Data from measurements published in the paper "Measurements and modeling of a monolithically integrated self-spiking two-section laser in InP" (dataset)

Data from measurements published in the paper "Measurements and modeling of a monolithically integrated self-spiking two-section laser in InP"

doi: 10.4121/1c8fd7be-d452-42e9-8a42-85e4ff720f51.v1

The doi above is for this specific version of this dataset, which is currently the latest. Newer versions may be published in the future. For a link that will always point to the latest version, please use
doi: 10.4121/1c8fd7be-d452-42e9-8a42-85e4ff720f51

Datacite citation style:

Puts, Lukas; Lenstra, Daan; Yao, Weiming; Williams, Kevin (2023): Data from measurements published in the paper "Measurements and modeling of a monolithically integrated self-spiking two-section laser in InP". Version 1. 4TU.ResearchData. dataset. https://doi.org/10.4121/1c8fd7be-d452-42e9-8a42-85e4ff720f51.v1

Other citation styles (APA, Harvard, MLA, Vancouver, Chicago, IEEE) available at Datacite

Dataset

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categories

keywords

bistable laser, optical neuron, optical noise, spiking neuron, Yamada model

licence

CC BY 4.0

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by Lukas Puts, Daan Lenstra, Weiming Yao, Kevin Williams

Raw measurement data for Fig. 8-12 published in "Measurements and modeling of a monolithically integrated self-spiking two-section laser in InP". The datasets contain raw data obtained from the Optical Spectrum Analyzer, Real Time Oscilloscope and Source Meter Units mentioned in the paper. All data was collected directly from the measurement equipment.

history

2023-04-21 first online, published, posted

publisher

4TU.ResearchData

format

text/plain

associated peer-reviewed publication

Measurements and modeling of a monolithically integrated self-spiking two-section laser in InP

organizations

TU Eindhoven, Photonic Integration Group

DATA

files (16)

1,355 bytesMD5:3aab94efbbd0a71c0bd888dd7925b136 README - Fig. 10.txt
1,394 bytesMD5:18278fa54e953fe7eb763b56a381c3f8 README - Fig. 11 and 12.txt
1,201 bytesMD5:ebbc70fd906d189d1180a72648ddcb68 README - Fig. 8.txt
1,548 bytesMD5:12832b06153c2e5d1717021e221174be README - Fig. 9.txt
4,967 bytesMD5:083bdaf80446ea7875e85e735c4abc2f Fig 10 - SA IV 35mA.txt
4,968 bytesMD5:b95694004e9463cf20194814be2f3fbd Fig 10 - SA IV 40mA.txt
4,977 bytesMD5:cf9148c4c2d3676fd96f8d2e5ade7907 Fig 10 - SA IV 45mA.txt
5,034 bytesMD5:8a60187e5d08bde8c8ec7af543bf4764 Fig 10 - SA IV 50mA.txt
5,034 bytesMD5:cf04cfbfc95e85bd3be43b3d29f4db4a Fig 10 - SA IV 55mA.txt
5,037 bytesMD5:9d485c26c7a4695ae583002cbb986946 Fig 10 - SA IV 60mA.txt
5,036 bytesMD5:9b2e7633e03c51bd648b902240925f98 Fig 10 - SA IV 70mA.txt
24,337,524 bytesMD5:49e4585686ec26f2af459db7b83db0b1 Fig. 11 - Time trace.txt
24,914,606 bytesMD5:22a7cb276e4630a58ca6c14e2362697f Fig. 12 - Time trace.txt
54,047 bytesMD5:c7348d06a3a86e5ea8ca727acb7056a5 Fig. 8 - 1_0_OSA_SA_V_bias_1.10000_SOA_I_bias_0.05300.txt
5,901 bytesMD5:f61a791a9d25032d2da5082266fc643e Fig. 9 LI Backward sweep col1 col2.txt
5,901 bytesMD5:e657cca05c715e09588d9b556d8976df Fig. 9 LI Forward sweep col1 col2.txt
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