The Design of Missile Integrated Electronic Equipment Test System Based on PXI Bus

The integrated electronic equipment serves as the information processing center for missiles, integrating multiple modules such as inertial measurement, main control computer, satellite navigation, and ignition control. It provides flight control and precise guidance for missiles, making it the core equipment of the entire missile. To meet the testing delivery requirements of the integrated electronic equipment of missiles, a missile integrated electronic equipment test system based on the PXI bus technology was designed. This paper introduces the system composition, working principle, and detailed design methods of the hardware system and software system. The test system is based on the PXI bus architecture and integrates various communication modules such as RS422 and 1553B. Using standardized and modular design methods, it can complete the functional testing of the integrated electronic equipment, with comprehensive testing content and reliable test results.

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Publication Details

Published
2025-05-17
DOI
https://doi.org/10.1109/yac66630.2025.11149765
Primary Topic
Educational Technology and E-Learning
Type
article
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The Design of Missile Integrated Electronic Equipment Test System Based on PXI Bus

Educational Technology and E-Learning
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The Design of Missile Integrated Electronic Equipment Test System Based on PXI Bus

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Abstract

The integrated electronic equipment serves as the information processing center for missiles, integrating multiple modules such as inertial measurement, main control computer, satellite navigation, and ignition control. It provides flight control and precise guidance for missiles, making it the core equipment of the entire missile. To meet the testing delivery requirements of the integrated electronic equipment of missiles, a missile integrated electronic equipment test system based on the PXI bus technology was designed. This paper introduces the system composition, working principle, and detailed design methods of the hardware system and software system. The test system is based on the PXI bus architecture and integrates various communication modules such as RS422 and 1553B. Using standardized and modular design methods, it can complete the functional testing of the integrated electronic equipment, with comprehensive testing content and reliable test results.

Shanghai Electric Apparatus Research Institute (CN), Shanghai Academy of Spaceflight Technology (CN)
Affordable and clean energy
Openalex Percentile: Top 35%
Educational Technology and E-Learning
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The Design of Missile Integrated Electronic Equipment Test System Based on PXI Bus · (2025) | TGRS Research Map | TGRS