Design of Shaping Optical System for Double-Cone Lens Antenna

Table 1. Test results of transmission efficiency under tilt influence at 1550 nm laser
View table
Table 1. Test results of transmission efficiency under tilt influence at 1550 nm laser
Tilt angle /（°） -0.016 0 0.016
Diffraction efficiency /% 93.51 95.85 93.20

Table 2. Test results of transmission efficiency under off-axis influence at 1550 nm laser
View table
Table 2. Test results of transmission efficiency under off-axis influence at 1550 nm laser
Off-axis /mm -0.020 -0.015 -0.010 -0.005 0 0.005 0.010 0.015 0.020
Diffraction efficiency /% 93.14 94.00 94.21 95.19 95.85 95.25 94.60 94.12 93.31

Table 3. Test results of transmission efficiency under axial displacement influence at 1550 nm laser
View table
Table 3. Test results of transmission efficiency under axial displacement influence at 1550 nm laser
Axial Displacement /mm -0.050 -0.045 -0.030 -0.015 0 0.015 0.030 0.045 0.050
Diffraction efficiency /% 94.92 95.12 95.51 95.71 95.85 94.81 92.78 90.70 88.21

Table 4. Test results of transmission efficiency under tiltinfluence at 1064 nm and 940 nm laser
View table
Table 4. Test results of transmission efficiency under tiltinfluence at 1064 nm and 940 nm laser
Tilt angle /（°） Diffraction efficiency /%
1064 nm 940 nm
-0.016 93.55 93.42
0 95.82 95.61
0.016 93.22 93.13

Table 5. Test results of transmission efficiency under off-axis influence at 1064 nm and 940 nm laser
View table
Table 5. Test results of transmission efficiency under off-axis influence at 1064 nm and 940 nm laser
Off-axis /mm Diffraction efficiency /%
1064 nm 940 nm
-0.020 93.15 93.11
-0.015 94.08 93.90
-0.010 94.20 94.17
-0.005 95.16 95.15
0 95.82 95.61
0.005 95.20 95.19
0.010 94.61 94.54
0.015 94.08 94.02
0.020 93.25 93.19

Table 6. Test results of transmission efficiency under axial displacement influence at 1064 nm and 940 nm laser
View table
Table 6. Test results of transmission efficiency under axial displacement influence at 1064 nm and 940 nm laser
Axial Displacement /mm Diffraction efficiency /%
1064 nm 940 nm
-0.050 94.94 94.89
-0.045 95.13 95.10
-0.030 95.50 95.46
-0.015 95.66 95.65
0 95.82 95.61
0.015 94.80 94.75
0.030 92.73 92.70
0.045 90.72 90.61
0.050 88.19 88.11

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Xianzhu Liu, Da Xu, Qiaochu Yang, Gaofei Sun, Lin Li, Jiawei Zheng, Yutian Peng, Zhuoao Wen, Huilin Jiang. Design of Shaping Optical System for Double-Cone Lens Antenna[J]. Acta Optica Sinica, 2024, 44(23): 2322003

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Paper Information

Category: Optical Design and Fabrication

Received: Jun. 25, 2024

Accepted: Sep. 30, 2024

Published Online: Dec. 11, 2024

The Author Email: Xu Da (418168115@qq.com)

DOI:10.3788/AOS241207

CSTR:32393.14.AOS241207

Topics

laser devices and laser physics

Lasers and Laser Optics

Laser physics

laser manufacturing

Instrumentation, Measurement and Metrology

Table 1. Test results of transmission efficiency under tilt influence at 1550 nm laser

Table 1. Test results of transmission efficiency under tilt influence at 1550 nm laser

Table 2. Test results of transmission efficiency under off-axis influence at 1550 nm laser

Table 2. Test results of transmission efficiency under off-axis influence at 1550 nm laser

Table 3. Test results of transmission efficiency under axial displacement influence at 1550 nm laser

Table 3. Test results of transmission efficiency under axial displacement influence at 1550 nm laser

Table 4. Test results of transmission efficiency under tiltinfluence at 1064 nm and 940 nm laser

Table 4. Test results of transmission efficiency under tiltinfluence at 1064 nm and 940 nm laser

Table 5. Test results of transmission efficiency under off-axis influence at 1064 nm and 940 nm laser

Table 5. Test results of transmission efficiency under off-axis influence at 1064 nm and 940 nm laser

Table 6. Test results of transmission efficiency under axial displacement influence at 1064 nm and 940 nm laser

Table 6. Test results of transmission efficiency under axial displacement influence at 1064 nm and 940 nm laser