@article{ART002537003},
author={Kwon Kee Young},
title={Simulation and Examination for DFB Lasers with Grating Phase of π/2 on One Mirror Face},
journal={Journal of Software Assessment and Valuation},
issn={2092-8114},
year={2019},
volume={15},
number={2},
pages={101-109},
doi={10.29056/jsav.2019.12.13}
TY - JOUR
AU - Kwon Kee Young
TI - Simulation and Examination for DFB Lasers with Grating Phase of π/2 on One Mirror Face
JO - Journal of Software Assessment and Valuation
PY - 2019
VL - 15
IS - 2
PB - Korea Software Assessment and Valuation Society
SP - 101
EP - 109
SN - 2092-8114
AB - Lasers for optical broadband communication systems should have excellent frequency selectivity and modal stability. DFB(Distributed Feedback) lasers have low lasing frequency shift during high speed current modulation.
In this paper, I have developed a simulation software and analysed threshold gain and lasing frequency of a lasing mode in longitudinal direction of an 1.55um DFB laser with two mirrors and without anti-reflection coatings, that have both an index- and gain-gratings. The grating phase on a left mirror face is fixed as π/2 and the grating phase on a right mirror face is varied. As the phases of the index and gain gratings on the right mirror facet are π and 0, should be in the range of 2∼6 in order to enhance the frequency stability. In order to reduce the threshold current of a lasing mode, should be greater than 8, regardless of the grating phases on the mirror faces.
KW - DFB laser;threshold gain;grating phase;index grating;gain grating
DO - 10.29056/jsav.2019.12.13
ER -
Kwon Kee Young. (2019). Simulation and Examination for DFB Lasers with Grating Phase of π/2 on One Mirror Face. Journal of Software Assessment and Valuation, 15(2), 101-109.
Kwon Kee Young. 2019, "Simulation and Examination for DFB Lasers with Grating Phase of π/2 on One Mirror Face", Journal of Software Assessment and Valuation, vol.15, no.2 pp.101-109. Available from: doi:10.29056/jsav.2019.12.13
Kwon Kee Young "Simulation and Examination for DFB Lasers with Grating Phase of π/2 on One Mirror Face" Journal of Software Assessment and Valuation 15.2 pp.101-109 (2019) : 101.
Kwon Kee Young. Simulation and Examination for DFB Lasers with Grating Phase of π/2 on One Mirror Face. 2019; 15(2), 101-109. Available from: doi:10.29056/jsav.2019.12.13
Kwon Kee Young. "Simulation and Examination for DFB Lasers with Grating Phase of π/2 on One Mirror Face" Journal of Software Assessment and Valuation 15, no.2 (2019) : 101-109.doi: 10.29056/jsav.2019.12.13
Kwon Kee Young. Simulation and Examination for DFB Lasers with Grating Phase of π/2 on One Mirror Face. Journal of Software Assessment and Valuation, 15(2), 101-109. doi: 10.29056/jsav.2019.12.13
Kwon Kee Young. Simulation and Examination for DFB Lasers with Grating Phase of π/2 on One Mirror Face. Journal of Software Assessment and Valuation. 2019; 15(2) 101-109. doi: 10.29056/jsav.2019.12.13
Kwon Kee Young. Simulation and Examination for DFB Lasers with Grating Phase of π/2 on One Mirror Face. 2019; 15(2), 101-109. Available from: doi:10.29056/jsav.2019.12.13
Kwon Kee Young. "Simulation and Examination for DFB Lasers with Grating Phase of π/2 on One Mirror Face" Journal of Software Assessment and Valuation 15, no.2 (2019) : 101-109.doi: 10.29056/jsav.2019.12.13
