Mode-hop-free tuning of a chip-based InP-Si3N4 hybrid laser

Albert van Rees, Edwin Klein, Dimitri Geskus, Youwen Fan, Klaus Boller

Research output: Contribution to conferencePosterOther research output

Abstract

Combining a semiconductor optical amplifier with a long and low-loss external laser cavity made of dielectric integrated circuits has the advantage of obtaining extremely narrow laser linewidths. However, extending the cavity length also reduces the cavity mode spacing, and this spectral interval forms the fundamental limit for wavelength tuning without perturbing mode hops. The InP-Si3N4 hybrid integrated laser we consider here has a mode spacing of 5 GHz. The external cavity consists of a phase section and a wavelength tunable filter, which is formed by two microring resonators. Via the phase section alone, mode-hop-free tuning was measured to be limited to 5 GHz as expected. We demonstrate that this range can be significantly extended, here to over 28 GHz, by tuning the phase section simultaneously and properly with the microring resonators. The results indicate that both a narrow linewidth and a broad mode-hop-free tuning range can be achieved with a chip-based laser.
Original languageEnglish
Publication statusPublished - 22 Jan 2019
EventPhysics@Veldhoven 2019 - De Koningshof, Veldhoven, Netherlands
Duration: 22 Jan 201923 Jan 2019
https://www.nwo.nl/en/news-and-events/events/physicsveldhoven

Conference

ConferencePhysics@Veldhoven 2019
CountryNetherlands
CityVeldhoven
Period22/01/1923/01/19
Internet address

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chips
tuning
lasers
cavities
resonators
spacing
tunable filters
laser cavities
light amplifiers
wavelengths
integrated circuits
intervals

Cite this

van Rees, A., Klein, E., Geskus, D., Fan, Y., & Boller, K. (2019). Mode-hop-free tuning of a chip-based InP-Si3N4 hybrid laser. Poster session presented at Physics@Veldhoven 2019, Veldhoven, Netherlands.
van Rees, Albert ; Klein, Edwin ; Geskus, Dimitri ; Fan, Youwen ; Boller, Klaus. / Mode-hop-free tuning of a chip-based InP-Si3N4 hybrid laser. Poster session presented at Physics@Veldhoven 2019, Veldhoven, Netherlands.
@conference{1c1dbeb0acb54cf4a87cf6e6925ae9b0,
title = "Mode-hop-free tuning of a chip-based InP-Si3N4 hybrid laser",
abstract = "Combining a semiconductor optical amplifier with a long and low-loss external laser cavity made of dielectric integrated circuits has the advantage of obtaining extremely narrow laser linewidths. However, extending the cavity length also reduces the cavity mode spacing, and this spectral interval forms the fundamental limit for wavelength tuning without perturbing mode hops. The InP-Si3N4 hybrid integrated laser we consider here has a mode spacing of 5 GHz. The external cavity consists of a phase section and a wavelength tunable filter, which is formed by two microring resonators. Via the phase section alone, mode-hop-free tuning was measured to be limited to 5 GHz as expected. We demonstrate that this range can be significantly extended, here to over 28 GHz, by tuning the phase section simultaneously and properly with the microring resonators. The results indicate that both a narrow linewidth and a broad mode-hop-free tuning range can be achieved with a chip-based laser.",
author = "{van Rees}, Albert and Edwin Klein and Dimitri Geskus and Youwen Fan and Klaus Boller",
year = "2019",
month = "1",
day = "22",
language = "English",
note = "Physics@Veldhoven 2019 ; Conference date: 22-01-2019 Through 23-01-2019",
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van Rees, A, Klein, E, Geskus, D, Fan, Y & Boller, K 2019, 'Mode-hop-free tuning of a chip-based InP-Si3N4 hybrid laser' Physics@Veldhoven 2019, Veldhoven, Netherlands, 22/01/19 - 23/01/19, .

Mode-hop-free tuning of a chip-based InP-Si3N4 hybrid laser. / van Rees, Albert ; Klein, Edwin; Geskus, Dimitri; Fan, Youwen; Boller, Klaus.

2019. Poster session presented at Physics@Veldhoven 2019, Veldhoven, Netherlands.

Research output: Contribution to conferencePosterOther research output

TY - CONF

T1 - Mode-hop-free tuning of a chip-based InP-Si3N4 hybrid laser

AU - van Rees, Albert

AU - Klein, Edwin

AU - Geskus, Dimitri

AU - Fan, Youwen

AU - Boller, Klaus

PY - 2019/1/22

Y1 - 2019/1/22

N2 - Combining a semiconductor optical amplifier with a long and low-loss external laser cavity made of dielectric integrated circuits has the advantage of obtaining extremely narrow laser linewidths. However, extending the cavity length also reduces the cavity mode spacing, and this spectral interval forms the fundamental limit for wavelength tuning without perturbing mode hops. The InP-Si3N4 hybrid integrated laser we consider here has a mode spacing of 5 GHz. The external cavity consists of a phase section and a wavelength tunable filter, which is formed by two microring resonators. Via the phase section alone, mode-hop-free tuning was measured to be limited to 5 GHz as expected. We demonstrate that this range can be significantly extended, here to over 28 GHz, by tuning the phase section simultaneously and properly with the microring resonators. The results indicate that both a narrow linewidth and a broad mode-hop-free tuning range can be achieved with a chip-based laser.

AB - Combining a semiconductor optical amplifier with a long and low-loss external laser cavity made of dielectric integrated circuits has the advantage of obtaining extremely narrow laser linewidths. However, extending the cavity length also reduces the cavity mode spacing, and this spectral interval forms the fundamental limit for wavelength tuning without perturbing mode hops. The InP-Si3N4 hybrid integrated laser we consider here has a mode spacing of 5 GHz. The external cavity consists of a phase section and a wavelength tunable filter, which is formed by two microring resonators. Via the phase section alone, mode-hop-free tuning was measured to be limited to 5 GHz as expected. We demonstrate that this range can be significantly extended, here to over 28 GHz, by tuning the phase section simultaneously and properly with the microring resonators. The results indicate that both a narrow linewidth and a broad mode-hop-free tuning range can be achieved with a chip-based laser.

M3 - Poster

ER -

van Rees A, Klein E, Geskus D, Fan Y, Boller K. Mode-hop-free tuning of a chip-based InP-Si3N4 hybrid laser. 2019. Poster session presented at Physics@Veldhoven 2019, Veldhoven, Netherlands.