Fault Prognosis of Transmit-receive Modules for Active Phased Array radar

Gong Wenjun, Sun Bin, Zheng Yuanzhu
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Abstract

This paper analyses the failure mechanism of components in T/R module and presents a new method about the fault prognosis for T/R modules of radar systems. The function and failure pattern has been provided firstly. Then, we provide the possible failure mechanism and present the time-related formula to describe the time-to-failure model dominated by the fault character parameter. Then, a connection between the failure mechanism and failure rate is established through the coupling formulas and failure rate distributions. Given the predicted ambient temperature, the number prediction curve of failed T/R modules in the radar system is proposed. Based on the number calculation, the spare parts can be arranged in advance to decrease the unnecessary waiting time, supporting the implementation of condition-based maintenance for radar system.
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有源相控阵雷达收发模块故障预测
分析了雷达T/R模块部件的故障机理,提出了一种雷达T/R模块故障预测的新方法。首先给出了其功能和失效模式。然后,给出了可能的失效机制,并给出了时间相关公式来描述以故障特征参数为主导的失效时间模型。然后,通过耦合公式和故障率分布建立了失效机理与故障率之间的联系。根据预测的环境温度,提出了雷达系统中失效T/R模块的数量预测曲线。根据数量计算,可以提前安排备件,减少不必要的等待时间,支持雷达系统状态维护的实施。
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