论文标题
跳线电缆的温度依赖性潜伏期
Temperature dependent latency of jumper cables
论文作者
论文摘要
通过相关性OTDR研究了光纤上传播的光信号的潜伏期的温度依赖性。尽管裸纤维在温度上显示出线性潜伏期的增加，但随着内夹克的伸长效果的增加，夹克内夹克电缆的延伸效果增加，尤其是在低温范围内。这可以归因于紧密的缓冲区。对于未来的5G网络区域中的延迟敏感应用，必须考虑这些效果。
The temperature dependence of the latency of an optical signal transmitted over an optical fiber was investigated by means of a correlation OTDR. While the bare fiber showed a linear latency increase over temperature, the jumper cable inside a jacket with tight buffer as inner jacket showed an increased elongation effect, especially in the range of lower tempera-tures. This could be attributed to the tight buffer. For future latency sensitive applications in the area of 5G networks these effects have to be taken into account.
