Yongxing Yang, Xinrui Wang, Yunzhi Zhu, Xinhua Lai, Qitong Li, Beibei Chen, Jingyuan Zhang, Jinpeng Li. Star Simulation Technology Based on High-Precision Jitter Compensation System[J]. Acta Optica Sinica, 2022, 42(18): 1812005
- Acta Optica Sinica
- Vol. 42, Issue 18, 1812005 (2022)
Fig. 1. Lightpath of high precision jitter compensation system
Fig. 2. Lightpath of multiple target synthetic star map
Fig. 3. Lightpath for detecting vibration signals
Fig. 4. Frame of compensation mirror
Fig. 5. Zemax ray tracing diagram
Fig. 6. Star map on the detector image plane
Fig. 7. Compensation system resolution test results
Fig. 8. Detection star calibration function
Fig. 9. Test results of jitter compensation accuracy
Fig. 10. Test lightpath diagram
Fig. 11. Picture of performance test of jitter compensation accuracy
Fig. 12. Compensation mirror deflection test results along different axes. (a) X axis; (b) Y axis
Fig. 13. Compensation accuracy test results
Fig. 14. Measured star map
Fig. 15. Uncompensated star point scatter diagram
Fig. 16. Compensated star point scatter diagram
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Table 1. Ray tracing parameters
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Table 2. Compensation resolution test results
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Table 3. Star simulation experiment parameters
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