Увеличение эффективности тандема полупроводниковый лазер-оптический усилитель на основе самоорганизующихся 8s квантовых точек

Физика и техника полупроводников. 2021. Т. 55. № 12. С. 1223–1228.

Zhukov A., Kryzhanovskaya N., Moiseev E., Dragunova A., Nadtochiy A., Максимов М. В., Гордеев Н. Ю.

The rate equations are used to analyze the characteristics
of a tandem consisting of a laser diode and a semiconductor
optical amplifier made of a single heterostructure with quantum
dots. The optimal value of the current distribution coefficient
the amplifier and the laser, as well as the optimal resonator
length that provides the highest output power of the tandem
were determined. It is shown that the use of the tandem allows,
at the same total consumed current, to significantly (more than
4 times for 1A) increase the power emitted through the groundstate
optical transition in comparison with that achievable with a
laser diode solely being limited by the onset of lasing through an
excited-state optical transition.

Keywords: квантовые точки, microlaser, микролазеры, Semiconductor quantum dots, semiconductor optical amplifier, оптический усилитель

Publication based on the results of: Investigation of the temperature and time characteristics of heterostructures with quantum dots and micro-emitters based on them (2021)