Research on technical characteristics and standards of anti-radiation optical transceivers for aerospace applications
The space radiation-resistant optical transceiver module is capable of realizing high-speed parallel optical-electrical conversion and transmission functions within the space application environment.By employing optical means,it achieves the transmission of high-speed signals,thereby addressing the bottleneck issue of data transmission in spaceborne systems and reducing the overall system weight through an optimized transmission architecture.This advancement holds significant milestone value.This paper provides a detailed anal-ysis of the module's working principles,structural composition,and associated characteristics.Furthermore,it evaluates the functional performance,quality reliability,and environmental adaptability of a particular 12-channel parallel optical transceiver module that is re-sistant to radiation,considering its specific application context.Based on the product definition and user requirements,a standardized in-dex system and assessment criteria have been developed in a forward-thinking approach,offering guidance for the standardization of no-vel optical module products.
国家科技期刊平台
NSTL
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