基于雙信號源的雙偏振雷達接收機故障診斷技巧
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廣東省氣象科技重點項目(GRMC2018Z04)和海南省南海氣象防災減災重點實驗室開放基金(SCSF201904)共同資助


A Troubleshooting Technique of Dual Polarization Radar Receiver Based on Dual-Signal Source
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    摘要:

    與傳統天氣雷達相比,雙偏振天氣雷達在硬件組成上改動較大,尤其是在接收機及天線饋線方面。硬件上的改動使得雙偏振雷達的診斷方法存在較大不同。本文通過與傳統天氣雷達在硬件結構和標定通道兩方面的對比,分析了S波段雙偏振天氣雷達與單偏振雷達在故障診斷方面的區別,提出通過“雙信號源+動態法”隔離主通道與測試通道和通過“雙信號源+太陽法”分段隔離主通道的兩種診斷技巧,并例舉了雙偏振雷達的典型故障個例進行分析,為后續雷達規劃的雙偏振雷達升級改造提供參考依據,同時也為臺站對雙偏振雷達的故障診斷提供思路借鑒。

    Abstract:

    Compared with the traditional weather radar, the hardware of the dual polarization weather radar has changed greatly, especially in the receiver and antenna feeder. The change of hardware makes the diagnosis method of dual polarization radar different. This paper analyzes the difference between Sband dual polarization weather radar and single polarization radar in fault diagnosis by comparing with traditional weather radar in hardware structure and calibration channel. This article proposes two diagnostic techniques: isolating the main channel and test channel by the dual signal source and dynamic method; segmenting the main channel by the dual signal source and sun calibration. The article gives the fault cases of dual polarization radar, which can provide a reference for the planned upgrading of the dual polarization radar, and also provide a reference for the troubleshooting of the dual polarization radar at the radar stations.

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曾廣宇,郭澤勇,杜云東,羅業永,鄺家豪.基于雙信號源的雙偏振雷達接收機故障診斷技巧[J].氣象科技,2021,49(1):139~143

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  • 收稿日期:2020-03-22
  • 定稿日期:2020-06-02
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  • 在線發布日期: 2021-03-04
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