XU Li-jun, CAI Hong-xing, LI Chang-li, BI Juan, JI Guang-yong, ZHANG Xi-he. Responsivity of photoelectric detector irradiated by intense laser[J]. Journal of Applied Optics, 2010, 31(6): 1018-1022.
Citation: XU Li-jun, CAI Hong-xing, LI Chang-li, BI Juan, JI Guang-yong, ZHANG Xi-he. Responsivity of photoelectric detector irradiated by intense laser[J]. Journal of Applied Optics, 2010, 31(6): 1018-1022.
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Responsivity of photoelectric detector irradiated by intense laser

  • Changchun University of Science and Technology,School of Science,Changchun 130022,China

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  • Responsivity is an important factor for reflecting the performance of photoelectric detector and could be altered if the detector is laser-induced damaged. A system for monitoring real-time responsivity of the detector was developed. A PIN detector was irradiated by Nd∶YAG laser with energy increasing gradually, the relationship between the responsivity of detector and the power density of incident laser was obtained. The detector remained its performance when irradiated by laser with the power density of Nd: YAG laser less than 7.6105W/cm2, the responsivity of the detector was constant for 532nm reference light. When the power density of laser was more than 1.27106W/cm2, with increasing incident laser power density, the responsivity of the detector was reduced slowly. When the power density of laser was more than 1.27106W/cm2, the responsivity of the detector was reduced sharply after being irradiated. The reason for the fall of responsivity was analyzed. The conclusion was confirmed by scanning electron microscope photographs (SEM).
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  • ［1］KRUER M, ESTEROWITZ L, ALLEN R, et al. Thermal models for laser damage in InSb photovoltaic and photoconductive detectors［J］.Infrared Physics,1976,16(3):375-384.
    ［2］AMIT P S, AVINASHI K. Laser damage studies of silicon surfaces using ultra-short laser pulses［J］.Optics and Laser Technology, 2002,34(1):37-43. 
    ［3］周易春,段祝平,解伯民,等.激光破坏机理研究的一个新进展［J］.力学学报，1995，27(3):277-284. 
    ZHOU Yi-chun, DUAN Zhu-ping, XIE Bo-min,et al. A new development of laser damage mechanism research［J］. Chinese Journal of Theoretical and Applied Mechanics，1995，27(3):277-284.(in Chinese with an English abstract) 
    ［4］贺元兴,江厚满. 激光辐照下PV型HgCdTe探测器反常响应机理［J］.强激光与粒子束, 2008,20(8)：1233-1237.      
    HE Yuan-xing，JIANG Hou-man. Abnormal response of PV-type HgCdTe detector under intense laser irradiation［J］. High Power Laser and Particle Beams, 2008,20(8):1233-1237.  (in Chinese with an English abstract) 
    ［5］陈德章, 张承铨,卿光弼,等. 激光对光电探测器的损伤阈值研究［J］.激光技术，1995,18(6):135-140. 
    CHEN De-zhang, ZHANG Cheng-quan, QING Guang-bi, et al. Research on laser damage threshold of photoelectric detector［J］. Laser Technology,1995,18(6):135-140. (in Chinese with an English abstract) 
    ［6］张红,薛建国,成斌,等.10.6μm CO2激光对HgCdTe探测器破坏阈值的实验研究［J］.光电工程, 2006,33 (5):41-43.
    ZHANG Hong，XUE Jian-guo, CHENG Bin,et al. Experiment study on the damage thresholds of HgCdTe detector irradiated by10.6μm CO2 laser［J］. Opto-Electronic Engineering, 2006,33(5):41-43. (in Chinese with an English abstract) 
    ［7］陈明君,庞启龙,刘新艳,等.KDP晶体微纳加工表层杂质对其激光损伤阈值影响的有限元分析［J］.强激光与粒子束2008，20(7)：1182-1186.  
    CHEN Ming-jun,PANG Qi-long,LIU Xin-yan. Finite element analysis on influence of micro-nano machined surface impurity on optical performance of crystal［J］. High Power Laser and Particle Beams, 2008，20(7):1182-1186. (in Chinese with an English abstract)
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