High Power Laser and Particle Beams, Volume. 32, Issue 12, 121001(2020)

High-power narrow-linewidth fiber laser technology

Wenchang Lai... Pengfei Ma, Hu Xiao, Wei Liu, Can Li, Man Jiang, Jiangming Xu, Rongtao Su, Jinyong Leng, Yanxing Ma and Pu Zhou* |Show fewer author(s)
Author Affiliations
  • College of Advanced Interdisciplinary Studies, National University of Defense Technology, Changsha 410073, China
  • show less
    Figures & Tables(23)
    [in Chinese]
    [in Chinese]
    [in Chinese]
    [in Chinese]
    [in Chinese]
    [in Chinese]
    [in Chinese]
    [in Chinese]
    [in Chinese]
    [in Chinese]
    [in Chinese]
    [in Chinese]
    [in Chinese]
    [in Chinese]
    [in Chinese]
    [in Chinese]
    [in Chinese]
    [in Chinese]
    [in Chinese]
    • Table 1.

      Typical progress of single frequency Yb-doped fiber oscillators

      单频光纤振荡器研究进展

      View table
      View in Article

      Table 1.

      Typical progress of single frequency Yb-doped fiber oscillators

      单频光纤振荡器研究进展

      fiber typedoped ionsyearinstitutionstructurewavelength/nmpower/mWlinewidth/kHzRef.
      silica fiberTm2017Tianjin UniversityDBR192012036[63]
      Yb:YAG2019Shandong UniversityDBR10641101300[43]
      Nd2020SCUTDBR11201571.5[44]
      phosphate fiberYb2004NP PhotonicsDBR1064.22003[57]
      Yb2011SCUTDBR1064400<7[53]
      Yb2012NP PhotonicsDBR976100<3[42]
      Yb2013SCUTDBR1014164<7[58]
      Yb2013SCUTDBR1083100<2[59]
      Yb2016SCUTDBR1120625.7[60]
      Er-Yb2003DBR15602001.75[64]
      Er-Yb2005The University of ArizonaDBR15501600[65]
      Er-Yb2005The University of ArizonaDBR15351900[66]
      Er-Yb(PCF)2006The University of ArizonaDFB15342300[45]
      Er-Yb2008The University of ArizonaDFB1536165[40]
      Er-Yb2010SIOMDBR1535100<5[61]
      Er-Yb2010SCUTDBR15353061.6[62]
      Er-Yb2013DBR1538550<60[54]
      germanate fiberTm2007NP PhotonicsDFB1893503[39]
      Tm2018SCUTDBR195061712.5[46]
      Tm2019Zhejiang Universityring cavity195740020[52]
      Tm2019University of SouthamptonDBR19521520[47]
      silicate fiberTm2009AdValue PhotonicsDFB195040<3[41]
    • Table 2.

      Typical progress of single frequency Yb-doped fiber amplifiers (Non: nonlinearly polarized state, NA: not available, ATF: acoustically tailored fiber, T-YDF: tapered Yb-doped fiber, LMA: large mode area)

      单频掺镱光纤放大器研究进展

      View table
      View in Article

      Table 2.

      Typical progress of single frequency Yb-doped fiber amplifiers (Non: nonlinearly polarized state, NA: not available, ATF: acoustically tailored fiber, T-YDF: tapered Yb-doped fiber, LMA: large mode area)

      单频掺镱光纤放大器研究进展

      yearinstitutionconfigurationpower/Wwavelength/nmPER/dBM2approachesRef.
      2005University of Southamptonbulk264106016<1.1counter-pumping[68]
      2007University of Southamptonbulk5111060Non1.6LMA fiber[69]
      2007Corningbulk5021064Non1.4bi-directionally pumping[70]
      2011AFRLbulk494106415<1.3ATF and counter-pumping[72]
      2011University of Michiganbulk5111064151.19chirally-coped-core fiber[71]
      2014AFRLbulk8111064NA<1.2ATF and thermal gradient[73]
      2008OFS Laboratoriesall-fiber1941083Non1.2acoustically-designed fiber[74]
      2011AFRLall-fiber2031065NAthermal gradient and gain competition[80]
      2012Laser Zentrum Hannoverall-fiber3011064Noncounter-pumping and thermal gradient[75]
      2012NUDTall-fiber3101064Non1.3LMA fiber[81]
      2013NUDTall-fiber3321064211.4LMA fiber[76]
      2013SIOMall-fiber1701064NA1.02strain gradient and thermal gradient[77]
      2017NUDTall-fiber414106416.91.34LMA fiber and strain gradient[78]
      2020NUDTall-fiber5501030Non1.47tapered fiber[79]
      2019LIGO Laboratoriesall-fiber178106419<1.32specialty LMA fiber[15]
      2019Laser Zentrum Hannoverall-fiber200106419LMA fiber and thermal gradient[82]
      2020University of Bordeauxall-fiber365106417<1.1LMA fiber and short fiber length[83]
    • Table 3.

