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船载测控设备远程测试标校系统设计与实现 被引量:2

Design and Implementation of a Long-distance Test & Calibration System for Ship-borne Tracking & Control Equipment
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摘要 远洋航天测控事业的不断发展,对测控设备的远程测试标校和故障诊断提出更高的要求.目前,船载测控设备配备了大量的智能测试仪器,为建立船载测控设备自动化测试标校系统提供了有利条件.此外基于PXI总线的虚拟仪器技术的广泛应用,也为未来航天测控设备的自动化测试提供了新途径.本文主要探讨了船载测控设备远程测试标校系统的主要设计思想和实现方式. With the development of maritime aerospace TT&C systems, higher and higher technologies are required for long-distance test & calibration and fault diagnosis. At present, ship-borne TT&C equipment is equipped with many intelligent instruments, which constitutes an advantage to constructing automatic test & calibrating systems for ship-board TT&C equipment. In addition, with the wide application of the high reliability and low-cost virtual instrument technology based on PXI bus, new approaches are found for test and calibration. The paper mainly discusses the design and implementation of long-distance test & calibrating systems for ship-borne TT&C equipment.
作者 瞿元新
出处 《飞行器测控学报》 2005年第4期16-19,共4页 Journal of Spacecraft TT&C Technology
关键词 船载测控设备 远程测试标校 GPIB接口 PXI总线 Ship-borne TT&C Equipment Long-distance Test & Calibration System GPIB Interface PXI Bus
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  • 1龙湘明.CORBA程序设计指南[M].北京邮电大学国家重点实验室,2001..

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