高增益二级双程L波段扩展掺铒光纤放大器测试数据集

主放大器单程与主放大器双程结构的增益和噪声谱数据由光谱分析仪扫描得到，光谱分析仪的扫描波长为1555-1625 nm，分辨带宽0.02 nm，采样点数为50001。测试时的泵浦功率为双程结构300+50 mW；单程结构300+250 mW, 300+50 mW，输入信号功率-30 dBm，铒镱共掺光纤长度为30米。 二级单程结构与二级双程结构L波段扩展EDFA的增益和噪声谱数据由光谱分析仪扫描得到，光谱分析仪的扫描波长为1555-1625 nm，分辨带宽0.02 nm，采样点数为50001。测试时的泵浦功率为二级双程结构50+300+50 mW；一级双程结构300+50 mW；二级单程结构50+300+50 mW，输入信号功率-30 dBm，铒镱共掺光纤长度为30米。 二级双程结构L波段扩展EDFA的增益随输入信号功率的变化数据由光谱分析仪扫描得到，光谱分析仪的扫描波长为1605, 1590, 1620 nm，分辨带宽0.02 nm，采样点数为50001。测试时的泵浦功率为50+300+50 mW，铒镱共掺光纤长度为30米，输入信号功率范围为-34至-3 dBm。The gain and noise spectrum data of the main amplifier single-pass and double-pass structures were obtained by scanning with an optical spectrum analyzer. The scanning wavelength range of the optical spectrum analyzer is 1555-1625 nm, the resolution bandwidth is 0.02 nm, and the number of sampling points is 50001. During the test, the pump powers were 300+50 mW for the double-pass structure; 300+250 mW and 300+50 mW for the single-pass structure. The input signal power was -30 dBm, and the length of the Erbium-Ytterbium co-doped fiber was 30 meters. The gain and noise spectrum data of the two-stage single-pass and two-stage double-pass L-band extended EDFAs were obtained by scanning with an optical spectrum analyzer. The scanning wavelength range of the optical spectrum analyzer is 1555-1625 nm, the resolution bandwidth is 0.02 nm, and the number of sampling points is 50001. During the test, the pump powers were 50+300+50 mW for the two-stage double-pass structure; 300+50 mW for the first-stage double-pass structure; and 50+300+50 mW for the two-stage single-pass structure. The input signal power was -30 dBm, and the length of the Erbium-Ytterbium co-doped fiber was 30 meters. The data on the gain variation of the two-stage double-pass L-band extended EDFA with input signal power were obtained by scanning with an optical spectrum analyzer. The scanning wavelengths of the optical spectrum analyzer are 1605, 1590, and 1620 nm, the resolution bandwidth is 0.02 nm, and the number of sampling points is 50001. During the test, the pump power was 50+300+50 mW, the length of the Erbium-Ytterbium co-doped fiber was 30 meters, and the input signal power range was -34 to -3 dBm.

搜集汇总

背景与挑战

背景概述

该数据集提供了高增益二级双程L波段扩展掺铒光纤放大器的测试数据，包括增益和噪声谱数据，通过光谱分析仪在1555-1625 nm波长范围内扫描获得，分辨带宽为0.02 nm，采样点数为50001。测试涉及不同泵浦功率配置和输入信号功率条件，铒镱共掺光纤长度为30米，并涵盖了二级双程结构随输入信号功率变化的增益数据。