• Laser & Optoelectronics Progress
  • Vol. 57, Issue 13, 132302 (2020)
Caofan Jin*, Xiang Zhang, Tao Chen, Yue Guo, and Yanjing Wang
Author Affiliations
  • Shanghai Optical Transmission and Sensing Engineering Technology Research Center No.23 Research Institute, China Electronics Technology Group Corporation, Shanghai 201900, China
  • show less
    DOI: 10.3788/LOP57.132302 Cite this Article Set citation alerts
    Caofan Jin, Xiang Zhang, Tao Chen, Yue Guo, Yanjing Wang. An Automatic Test System for Optical Passive Device Performance[J]. Laser & Optoelectronics Progress, 2020, 57(13): 132302 Copy Citation Text show less
    Schematic of DOP measurement
    Fig. 1. Schematic of DOP measurement
    DS-DBR laser structure
    Fig. 2. DS-DBR laser structure
    System block diagram
    Fig. 3. System block diagram
    Schematic of system program running process
    Fig. 4. Schematic of system program running process
    ParameterSymbolUnitValue
    Spectral rangeλnm800-1700
    Dark currentId(VR=5 V)pA5
    Reverse breakdown voltageVBR(IR=10 μA)V40
    Response timeTr(RL=50 Ω,VR=5 V)ps120
    Band width(-3 dB)Bw(RL=50 Ω,VR=5 V)GHz3
    Table 1. Electrical and optical characteristics of photoelectric detector
    Wavelength /nmPM400K4 /dBmWDL1 /dBSystem /dBmWDL2 /dBAbsolute error /dB
    1530-3.37/-3.35/0.02
    1535-3.39/-3.38/0.01
    1540-3.44/-3.44/0
    1545-3.47/-3.49/0.02
    1550-3.52/-3.55/0.03
    1555-3.55/-3.60/0.05
    1560-3.58/-3.62/0.04
    1565-3.62/-3.65/0.03
    //0.25/0.300.05
    Table 2. WDL test data
    DOP /%PM400K4 /dBmPDL1 /dBSystem /dBmPDL2 /dBAbsolute error /dB
    0-3.87/-3.90/0.03
    10-3.89/-3.93/0.04
    20-3.94/-3.97/0.03
    30-4.00/-4.02/0.02
    40-4.05/-4.08/0.03
    50-4.09/-4.11/0.02
    60-4.12/-4.16/0.04
    70-4.15/-4.20/0.05
    80-4.19/-4.23/0.04
    90-4.22/-4.27/0.05
    100-4.27/-4.32/0.05
    //0.40/0.420.02
    Table 3. PDL test data
    Caofan Jin, Xiang Zhang, Tao Chen, Yue Guo, Yanjing Wang. An Automatic Test System for Optical Passive Device Performance[J]. Laser & Optoelectronics Progress, 2020, 57(13): 132302
    Download Citation