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基于HFSS射频电路失效仿真的进口装备修理技术

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为了解决进口装备射频模块技术资料匮乏,修理周期长及修理成本居高不下等问题,本研究提出应用ANSYS HFSS进行建模修理分析法.对射频电路进行建模仿真,并模拟故障射频电路模块.将仿真模型与故障仿真模型输出参数进行比对,找出电路失效原因,从而精确定位电路故障.结果表明:该方法可快速模拟和比较射频电路在不同状态下的插入损耗、驻波比等指标,仿真分析故障射频电路阻抗匹配性能、信号传输性能及信号隔离性能下降的原因,结合产品故障参数可快速准确分析故障原因.该方法可缩短产品修理时间,避免由于射频模块反复拆装造成的二次伤害,提高产品修理效率,降低修理成本.
Repair Technology of Foreign Equipment Based on HFSS RF Circuit Failure Simulation
To address the problems of lack of technical information on imported equipment RF modules,long repair cycles,and high repair costs,this study proposes employing ANSYS HFSS for modeling and repair analysis.The approach involves modeling and simulating the RF circuit,as well as simulating the faulty RF circuit module.By comparing the output parameters of the simulation model with those of the fault simulation model,the cause of circuit malfunction is identified,therefore the circuit faults is accurately located.The results show that this method can quickly simulate and compare the insertion loss,standing wave ratio,and other indicators of RF circuit in different states.Simulate and analyze the reasons for the decrease in impedance matching performance,signal transmission performance,and signal isolation performance of faulty RF circuits,and combine product fault parameters to quickly and accurately the fault reason.This method can shorten product repair time,avoid secondary damage caused by repeated disassembly and assembly of RF modules,improve product repair efficiency,and lower repair costs.

RF circuitANSYS HFSSsimulationcircuit malfunction

王睿乔、葛元、乔邦江、林文昌、刘彪

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国营长虹机械厂,广西 桂林 541000

中国人民解放军 94162 部队,西安 710600

射频电路 ANSYS HFSS 仿真 电路故障

2024

失效分析与预防
南昌航空大学 北京航空材料研究院

失效分析与预防

影响因子:0.352
ISSN:1673-6214
年,卷(期):2024.19(6)