Rate Equation Model for the Switch‐on Dynamics of Two Section Tapered Lasers

Author:

Adamiec Pawel1ORCID,Tijero Jose Manuel Garcia2,Esquivias Ignacio2

Affiliation:

1. ALTER TECHNOLOGY TÜV NORD Tres Cantos 28760 Spain

2. Universidad Politécnica de Madrid ETSI Telecomunicación‐CEMDATIC Madrid 28040 Spain

Abstract

AbstractA simplified three‐rate‐equation model is proposed to study the dynamic behavior of a two‐section high‐power tapered laser. The model includes a traveling intensity approach to calculate the photon ratios in both sections. The simulations align with the experimental data of a 1060 nm distributed Bragg reflector two‐section tapered laser. The effect of driving conditions is analyzed on the peak power and pulse duration. The pulses it obtain experimentally are ≈100 ps with 4.2 W peak power at a 900 MHz repetition rate.

Publisher

Wiley

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