• High Power Laser and Particle Beams
  • Vol. 34, Issue 11, 111006 (2022)
Yingjuan Ci1, Fang Ren1、2、*, Jinyu Zhang1, Jingjing Niu1, Xiao Lei1, Yanfei Zhang1, and Xiaohui Wang1
Author Affiliations
  • 1School of Computer and Communication Engineering, University of Science and Technology Beijing, Beijing 100083, China
  • 2Beijing Engineering and Technology Research Center for Convergence Network and Ubiquitous Service, Beijing 100083, China
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    DOI: 10.11884/HPLPB202234.220105 Cite this Article
    Yingjuan Ci, Fang Ren, Jinyu Zhang, Jingjing Niu, Xiao Lei, Yanfei Zhang, Xiaohui Wang. Design of polarization-maintaining bow-tie elliptical-core few-mode fiber for mode-division-multiplexing[J]. High Power Laser and Particle Beams, 2022, 34(11): 111006 Copy Citation Text show less
    Schematic diagram of fiber structure
    Fig. 1. Schematic diagram of fiber structure
    Variations of the optical performance as a function of core size
    Fig. 2. Variations of the optical performance as a function of core size
    Variation of number of supported modes and Δneff, min as a function of ∆
    Fig. 3. Variation of number of supported modes and Δneff, min as a function of
    Variation of the optical performance with stress-applying area parameters
    Fig. 4. Variation of the optical performance with stress-applying area parameters
    Variation of the optical performance with stress-applying area parameters
    Fig. 5. Variation of the optical performance with stress-applying area parameters
    Mode field distributions with electric vectors (white arrows) of the proposed bow-tie elliptical-core PM-FMF
    Fig. 6. Mode field distributions with electric vectors (white arrows) of the proposed bow-tie elliptical-core PM-FMF
    Birefringence properties of optical fibers
    Fig. 7. Birefringence properties of optical fibers
    Bending loss characteristics of optical fibers
    Fig. 8. Bending loss characteristics of optical fibers
    Variations of the optical performance as a function of wavelength
    Fig. 9. Variations of the optical performance as a function of wavelength
    Variations of DMD as a function of wavelength
    Fig. 10. Variations of DMD as a function of wavelength
    modeneffΔneff/10−4Aeff/µm2δDMD/(ns/km)
    HG00x1.46834.80390.961.727
    HG00y1.467818.87890.88−7.946
    HG10x1.46594.79987.011.776
    HG10y1.465410.45086.78−4.804
    HG01x1.46444.93280.481.627
    HG01y1.463914.08180.72−7.396
    HG20x1.46254.64084.711.847
    HG20y1.46209.19884.08−4.247
    HG11x1.46115.03387.211.684
    HG11y1.460623.28687.53−6.646
    HG02x1.45832.17473.55−3.479
    HG30x1.45802.88885.345.077
    HG02y1.45781.61274.48−3.209
    HG30y1.45766.84284.59−3.450
    HG21x1.45694.93189.151.768
    HG21y1.456425.22389.04−5.824
    HG12x1.45395.13785.891.672
    HG12y1.45346.79787.06−8.065
    HG40x1.45274.35488.852.089
    HG40y1.45234.01588.74−2.916
    HG31x1.45194.70992.051.999
    HG31y1.451410.42190.673.810
    HG03x1.45035.03775.361.989
    HG03y1.449811.70378.29−9.013
    HG22x1.44874.95693.591.924
    HG22y1.448215.79494.47−11.048
    HG50x1.44664.10194.892.184
    HG50y1.44621.624108.82−2.394
    HG41x1.44604.353110.141.893
    HG41y1.44562.60194.4915.396
    HG13x1.44534.811105.193.261
    HG13y1.4448110.30
    Table 1. neff, Δneff, Aeff and DMD of the 32 eigenmodes for bow-tie elliptical-core PM-FMF at 1550 nm
    Yingjuan Ci, Fang Ren, Jinyu Zhang, Jingjing Niu, Xiao Lei, Yanfei Zhang, Xiaohui Wang. Design of polarization-maintaining bow-tie elliptical-core few-mode fiber for mode-division-multiplexing[J]. High Power Laser and Particle Beams, 2022, 34(11): 111006
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