CAJ | 학술논문

介绍了ATS技术在微波网络调试工作中的实际应用,给出了硬件组成及软件实现方式. 复杂形式的微波网络需要通过大量的调试工作才能使各项指标满足使用要求. 调试人员需要反复的更换端口进行指标调试和测试. 文中将一种ATS技术引入微波网络调试系统中,基于GPIB总线、端口扩展中枢、控制软件,实现微波网络调试工作中测试自动化和辅助调试. 引入ATS技术后的调试系统的精度可以达到:幅度误差≤0.05 dB,相位误差≤1°,调试效率提高约40%.
개소료ATS기술재미파망락조시공작중적실제응용,급출료경건조성급연건실현방식. 복잡형식적미파망락수요통과대량적조시공작재능사각항지표만족사용요구. 조시인원수요반복적경환단구진행지표조시화측시. 문중장일충ATS기술인입미파망락조시계통중,기우GPIB총선、단구확전중추、공제연건,실현미파망락조시공작중측시자동화화보조조시. 인입ATS기술후적조시계통적정도가이체도:폭도오차≤0.05 dB,상위오차≤1°,조시효솔제고약40%.
This paper introduces the actual application of ATS technology in the microwave network debugging , gives the hardware composition and software implementation .The microwave network complex form required by a large number of debugging work to make the indicators meet the requirements .The debugging personnel need to index the debugging and testing repeatedly replacing port .A kind of ATS technology is introduced to the microwave network debugging system .Based on GPIB bus , signal transmission center and the corresponding control software to realize the purpose of automation testing and auxiliary debugging .Introduced the system debugging of ATS technology of accuracy can be achieved :amplitude error is less than or equal to 0.05 dB, the phase error is less than 1 degrees, the debugging efficiency is increased by 40%.