COUPLED WAVE ANALYSIS OF TWO-DIMENSIONAL SECOND ORDER SURFACE-EMITTING DISTRIBUTED FEEDBACK LASERS
Monolithic Integration of Widely-Tunable DBR and DFB Lasers with One-Step Grating Formation
Figure 5 from GaInAsP/InP high index coupled (/spl kappa//sub i/=290 cm/sup -1/) DFB laser with periodic wire-like active regions | Semantic Scholar
![Distributed reflector laser Patent Grant Matsui March 9, 2 [Finisar Corporation]](https://uspto.report/patent/grant/10944241/US10944241-20210309-D00000.png "Distributed reflector laser Patent Grant Matsui March 9, 2 [Finisar Corporation]")
Distributed reflector laser Patent Grant Matsui March 9, 2 [Finisar Corporation]
Advanced distributed feedback lasers based on composite fiber heavily doped with erbium ions | Scientific Reports
Simulation studies of DFB laser longitudinal structures for narrow linewidth emission | SpringerLink
Grating Waveguide Couplers – Fosco Connect
Design of a multimode interference waveguide semiconductor laser combining gain coupled distributed feedback grating
Design of a multimode interference waveguide semiconductor laser combining gain coupled distributed feedback grating
Analysis of the Spontaneous Emission Limited Linewidth of an Integrated III–V/SiN Laser - Chow - 2022 - Laser & Photonics Reviews - Wiley Online Library
Lasers - Lumerical
Distributed-Feedback Lasers Wavelength Dependence of Bragg Reflections
Light-current curve of (DFB) laser for kappa 60 cm-1. With different... | Download Scientific Diagram
Multiple-wavelength distributed-feedback laser arrays with high coupling coefficients and precise channel spacing
Chapter 13 Distributed Feedback (DFB) Structures and Semiconductor DFB Lasers
Simulation studies of DFB laser longitudinal structures for narrow linewidth emission | SpringerLink
Increasing the reliability of DFB lasers on glass: the approach of encapsulation by wafer bonding
Presentation outline Why DFB lasers with LC-RWG surface gratings? Differences in coupling coefficient dependence on grating stru
Tutorial on narrow linewidth tunable semiconductor lasers using Si/III-V heterogeneous integration: APL Photonics: Vol 4, No 11
