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EDFA - Erbium Doped Fibre Amplifier-EDFA- Erbium Doped Fibre Amplifier
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EDFA工作原理 多波长掺铒光纤激光器-EDFA works English erbium doped fiber amplifier
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EDFA matlab coden Erbium Doped Fiber Amplifier (EDFA) consists of a piece of fiber of length L, whose core is uniformly doped with Erbium ions. Such ions can be thought of as simple two-level systems, i.e., they can have only two energy states: 1) a
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自己编写的关于掺饵光纤激光器的功率仿真程序-I have written on the erbium-doped fiber laser power simulation program
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自己编写的关于掺饵光纤中行波速率方程的程序-I have written about the procedure of erbium-doped fiber on wave rate equation
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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 EDF
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模拟掺饵光纤中的光功率变化代码
采用GILES模型-Analog erbium-doped fiber optical power change code
GILES model
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将喇曼光纤放大器等效成一个N信道单向波分复用系统，并且根据N信道受激喇曼散射稳态形式的解析理论给出了掺铒光纤放大器中信号光的功率的matlab仿真，此处为仿真代码。-Raman fiber amplifiers will be equivalent to an N-channel unidirectional WDM systems, and based on N-channel Stimulated Raman scattering form analytical steady-state t
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掺铒光纤激光器动态模型数值化，采用掺铒光纤分段处理的方法，仿真光信号在环形腔内的传输-Erbium-doped fiber lasers numerical dynamic model using erbium-doped fiber section processing method, the simulation of the optical signal transmitted in the annular cavity
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这个工具箱提供的稳态分析两掺杂铒和镱的光纤激光器和功放,对实验有好的设计，
通过各种计算和模拟来充分理解不同等参数的影响。-This toolbox provides steady-state analysis of both erbium-doped and ytterbium-doped fiber lasers and amplifiers, allowing good design choices to be made for experiment.
Various calcu
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利用gauss公式计算掺饵光纤的吸收系数和发射系数，以此推出吸收截面和发射截面-Use gauss formula absorption coefficient and emission coefficient calculation erbium-doped optical fiber, thereby launched absorption cross section and emission cross section
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利用光纤参数和泵浦源参数用matlab数值模拟铒镱共掺光纤激光器。-Using fiber parameters and pump source matlab simulation parameters erbium ytterbium co-doped fiber lasers.
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掺铒光纤，四能级的matlab功率仿真，凝聚了我的时间和经验。很好的反映了功率随光纤长度变化的关系.-Erbium-doped fiber, the matlab power four-level simulation, the combination of my time and experience. Well reflected the changing power relations with the fiber length.
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常用的掺铒光纤中的吸收和辐射截面参数，对于模拟EDFA的同人可能需要。-Commonly used erbium-doped fiber in the absorption and radiation cross-section parameters, for the simulation EDFA colleagues may need.
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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.
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Erbium dopped b source fiber optical
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对掺铒光纤放大器放大自发辐射进行仿真，由速率方程为根本对自发辐射特性进行模拟，得到不同能级粒子分布变化，最后得到ASE(The amplified spontaneous emission of erbium doped fiber amplifier is simulated)
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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
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