High Power Laser and Particle Beams, Volume. 32, Issue 12, 121010(2020)

Research progress of high power semiconductor laser pump source

Xiaoyu Ma1...2, Naling Zhang1,2,*, Li Zhong1,2,*, Suping Liu1,2 and Hongqi Jing1 |Show fewer author(s)
Author Affiliations
  • 1National Engineering Research Center for Optoelectronic Devices, Institute of Semiconductors, Chinese Academy of Sciences, Beijing 100083, China
  • 2College of Materials Science and Optoelectronics, University of Chinese Academy of Sciences, Beijing 100049, China
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    Figures & Tables(17)
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    • Table 1.

      Output power of 8xx nm single-emitter lasers

      8xx nm半导体激光器单管输出功率

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      Table 1.

      Output power of 8xx nm single-emitter lasers

      8xx nm半导体激光器单管输出功率

      yearwavelength/nmoutput power/Wkey parametersconversion efficiency/%research groupreference
      201488x18.895 μm,3.8 mm58USA,nLight[9]
      201580810190 μm,4 mmJapan,Optoenergy[10]
      201680822200 μm54JENOPTIK[11]
      20168089140 μm,2 mm63%Coherent[12]
      201980814200 μm,4 mm64Ferdinand-Braun-Institut[13]
      20198082.8100 μm,2 mmWang Yue[14]
      202088019200 μm,4 mmInstitute of Semiconductors of CAS
    • Table 2.

      Output power of 8xx nm laser bar

      8xx nm激光器巴条输出功率

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      Table 2.

      Output power of 8xx nm laser bar

      8xx nm激光器巴条输出功率

      yearwavelength/nmoutput powerkey parametersfill factor/%research groupreference
      201288xQCW:560 Wbar width:3 mm; cavity length:3 mm 80USA,nLight[19]
      2013808CW:150 Wbar width:1 cm; cavity length:1.5 mm 50USA,nLight[20]
      201488xQCW:630 Wbar width:3 mm; cavity length:3 mm 80USA,nLight[9]
      2016808QCW:200 Wbar width:5 mm; cavity length:1.5 mm Russia[21]
      2016880QCW:250 Wbar width:0.5 cm80USA,nLight[22]
      201780xQCW:210 Wbar width:5 mm; cavity length:1 mm 72M.A. Ladugin[23]
      20178801.8 kW(200 μs,14 Hz)bar width:1 cm; cavity length:3 mm 80USA,nLight[24]
      2017808QCW:613 Wcavity length:2 mm85Xi’an Institute of Optics and Precision Mechanics of CAS [25]
      2018808QCW:500 Wcavity length:1.5 mm80OSRAM[26]
      20208xxCW:200 Wcm-barInstitute of Semiconductors of CAS
    • Table 3.

      Output power of 9xx nm single-emitter semiconductor lasers

      9xx nm半导体激光器单管输出功率

      View table
      View in Article

      Table 3.

      Output power of 9xx nm single-emitter semiconductor lasers

      9xx nm半导体激光器单管输出功率

      yearwavelength/nmoutput power/Wkey parametersconversion efficiency/%research groupreference
      20099802096 μm,4 mmFerdinand-Braun-Institut[32]
      201397515100 μm,4 mm74Ferdinand-Braun-Institut[33]
      201391513.585 μm,4 mmS.McDougall[34]
      20159xx29.5100 μm,5.7 mmUSA,JDSU[35]
      201591518150 μm,5 mm58USA,nLight[36]
      201591524100 μm,4 mm60Japan,Optoenergy[37]
      201691512.495 μm,4.8 mm60Research Institute of Tsinghua University in Shenzhen [38]
      201791533220 μm,4 mm60Japan,Fujikura[39]
      201894014100 μm,4 mm63Ferdinand-Braun-Institut[40]
      201997520200 μm,4 mm66.7Japan,Fujikura[41]
      20199xx14.4200 μm,2 mm71.8Institute of Semiconductors of CAS[42]
      202097521100 μm,4 mmInstitute of Semiconductors of CAS[43]
    • Table 4.

      Output power of 9xx nm laser bar

      9xx nm激光器巴条输出功率

      View table
      View in Article

      Table 4.

      Output power of 9xx nm laser bar

      9xx nm激光器巴条输出功率

      yearwavelength/nmoutput powerkey parametersfill factor/(%)research groupreference
      20139xxQCW:1.7 kWbar width:1 cm; cavity length:6 mm 72Ferdinand-Braun-Institut[45]
      2014940CW:200 Wcavity length:4 mm50Jenoptik[46]
      2015940QCW:1.98 kWbar width:1 cm; cavity length:4 mm 69Ferdinand-Braun-Institut[47]
      20159xx>300 W60USA,Trumpf Photonics[48]
      2016940QCW:1 kWbar width:1 cm; cavity length:4 mm 69Ferdinand-Braun-Institut[49]
      2017940QCW:600 Wbar width:1 cm; cavity length:4 mm 70M. M. Karow[50]
      2018938CW:476 W60USA,Trumpf Photonics[51]
      20199xx450 Wbar width:1 cm; cavity length:4.2 mm 73II-VI Laser Enterprise[52]
      20199xx1 kW(0.2 ms,10 Hz)87Ferdinand-Braun-Institut[53]
      2019960665.6 W(500 μs)bar width:1 cm; cavity length:2 mm 63.8Xi’an Institute of Optics and Precision Mechanics of CAS [54]
      20209xxCW:300 W, QCW:996 W cm-bar70Institute of Semiconductors of CAS
    • Table 5.

      Research progress of 9xx nm high-power narrow-linewidth semiconductor laser

      9xx nm高功率窄谱宽半导体激光器研究进展

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      Table 5.

      Research progress of 9xx nm high-power narrow-linewidth semiconductor laser

      9xx nm高功率窄谱宽半导体激光器研究进展

      yearwavelength/nmoutput power/Wdevice typespectral linewidth/nmresearch groupreference
      201097510DFB,second order grating<1Ferdinand-Braun-Institut[57]
      201098014DBR,sixth order grating<1Ferdinand-Braun-Institut[58]
      201297611DFB,eightieth-order grating<1Ferdinand-Braun-Institut[59]
      20149706DFB,eightieth-order grating<0.7Jonathan Decker[60]
      20179755.5DFB,second order grating<1Mostallino[61]
      201998010.7DBR,sixth order grating2.77Qiao Chuang[62]
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    Xiaoyu Ma, Naling Zhang, Li Zhong, Suping Liu, Hongqi Jing. Research progress of high power semiconductor laser pump source[J]. High Power Laser and Particle Beams, 2020, 32(12): 121010

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    Paper Information

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    Received: Aug. 10, 2020

    Accepted: --

    Published Online: Jan. 6, 2021

    The Author Email: Zhang Naling (zhangnaling@semi.ac.cn), Zhong Li (zhongli@semi.ac.cn)

    DOI:10.11884/HPLPB202032.200236

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