Optical System for Laser Communication Terminal
These Systems Provide Highly Stable Optomechanical Solutions for Space Laser Communication, Including Satellite, Airborne and Ground Systems. Modular Design Supports Custom Reflective, Transmissive and Catadioptric Architectures.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Operating Temperature [Glass-Ceramic, Quartz, Single-Crystal Silicon, Radiation-Resistant Glass] | -40℃~+60℃ |
| Operating Temperature [Aluminum alloy] | -40℃~+60℃ |
| Primary Mirror Fabrication Accuracy [Glass-Ceramic, Quartz, Single-Crystal Silicon, Radiation-Resistant Glass] | Better than λ/100RMS |
| Primary Mirror Fabrication Accuracy [Aluminum alloy] | Better than λ/50RMS |
| Secondary Mirror Fabrication Accuracy [Glass-Ceramic, Quartz, Single-Crystal Silicon, Radiation-Resistant Glass] | Better than λ/100RMS |
| Secondary Mirror Fabrication Accuracy [Aluminum alloy] | Better than λ/50RMS |
| Surface Roughness [Glass-Ceramic, Quartz, Single-Crystal Silicon, Radiation-Resistant Glass] | Better than 1.0nm |
| Surface Roughness [Aluminum alloy] | Better than 2.0nm |
| Assembly Alignment Accuracy [Glass-Ceramic, Quartz, Single-Crystal Silicon, Radiation-Resistant Glass] | Better than λ/40RMS |
| Assembly Alignment Accuracy [Aluminum alloy] | Better than λ/20RMS |
Key Features
Datasheet
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