The research described in this thesis focuses on realizing deeply etched DBR gratings in InP-based PICs. It covers DBR theory, simulation models, fabrication processes, characterization methods and finally shows an example of an application of DBR mirrors in a novel tunable laser device.
| Datum prijs | 1 okt 2009 |
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| Originele taal | English |
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| Begeleider | Jan Danckaert (Jury), M. Smith (Promotor), J Van Der Tol (Co-promotor) & F Karuta (Co-promotor) |
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Deeply-Etched DBR Mirrors for Photonic Integrated Circuits and Tunable Lasers
Docter, B. ((PhD) Student), Smith, M. (Promotor), Van Der Tol, J. (Co-promotor), Karuta, F. (Co-promotor), Danckaert, J. (Jury). 1 okt 2009
Scriptie/Masterproef: Doctoral Thesis