量子波数对1060nm激光二极管产生圆形单模光束的影响

A. Hodaei, S. P. Abbasi
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引用次数: 0

摘要

1064nm单模光束在光纤激光器中作为光源的实际重要性导致了对增加这些激光器功率的广泛研究。本文在1064nm激光器中采用非对称结构,降低了激光器的内部损耗。研究了有源区量子阱数量的增加。结果表明,在约束系数较低的高厚度波导中,增加量子波数会增加功率,但基模的功率部分减小,高阶模被激发。因此,利用含单量子阱(SQW)的有源区域是圆形单模光束的最佳选择。
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Effect of the QW number to produce circular single-mode beam in 1060 nm laser diodes
The practical importance of 1064 nm single-mode beams in fiber lasers as a source has led to extensive research into increasing the power of these lasers. In this paper, by using an asymmetric structure in a 1064 nm laser, the internal loss of the laser is reduced. The increase in the number of quantum wells (QWs) in the active region was also investigated. The results show that in the case of high thickness waveguide, where the confinement factor is low, increasing the number of QWs will increase the power, but the power portion of the fundamental mode is decreased and higher order modes are excited. Therefore, using of the active region including single-quantum well (SQW) is the best case for circular single mode beam.
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