• Infrared and Laser Engineering
  • Vol. 53, Issue 11, 20240236 (2024)
Xiuyue YOU1, Yi TANG1, Lijun ZHANG1, Dongxiao WANG1..., Yonghui LI1 and Su ZHANG2|Show fewer author(s)
Author Affiliations
  • 1Key Laboratory of Photoelectronic Imaging Technology and System, Ministry of Education, School of Optics and Photonics, Beijing Institute of Technology, Beijing 100081, China
  • 2Longrays Photoelectric Technology in Suzhou Co., Ltd., Suzhou 215300, China
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    DOI: 10.3788/IRLA20240236 Cite this Article
    Xiuyue YOU, Yi TANG, Lijun ZHANG, Dongxiao WANG, Yonghui LI, Su ZHANG. Design and experiment on high-precision synchronous control of multispectral infrared camera[J]. Infrared and Laser Engineering, 2024, 53(11): 20240236 Copy Citation Text show less
    Infrared multispectral camera system diagram
    Fig. 1. Infrared multispectral camera system diagram
    Synchronous drive control circuit architecture diagram
    Fig. 2. Synchronous drive control circuit architecture diagram
    Filter wheel structure and dimensions diagram
    Fig. 3. Filter wheel structure and dimensions diagram
    Simultaneous imaging design accuracy diagram
    Fig. 4. Simultaneous imaging design accuracy diagram
    Cascaded dual closed-loop structure diagram
    Fig. 5. Cascaded dual closed-loop structure diagram
    Encoder quadruple frequency technology analysis diagram
    Fig. 6. Encoder quadruple frequency technology analysis diagram
    Trigger signal waveform diagram
    Fig. 7. Trigger signal waveform diagram
    Synchronous imaging position error diagram
    Fig. 8. Synchronous imaging position error diagram
    Hall detection angle lag error analysis diagram
    Fig. 9. Hall detection angle lag error analysis diagram
    Synchronous imaging accuracy test site
    Fig. 10. Synchronous imaging accuracy test site
    Filter wheel strip number physical picture
    Fig. 11. Filter wheel strip number physical picture
    Synchronous imaging experimental results based on Hall sensor
    Fig. 12. Synchronous imaging experimental results based on Hall sensor
    Synchronous imaging experimental results based on encoder
    Fig. 13. Synchronous imaging experimental results based on encoder
    The first image circle center (Hall)
    Fig. 14. The first image circle center (Hall)
    Maximum error image circle center (Hall)
    Fig. 15. Maximum error image circle center (Hall)
    The first image circle center (encoder)
    Fig. 16. The first image circle center (encoder)
    Maximum error image circle center (encoder)
    Fig. 17. Maximum error image circle center (encoder)
    Filter wheel physical image
    Fig. 18. Filter wheel physical image
    Infrared multispectral camera overall physical imag
    Fig. 19. Infrared multispectral camera overall physical imag
    Infrared multispectral simultaneous imaging experiment results
    Fig. 20. Infrared multispectral simultaneous imaging experiment results
    Position sensorTheoretical error/(°)Experimental error/(°)Pixel error
    Hall0.8201.18215
    Encoder0.0880.1071
    Table 1. Simultaneous imaging error comparison
    Xiuyue YOU, Yi TANG, Lijun ZHANG, Dongxiao WANG, Yonghui LI, Su ZHANG. Design and experiment on high-precision synchronous control of multispectral infrared camera[J]. Infrared and Laser Engineering, 2024, 53(11): 20240236
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