Room temperature continuous wave operation under optical pumping of a 1.48 μm vertical cavity laser based on AlGaAsSb mirror

J.C Harmand; G Ungaro; I Sagnes; J.P Debray; B Sermage; T Rivera; C Meriadec; J.L Oudar; R Raj; F Olivier-martin; C Kazmierski; R Madani

doi:10.1016/S0022-0248(98)01452-3

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Room temperature continuous wave operation under optical pumping of a 1.48 μm vertical cavity laser based on AlGaAsSb mirror

Journal article

Peer reviewed

Room temperature continuous wave operation under optical pumping of a 1.48 μm vertical cavity laser based on AlGaAsSb mirror

J.C Harmand, G Ungaro, I Sagnes, J.P Debray, B Sermage, T Rivera, C Meriadec, J.L Oudar, R Raj, F Olivier-martin, …

Journal of crystal growth, Vol.201, pp.837-840

01/05/1999

DOI: https://doi.org/10.1016/S0022-0248(98)01452-3

Abstract

Bragg mirrors

Long wavelength

Vertical lasers

A 1.48 μm vertical cavity structure was realised on InP substrate including a n-type AlGaAsSb/AlAsSb bottom mirror, a λ thick AlGaInAs cavity with strained quantum wells, and a fused p-type AlGaAs/GaAs top mirror. The structure exhibits laser emission under optical pumping. This was observed in continuous wave operation up to room temperature. In addition, devices were processed and electroluminescence was observed under current injection.

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Title: Room temperature continuous wave operation under optical pumping of a 1.48 μm vertical cavity laser based on AlGaAsSb mirror
Creators - without role: J.C Harmand - Orange
G Ungaro - Orange
I Sagnes - Orange
J.P Debray - Orange
B Sermage - Orange
T Rivera - Orange
C Meriadec - Orange
J.L Oudar - Orange
R Raj - Orange
F Olivier-martin - Orange
C Kazmierski - Orange
R Madani - Orange
Publication Details: Journal of crystal growth, Vol.201, pp.837-840
Publisher: Elsevier B.V
Identifiers: 9931637608331
Academic Unit: Umm Al Qura University
Language: English
Resource Type: Journal article