• Journal of Infrared and Millimeter Waves
  • Vol. 41, Issue 1, 2021342 (2022)
Zhen-Hua YE1、*, Hui-Hao LI1、2, Jin-Dong WANG1、2, Xing CHEN1, Chang-Hong SUN1, Qing-Jun LIAO1, Ai-Bo HUANG1, Hui LI1, Song-Min ZHOU1, Jia-Mu LIN1, Jian-Zhen PAN1, Chen-Fei WANG1, Hong-Lei CHEN1, Lu CHEN1, Yan-Feng WEI1, Chun LIN1, Xiao-Ning HU1, Rui-Jun DING1, Jian-Xin CHEN1, and Li HE1
Author Affiliations
  • 1Key Laboratory of Infrared Imaging Materials and Detectors,Shanghai Institute of Technical Physics,Chinese Academy of Sciences,Shanghai 200083,China
  • 2University of Chinese Academy of Sciences,Beijing 100049,China
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    DOI: 10.11972/j.issn.1001-9014.2022.01.001 Cite this Article
    Zhen-Hua YE, Hui-Hao LI, Jin-Dong WANG, Xing CHEN, Chang-Hong SUN, Qing-Jun LIAO, Ai-Bo HUANG, Hui LI, Song-Min ZHOU, Jia-Mu LIN, Jian-Zhen PAN, Chen-Fei WANG, Hong-Lei CHEN, Lu CHEN, Yan-Feng WEI, Chun LIN, Xiao-Ning HU, Rui-Jun DING, Jian-Xin CHEN, Li HE. Recent hotspots and innovative trends of infrared photon detectors[J]. Journal of Infrared and Millimeter Waves, 2022, 41(1): 2021342 Copy Citation Text show less
    Structure diagram of infrared photon detector
    Fig. 1. Structure diagram of infrared photon detector
    Development history and future trend of infrared photon detector
    Fig. 2. Development history and future trend of infrared photon detector
    The third generation/high-end third generation infrared photon detector SWaP3 concept
    Fig. 3. The third generation/high-end third generation infrared photon detector SWaP3 concept
    Relationship between dark current density and temperature of HgCdTe infrared photon detector[4]
    Fig. 4. Relationship between dark current density and temperature of HgCdTe infrared photon detector4
    The schematic diagram of working principle of longitudinal laminated two-color/multi-color infrared photon detector[12]
    Fig. 5. The schematic diagram of working principle of longitudinal laminated two-color/multi-color infrared photon detector12
    Application advantages of laminated two-color infrared photon detector[12]
    Fig. 6. Application advantages of laminated two-color infrared photon detector12
    The schematic diagram of dual-color focal plane detector with two poles in the same direction
    Fig. 7. The schematic diagram of dual-color focal plane detector with two poles in the same direction
    The correlation and constraint of the core parameters "four high" performance
    Fig. 8. The correlation and constraint of the core parameters "four high" performance
    Conversion relationship that MTF is controlled by the center distance of infrared detector pixel and aperture size of optical system
    Fig. 9. Conversion relationship that MTF is controlled by the center distance of infrared detector pixel and aperture size of optical system
    DRS long wave infrared camera(F#=1)imaging photos with wavelength λ and scale 1280×720 [68]
    Fig. 10. DRS long wave infrared camera(F#=1)imaging photos with wavelength λ and scale 1280×720 68
    Rule 07 and Law 19 dark current[73]
    Fig. 11. Rule 07 and Law 19 dark current73
    The HgCdTe linear APD detector has photon resolution[87]
    Fig. 12. The HgCdTe linear APD detector has photon resolution87
    Three detection levels of infrared photon detector:imaging perception,two-color recognition and spectral image recognition
    Fig. 13. Three detection levels of infrared photon detector:imaging perception,two-color recognition and spectral image recognition
    Core architecture and technical connotation of the fourth generation infrared photon detector
    Fig. 14. Core architecture and technical connotation of the fourth generation infrared photon detector
    The schematic diagram of polarization integrated infrared photon detector
    Fig. 15. The schematic diagram of polarization integrated infrared photon detector
    The schematic diagram of DARPA adaptive focal plane array cell structure
    Fig. 16. The schematic diagram of DARPA adaptive focal plane array cell structure
    Core architecture and technical connotation of new concept infrared photon detector
    Fig. 17. Core architecture and technical connotation of new concept infrared photon detector
    3D integrated mode of readout circuit for on-chip intelligent infrared photon detector
    Fig. 18. 3D integrated mode of readout circuit for on-chip intelligent infrared photon detector
    Ultraviolet,visible and infrared wide-spectral photon detector based on QD and graphene CMOS 2D material[132].
    Fig. 19. Ultraviolet,visible and infrared wide-spectral photon detector based on QD and graphene CMOS 2D material132.
    Concept of neural vision infrared photon detector
    Fig. 20. Concept of neural vision infrared photon detector

    光学镜头

    尺寸

    长波红外

    LWIR

    中波红外

    MWIR

    中波/长波

    双色

    6英寸

    5 μm 中心距

    5 k × 5 k 像素规格

    3 μm 中心距

    8.3 k × 8.3 k像素规格

    中波/长波像元

    3 μm 中心距

    8.3 k × 8.3 k像素规格

    3英寸

    5 μm 中心距

    2.5 k × 2.5 k 像素规格

    3 μm 中心距

    4.2 k ×4.2 k像素规格

    中波/长波像元

    3 μm 中心距

    4.2 k ×4.2 k像素规格

    Table 1. The US Navy proposed a system requirement for high-density pixels in 2012
    Zhen-Hua YE, Hui-Hao LI, Jin-Dong WANG, Xing CHEN, Chang-Hong SUN, Qing-Jun LIAO, Ai-Bo HUANG, Hui LI, Song-Min ZHOU, Jia-Mu LIN, Jian-Zhen PAN, Chen-Fei WANG, Hong-Lei CHEN, Lu CHEN, Yan-Feng WEI, Chun LIN, Xiao-Ning HU, Rui-Jun DING, Jian-Xin CHEN, Li HE. Recent hotspots and innovative trends of infrared photon detectors[J]. Journal of Infrared and Millimeter Waves, 2022, 41(1): 2021342
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