• Optoelectronic Technology
  • Vol. 44, Issue 3, 209 (2024)
Peng ZHANG, Zhihua FENG, Pengfei ZHANG, Yuanming ZHAO..., Youtian RUAN, Wenjie HAN, Hui ZHANG and Zhaoyang KANG|Show fewer author(s)
Author Affiliations
  • The 27th Research Institute of China Electronics Technology Group Corporation, Zhengzhou 450047, CHN
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    DOI: 10.12450/j.gdzjs.202403007 Cite this Article
    Peng ZHANG, Zhihua FENG, Pengfei ZHANG, Yuanming ZHAO, Youtian RUAN, Wenjie HAN, Hui ZHANG, Zhaoyang KANG. Simulation and Experiment Research Based on Parameters of Optical Phased Array[J]. Optoelectronic Technology, 2024, 44(3): 209 Copy Citation Text show less
    The principle of optical phased array
    Fig. 1. The principle of optical phased array
    Far-field mode of optical phased array in different phase differences
    Fig. 2. Far-field mode of optical phased array in different phase differences
    The relationship between FWHM and phase difference with of different array spaces
    Fig. 3. The relationship between FWHM and phase difference with of different array spaces
    The influence of wavelength on the relationship between FWHM and Δψ in the condition of different array spaces
    Fig. 4. The influence of wavelength on the relationship between FWHM and Δψ in the condition of different array spaces
    The relationship between FWHM and Δψ in the condition of different array spaces and array numbers
    Fig. 5. The relationship between FWHM and Δψ in the condition of different array spaces and array numbers
    The relationship between array space and maximum steering range with different wavelengths
    Fig. 6. The relationship between array space and maximum steering range with different wavelengths
    The relationship between array space and emission efficiency with different wavelengths
    Fig. 7. The relationship between array space and emission efficiency with different wavelengths
    The relationship between array number and SLSR
    Fig. 8. The relationship between array number and SLSR
    Experimental system of operating range measurement
    Fig. 9. Experimental system of operating range measurement
    The results of range measurement based on beat frequency algorithm
    Fig. 10. The results of range measurement based on beat frequency algorithm
    The principle of scanning field measurement
    Fig. 11. The principle of scanning field measurement
    Two-dimensional scanning field of OPA
    Fig. 12. Two-dimensional scanning field of OPA
    The measurement of divergence angle
    Fig. 13. The measurement of divergence angle
    The measurement of divergence angle by collimator
    Fig. 14. The measurement of divergence angle by collimator
    Peng ZHANG, Zhihua FENG, Pengfei ZHANG, Yuanming ZHAO, Youtian RUAN, Wenjie HAN, Hui ZHANG, Zhaoyang KANG. Simulation and Experiment Research Based on Parameters of Optical Phased Array[J]. Optoelectronic Technology, 2024, 44(3): 209
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