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Irradiation test results of components selected from novel optical Rotman lens configuration for space systems

机译:从用于空间系统的新型光学Rotman透镜配置中选择的组件的辐照测试结果

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摘要

This paper summarizes the irradiation test results of three components selected from novel optical Rotman lens configuration to be used for beam forming and steering in airborne application. The components include the Rotman lens itself, a fiber with an attached graded index lens and a photodiode. All were irradiated up to a total dose of 20 krad using a ~(60)Co gamma source. The components were found to be insensitive to this total ionizing irradiation dose. Later on similar photo diodes were irradiated at 62 MeV protons with fluence of up to 1.5 x 10~(11) protons/cm2 and then measured after annealing of 17 days. No significant difference was observed in any of the parameters (measured after the gamma irradiation) with respect to a reference diode. Both experiments are indicating that the inspected components are potentially suitable for space.
机译:本文总结了选自新型光学Rotman透镜配置的三个组件的辐照测试结果,这些组件将用于机载应用中的光束形成和转向。这些组件包括Rotman透镜本身,带有连接的渐变折射率透镜的光纤和光电二极管。使用〜(60)Coγ射线源将所有样品辐照至总剂量为20 krad。发现这些组分对该总电离辐射剂量不敏感。之后,以62 MeV质子辐照相似的光电二极管,其能量通量高达1.5 x 10〜(11)质子/ cm2,然后在退火17天后进行测量。相对于参考二极管,在任何参数(伽马射线辐照后测量)中均未观察到显着差异。两项实验均表明被检查的组件可能适合空间使用。

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