FP cavity formed by lensed SMF facet and edge coupler facet
    光纤种类数据来源波峰点1/nm波峰点2/nm腔体长度/μm实验计算与拟合值的偏差/μm
    平头实验1 278.001 298.5240.4360.483
    SMF仿真1 278.081 298.3640.919
    透镜实验1 232.681 288.9614.1160.067
    SMF仿真1 232.681 288.7214.183
    Table 1. Peak to peak fitting results of experimental and simulated transmission spectra
    Jinyang ZHAO, Zhutian WANG, Nan YE, Fufei PANG, Yingxiong SONG. Efficient Alignment of Optical Fibers and Edge Couplers based on FP Cavity[J]. Study On Optical Communications, 2024, 50(6): 23005401
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