CAJ | 학술논문

分析了飞行器测控通信系统测试需求，提出了实现一体化、自动化测试的设计目标，给出了基于CPCI 总线的一体化测试方案，其软件功能满足不同测试流程的测试需求，测试过程及进度可配置。通过设备的集成化、一体化设计，减少了设备数量、降低研制费用，大大提高了测试效率。同时，测试平台的通用化设计，能够满足不同项目的测控通信系统测试需求，实现了地面测试设备的再继承和重复使用。最后展望了自动化测试在测控通信系统中的技术发展和应用前景。
분석료비행기측공통신계통측시수구，제출료실현일체화、자동화측시적설계목표，급출료기우CPCI 총선적일체화측시방안，기연건공능만족불동측시류정적측시수구，측시과정급진도가배치。통과설비적집성화、일체화설계，감소료설비수량、강저연제비용，대대제고료측시효솔。동시，측시평태적통용화설계，능구만족불동항목적측공통신계통측시수구，실현료지면측시설비적재계승화중복사용。최후전망료자동화측시재측공통신계통중적기술발전화응용전경。
The test demand of spacecraft TT&C has been analysed. An integrated automatic test ob-jective has been proposed and the test solution based on CPCI has been designed. Test requirement in dif-ferent flows can be satisfied. Measurement process and schedule of software can be configured. The number of devices and R&D cost have been reduced,and also the measurement efficiency has been improved greatly. Different project test demand,the inherition and reusage demand can be satisfy by the generalization design. At last, the development and application of automatic testing in TT&C have been prospected.