Optimization of Cavity Length for Broad Spectral Width Superluminescent Diodes

S. P. Abbasi, A. Hodaei
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Abstract

Extremely broadband superluminescent diode applications are expanding. We investigated the design and optimization of broad spectral width super luminescent diodes (SLDs) with asymmetric multi quantum well (AMQW) active region. The arrangement of QWs and the cavity length were investigated in this research. The number of QWs was determined by the material gain and the spontaneous rate of QWs and their arrangements in the active region. To improve the QW arrangement, the optimized cavity length was determined. Final structure has a stable spectral shape with spectral width>100nm.
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宽频宽超发光二极管腔长优化研究
超宽带超发光二极管的应用正在扩大。研究了具有非对称多量子阱(AMQW)有源区的宽频宽超发光二极管(SLDs)的设计与优化。研究了量子阱的排列方式和空腔长度。量子点的数量由物质增益和量子点的自发速率以及它们在活性区的排列决定。为了改善量子阱的排列,确定了优化的空腔长度。最终结构具有稳定的光谱形状,光谱宽度>100nm。
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