Description: EDFA的掺铒光纤长度模拟计算，附3篇相关论文，330mw的980nm泵浦，3db的泵浦吸收，12m最佳长度已经得到验证，可作为EDFA设计参考-EDFA erbium-doped fiber length of the simulation, with three related papers, 330mw of 980nm-pumped, 3db pump absorption, 12m in length has been proven the best can be used as reference EDFA design Platform: |
Size: 428032 |
Author:王磊 |
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Description: EDFA的掺铒光纤长度模拟计算，附3篇相关论文，330mw的980nm泵泵浦，3db的泵浦吸收，12m最佳长度已经的到验证，可作为EDFA设计参考
-EDFA erbium-doped fiber length simulation of three related papers, 330mw of 980nm pump pump pump 3db absorption 12m optimum length has been to verify, can be used as the EDFA design reference Platform: |
Size: 428032 |
Author:allege |
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Description: 模拟单模光纤中的掺铒光纤的放大，泵浦源为980nm。使用了RK算法计算的。-Simulation of single-mode fiber in the erbium-doped fiber amplification, the pump source is 980nm. Using the RK algorithm. Platform: |
Size: 7168 |
Author:邱昌仁 |
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Description: 可以实现edfa的仿真，以及对edfa的双向泵浦，对于光纤通信相关专业的学生非常有用(The simulation of EDFA can be realized, which is very useful for students of optical fiber communication related majors.) Platform: |
Size: 151552 |
Author:洪大大 |
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Description: EDFA的掺铒光纤长度模拟计算,附3篇相关论文,330mw的980nm泵浦,3db的泵浦吸收,12m最佳长度已经得到验证,(The simulation calculation of the length of erbium-doped fiber in EDFA, with three related papers, the 980nm pump of 330mw, the pump absorption of 3db, the optimum length of 12m have been verified.) Platform: |
Size: 424960 |
Author:Doloqes |
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