Bandwidth reduction due to confinement factor modulation in quantum-well lasers

机译：由于量子阱激光器中的限制因子调制而导致的带宽减少

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Abstract: echanism is described that is based on the modulation of the confinement factor with carrier density in quantum-well lasers. This new mechanism may limit modulation bandwidth for quantum-well laser with high threshold carrier density and narrow confining layer.!8

机译：摘要：描述了基于量子阱激光器中载流子密度对限制因子的调制的机制。这种新机制可能会限制具有高阈值载流子密度和狭窄限制层的量子阱激光器的调制带宽！8

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《Laser Diode Technology and Applications V》|1993年|p.350-353|共4页
会议地点 Los Angeles CA(US)
作者
Seoyong Shin; Texas AM Univ.; Daejeon; South Korea; Chin B. Su; Texas AM Univ.; College Station; TX; USA.;
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正文语种 eng
中图分类无线电电子学、电信技术;
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入库时间 2022-08-26 13:50:35

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专利

1. Effective differential gain and modulation bandwidth reduction in quantum well lasers due to confinement factor modulation [J] . Shin S., Lee C.W. IEEE Photonics Technology Letters . 1993,第2期

机译：由于限制因子调制，量子阱激光器中有效的差分增益和调制带宽降低
2. Effect of the confinement-layer composition on the internal quantum efficiency and modulation response of quantum-well lasers [J] . Nagarajan R., Mirin R.P. IEEE Photonics Technology Letters . 1992,第8期

机译：限制层组成对量子阱激光器内部量子效率和调制响应的影响
3. Estimation of maximal modulation bandwidth and group velocity dispersion in strained InGaAs quantum-well lasers [J] . Ovsthus K., Khalfin V. IEE Proceedings. Part J . 1996,第1期

机译：InGaAs量子阱激光器中最大调制带宽和群速度色散的估计
4. Bandwidth reduction due to confinement factor modulation in quantum-well lasers [C] . Seoyong Shin, Chin B. Su Conference on laser diode technology and applications . 1993

机译：由于量子阱激光器中的限制因子调制，带宽减少
5. Improved confinement structure and quantum-well designs for long wavelength InGaAlAs/InP lasers. [D] . Yean Sheng, Yong. 2010

机译：改进了用于长波长InGaAlAs / InP激光器的限制结构和量子阱设计。
6. Reduction in Arthritis Severity and Modulation of Immune Function in Tissue Factor Cytoplasmic Domain Mutant Mice [O] . Yuan H. Yang, Pam Hall, Georgia Milenkovski, 2004

机译：组织因子细胞质域突变小鼠的关节炎严重程度降低和免疫功能调节。
7. Modulation Bandwidth Enhancement In Single Quantum Well GaAs Lasers Through A Novel Design Of Graded Index Separate Confinement Heterostructure [O] . Chen, T. R., Zhao, B., Yamada, Y., 1992

机译：通过梯度折射率分离约束异质结构的新颖设计增强单量子阱GaAs激光器的调制带宽
8. High-Bandwidth Direct Modulation of Distributed-Feedback Quantum-Well Lasers [R] . Chuang, S. L. 2000

机译：分布式反馈量子阱激光器的高带宽直接调制

Bandwidth reduction due to confinement factor modulation in quantum-well lasers

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