Multi-region fiber sensing system using high time resolution tunable pulse correlation OTDR technique

Xunjian Xu, K. Nonaka
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引用次数: 0

Abstract

Multi-region fiber sensing system using high time resolution tunable subpicosecond pulse correlation OTDR has been developed. This pulse correlation OTDR technique uses flexible repetitional rate pulse and intensity partial reflection regions along the long fiber. It can reach to a high time resolution of less than 1 ps and a high spatial resolution of less than 0.2 mm. This system can select the regions by scanning the time position method without any crosstalk. This sensor can also reach to the 200 micro strain of resolution and 25000 micro strain of range. Experimental results show a feasibility of multi-region fiber sensing system with remote monitoring more than 10km. It can select the sensing regions by scanning the time position method without any crosstalk and independence on the fluctuation of power and polarization.
采用高时间分辨率可调谐脉冲相关OTDR技术的多区域光纤传感系统
研制了高时间分辨率可调谐亚皮秒脉冲相关OTDR多区域光纤传感系统。这种脉冲相关OTDR技术利用沿长光纤的柔性重复速率脉冲和强度部分反射区。它可以达到小于1ps的高时间分辨率和小于0.2 mm的高空间分辨率。该系统采用扫描时间定位法进行区域选择,无串扰。该传感器的分辨率可达200微应变,量程可达25000微应变。实验结果表明,多区域光纤传感系统的可行性,可实现10km以上的远程监控。该方法采用扫描时间定位法选择传感区域,无串扰,不受功率和极化波动的影响。
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