DOI:             10.7795/720.20250210
resource type:   Dataset / Measurement 
title: Measurement Data for "Parallelization of the optical pulse-drive for AC Josephson voltage standards"
description: Characterization measurements of PTB's optical JAWS
creators:
  - given name:  Marco
    family name: Kraus
    ORCID: 0000-0002-7592-9493     
    Affiliation: Physikalisch-Technische Bundesanstalt (PTB)
    PTB FB:      Fachbereich  2.6 Elektrische Quantenmetrologie
  - given name:  Oliver
    family name: Kieler
    ORCID: 0000-0001-5193-8910   
    Affiliation: Physikalisch-Technische Bundesanstalt (PTB)
    PTB FB:      Fachbereich 2.4 Quantenelektronik
  - given name:  Ralf
    family name: Behr
    ORCID: 0000-0002-5480-443X 
    Affiliation: Physikalisch-Technische Bundesanstalt (PTB)
    PTB FB:      Fachbereich  2.6 Elektrische Quantenmetrologie
  - given name:  Luis
    family name: Palafox
    ORCID: 0000-0001-7663-856X 
    Affiliation: Physikalisch-Technische Bundesanstalt (PTB)
    PTB FB:      Fachbereich  2.6 Elektrische Quantenmetrologie


funding: received no funding, research was carried out as part PTB's KoPa-III quantum technology project call


license: https://creativecommons.org/licenses/by/4.0/, CC-BY 4.0 International
keywords: AC Josephson voltage standard, Josephson arbitrary waveform synthesizer, optical pulsedrive, photodiode      
classification: INSPEC A0620 Metrology

description of the individual files: The archive contains 12 data files corresponding to the graphs shown in the publication. The data elaboration and graphs creation were performed with the software tool “Origin” and the data tables have been subsequently exported in a tabular format.

  - Filename: fig3a.txt               
    Parent Figure 3a of main text.      
    Data description: Processed data for the plot (1st line: Physical quantity, 2nd line: Physical unit, remaining lines: Numerical Data)
    RMS ampltiude spectrum of the positiv half-sine wave.
	 
  - Filename: fig3b.txt
    Parent Figure 3b of main text.
    Data description: Processed data for the plot (1st line: Physical quantity, 2nd line: Physical unit, remaining lines: Numerical Data)
    2ms Section of the time signal of the positiv half-sine wave measured.

  - Filename: fig3c.txt               
    Parent Figure 3c of main text.      
    Data description: Processed data for the plot (1st line: Physical quantity, 2nd line: Physical unit, remaining lines: Numerical Data)
    RMS ampltiude spectrum of the negative half-sine wave.

  - Filename: fig3d.txt
    Parent Figure 3d of main text.
    Data description: Processed data for the plot (1st line: Physical quantity, 2nd line: Physical unit, remaining lines: Numerical Data)
    2ms Section of the time signal of the negative half-sine wave measured.

  - Filename: fig3e.txt               
    Parent Figure 3e of main text.      
    Data description: Processed data for the plot (1st line: Physical quantity, 2nd line: Physical unit, remaining lines: Numerical Data)
    RMS ampltiude spectrum of the full sine wave.

  - Filename: fig3f.txt
    Parent Figure 3f of main text.
    Data description: Processed data for the plot (1st line: Physical quantity, 2nd line: Physical unit, remaining lines: Numerical Data)
    2ms Section of the time signal of the full sine wave measured.

  - Filename: fig3a+c+e_noise.txt
    Parent Figure 3a+c+e of main text.
    Data description: Processed data for the plot (1st line: Physical quantity, 2nd line: Physical unit, remaining lines: Numerical Data)
    RMS ampltiude spectrum when the RF bias is turned off.
	
  - Filename: fig4a+b.txt
    Parent Figure 4a+b of main text.
    Data description: Processed data for the plot (1st line: object indicator, 2nd line: Physical quantity, 3nd line: Physical unit, remaining lines: Numerical Data)
    Amplitude deviation and THD as a function of applied dither current.

  - Filename: fig5a+b.txt
    Parent Figure 5a+b of main text.
    Data description: Processed data for the plot (1st line: object indicator, 2nd line: Physical quantity, 3nd line: Physical unit, remaining lines: Numerical Data)
    Amplitude deviation and THD as a function of laser diode output power.

  - Filename: fig5c+d.txt
    Parent Figure 5c+d of main text.
    Data description: Processed data for the plot (1st line: object indicator, 2nd line: Physical quantity, 3nd line: Physical unit, remaining lines: Numerical Data)
    Amplitude deviation and THD as a function of MZM DC bias.

  - Filename: fig6a+b.txt
    Parent Figure 6a+b of main text.
    Data description: Processed data for the plot (1st line: Physical quantity, 2nd line: Physical unit, remaining lines: Numerical Data)
    Amplitude deviation and THD as a function of measurement time.

  - Filename: fig7.txt
    Parent Figure 7 of main text.
    Data description: Processed data for the plot (1st line: Physical quantity, 2nd line: Physical unit, remaining lines: Numerical Data)
    Amplitude deviation and THD as a function time delay between the optical channels.

recommended software for all: text editor, Excel, Origin
parameters: ADC sampling rate 500 kSa/s, samples per spectrum 50k, further data processing information see main text of publication
         