      Progress of high power narrow-linewidth fiber lasers based on narrow-linewidth fiber oscillators

      基于窄线宽光纤振荡器的高功率窄线宽光纤激光研究进展

      View table
      View in Article

      Table 3.

      Progress of high power narrow-linewidth fiber lasers based on narrow-linewidth fiber oscillators

      基于窄线宽光纤振荡器的高功率窄线宽光纤激光研究进展

      yearinstitutionpower/kWlinewidthM2PER/dBRef
      2015HFB Photonics2.0575 GHz<1.4Non[106]
      2015Tianjin University0.5230 GHz<1.09>18[113]
      2016CAEP2.90.31 nmNon[107]
      2017NUDT1.0180.3 nm<1.2414[114]
      2017Tsinghua University3.122.5 nm1.58Non[111]
      2017CAEP1.0936.5 GHz1.114.5[108]
      2019Tsinghua University2.190.0865 nm1.46Non[112]
      2020CAEP3.080.2 nm<1.4511.6[22]
    • Table 4.

      Progress of high power narrow-linewidth fiber lasers based on phase modulation techniques

      基于相位调制技术的高功率窄线宽光纤激光研究进展

      View table
      View in Article

      Table 4.

      Progress of high power narrow-linewidth fiber lasers based on phase modulation techniques

      基于相位调制技术的高功率窄线宽光纤激光研究进展

      modulation methodsyearinstitutionpower/kWlinewidthM2PER/dBRef
      sine modulation2011Fibertek, Inc.1<0.5 GHz<1.4Non[121]
      2016NUDT1.8945 GHz<1.315.5[122]
      WNS modulation2017NUDT2.430.255 nm18.3[123]
      2018NUDT3.940.89 nm1.86Non[24]
      2018CAEP2.554 GHz<1.21Non[138]
      2018CAEP3.50.38 nm1.9Non[124]
      2019CAEP1.513 GHz1.1413[139]
      2019NUDT0.8271.8 GHz12[140]
      2019SIOM3.0148 GHz1.17Non[127]
      2019CAEP2.6232 GHz<1.314.2[125]
      2019CAEP3.70.3 nm<1.36Non[126]
      2020NUDT4.090.9 nm1.05Non
      PRBS modulation2014AFRL1.173 GHz1.2Non[129]
      2015AFRL1.475 GHz1.17Non[141]
      2016AFRL12.3 GHz<1.2Non[130]
      2016MIT3.112 GHz<1.1510[23]
      2018University of Michigan2.220 GHz1.09Non[134]
      2020SIOM1.272.2 GHz<1.2Non[128]
      2020DSO National Laboratories, Singapore16.9 GHz1.19Non[135]
      unavailable phase modulation2016Jena30.171.3Non[136]
      2017Jena3.50.181.3Non[137]
      2018Jena4.4Non[26]
      2018IPG2.530 GHz<1.1Non[27]
    Tools

    Get Citation

    Copy Citation Text

    Wenchang Lai, Pengfei Ma, Hu Xiao, Wei Liu, Can Li, Man Jiang, Jiangming Xu, Rongtao Su, Jinyong Leng, Yanxing Ma, Pu Zhou. High-power narrow-linewidth fiber laser technology[J]. High Power Laser and Particle Beams, 2020, 32(12): 121001

    Download Citation

    EndNote(RIS)BibTexPlain Text
    Save article for my favorites
    Paper Information

    Category: Fiber Laser

    Received: Jul. 2, 2020

    Accepted: --

    Published Online: Jan. 6, 2021

    The Author Email: Zhou Pu (zhoupu203@163.com)

    DOI:10.11884/HPLPB202032.200186

    Topics