Research Explorer

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Wouter D'Oosterlinck

Prijzen & Erkenningen

25 Resultaten

2007

1.25GHz repetition rate operation of a SOA-DFB laser diode based all-optical flip-flop

Wouter D'OosterlinckA PEREZ PARDOA ORTIGOSA BLANCHG PUERTOS SALESGeert MorthierRoel Baets

All-Optical flip-flop operation using a SOA and DFB laser diode optical feedback combination

Wouter D'OosterlinckF OHMANJ BURONS SALESAP PARDOA ORTIGOSA-BLANCHG PUERTOGeert MorthierRoel Baets

A1 Artikel in een tijdschrift in OPTICS EXPRESS

All-optical flip-flop based on a single distributed feedback laser diode

Koen HuybrechtsWouter D'OosterlinckGeert MorthierRoel Baets

All-optical flip-flop based on an SOA/DFB-laser diode optical feedback scheme

Wouter D'OosterlinckJ BURONF OHMANGeert MorthierRoel Baets

A1 Artikel in een tijdschrift in IEEE PHOTONICS TECHNOLOGY LETTERS

All-optical flip-flop operation using an AR-coated distributed feedback laser diode (poster)

Koen HuybrechtsWouter D'OosterlinckGeert MorthierRoel Baets

Optical flip-flop operation using an AR-coated distributed feedback laser diode

Koen HuybrechtsWouter D'OosterlinckGeert MorthierRoel Baets

Sub-pJ and simultaneous multiple wavelength switching of an all-optical flip-flop based on a DFB-LD with integrated SOA

Wouter D'OosterlinckGeert MorthierRoel Baets

Widely tunable wavelength conversion 10 Gb/s using a modulated grating Y-branch laser integrated with an optical amplifier

M CHACINSKIWouter D'OosterlinckM ISAKSSONGeert MorthierR SCHATZ

2006

All-optical flip-flop employing a DFB-SOA optical (abstract)

Wouter D'Oosterlinck

Numerical study of ultra-high speed wavelength conversion using a gain-clamped SOA in combination with optical filtering

Geert MorthierWouter D'OosterlinckS. Sales

Optical bistability in a SOA/DFB-LD feedback scheme

Wouter D'OosterlinckGeert MorthierRoel BaetsT ERNEUX

Optical bistability in a traveling-wave SOA connected to a DFB laser diode: Theory and experiment

Wouter D'OosterlinckGeert MorthierRoel BaetsT ERNEUX

A1 Artikel in een tijdschrift in IEEE JOURNAL OF QUANTUM ELECTRONICS

Simulation of the switching of an all-optical flip-flop based on a SOA/DFB-laser diode optical feedback scheme

Wouter D'OosterlinckGeert MorthierRoel BaetsT. Erneux

2005

A new all optical decision circuit based on feedback between a laser diode and a semiconductor optical amplifier

Wouter D'Oosterlinck

Experimental demonstration at 10 Gbit/s of a 2R-regenerator based on the mutual optical feedback between a laser diode and an SOA

Wouter D'OosterlinckSam VerspurtenGeert MorthierRoel BaetsMeint Smit

The non-linear behaviour of laser diodes integrated with semiconductor optical amplifiers

Geert MorthierWouter D'OosterlinckSam Verspurten

The nonlinear behaviour of laser diodes integrated with semiconductor optical amplifiers

Geert MorthierWouter D'OosterlinckSam Verspurten

Very steep optical thresholding characteristic using a DFB laser diode and an SOA in an optical feedback scheme

Wouter D'OosterlinckGeert MorthierMeint SmitRoel Baets

A1 Artikel in een tijdschrift in IEEE PHOTONICS TECHNOLOGY LETTERS

2004

A new optical decision circuit based on optical feedback between a laser diode and a semiconductor optical amplifier

Wouter D'OosterlinckGeert MorthierRoel Baets

A new optical decision circuit based on optical feedback between a laser diode and a semiconductor optical amplifier

Wouter D'OosterlinckGeert MorthierRoel Baets

Demonstration of Optical Thresholding from a Semiconductor Optical Amplifier Coupled to a Laser Diode

Wouter D'OosterlinckGeert MorthierRoel Baets

Demonstration of optical thresholding from a semiconductor optical amplifier coupled to a laser diode

Wouter D'OosterlinckGeert MorthierRoel Baets

Interferometric photonic circuits for optical signal processing

Geert MorthierSam VerspurtenWouter D'Oosterlinck

Ultra-sharp optical decision characteristic from a laser diode integrated with a semiconductor optical amplifier

Wouter D'OosterlinckGeert Morthier

Ultra-sharp optical decision characteristic from a laser diode integrated with a semiconductor optical amplifier

Wouter D'OosterlinckGeert Morthier