Detection device and method of space debris ranging and imaging composite optical system
A technology for optical systems and space debris, applied in the direction of using optical devices, measuring devices, testing optical performance, etc., can solve problems such as reducing system accuracy indicators, damage, and optical component offset
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Embodiment 1
[0085] A detection device of a composite optical system for ranging and imaging of space debris is the same as the above, a detection device using a composite optical system for ranging and imaging of space debris is used to carry out the fine tracking system 21 in the composite optical system for ranging and imaging of space debris The method for assembling and calibrating is the same as above, the difference is that in step 3, the theoretical optical axis position of the fine tracking system 21 in the compound optical system 1 is calculated, and the CCD detection camera 10 in the compound optical system 1 is transmitted to the fine tracking system 21 Theoretical optical axis position, at this moment, the deviation between the light spot position on the CCD detection camera 10 and the cross center position of the CCD detection camera 10 is the installation error;
[0086] In Step 4, the parallel light emitted by the collimator focal plane assembly 8 finally enters the CCD dete...
Embodiment 2
[0089] A detection device of a composite optical system for space debris ranging and imaging is the same as above, a detection device using a composite optical system for ranging and imaging of space debris detects the single-photon ranging emission in the composite optical system for ranging and imaging of space debris The method for installing and calibrating the unit 16, the specific steps are the same as above, the difference is that in step 3, the theoretical optical axis position of the single-photon ranging emitting unit 16 in the compound optical system 1 is calculated, and the space debris ranging imaging compound optical system 1 The CCD detection camera 10 is transmitted to the theoretical optical axis position of the single-photon ranging emission unit 16, and now the deviation between the spot position on the CCD detection camera 10 and the cross center position of the CCD detection camera 10 is an installation error;
[0090] Step 4 The parallel light emitted by t...
Embodiment 3
[0093] A detection device of a composite optical system for space debris ranging and imaging is the same as the above, a detection device using a composite optical system for ranging and imaging of space debris detects the ranging receiving unit 15 in the composite optical system for ranging and imaging of space debris The method for installing and calibrating, the specific steps are the same as above, the difference is that in step 3, the theoretical optical axis position of the ranging receiving unit 15 in the space debris ranging and imaging compound optical system 1 is calculated, and the CCD detection camera in the compound optical system 1 is 10 is transmitted to the theoretical optical axis position of the distance measuring receiving unit 15, at this time, the deviation between the spot position on the CCD detection camera 10 and the cross center position of the CCD detection camera 10 is the installation error;
[0094] In Step 4, the parallel light emitted by the foca...
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