Data provided by National Institute of Standards and Technology
Dataset for multiple publishable figures in the paper entitled "Quasi-continuous voltage standard using sinusoidal and pulse-driven Josephson junction arrays" submitted to Meas. Sci. and Tech. journal. Figure 3. (a) Pattern of pulses used to generate a dc voltage of 0.2 V, (b) difference from the nominal of the voltage measured using the K3458A versus dc bias current for different RF power biases.Figure 4. PD JJA voltage difference from nominal, measured with a K3458A, versus dc bias current for different pulse patterns and repetition frequencies.Figure 5. (a) Current-voltage characteristic of the CWD JJA and (b) the RF power-voltage characteristic of the PD JJA. The error bars show the Type-A uncertainty (k=1) of the measurement of five measurements.Figure 6. Current-voltage characteristic of the CWD JJAs. The error bars show the Type-A uncertainty (k=1) of the measurement.Figure 7. Allan deviation for 0 V. See text for details.Figure 8. Current-voltage characteristic of the CWD JJAs. The error bars show the Type-A uncertainty (k=1) of the measurement.Figure 9. Allan deviation at 1 V.
About this Dataset
Updated: 2025-04-06
Metadata Last Updated:
2022-07-18 00:00:00
Date Created:
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Data Provided by:
Dataset Owner:
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| Title | Quasi-continuous voltage standard using sinusoidal and pulse-driven Josephson junction arrays |
|---|---|
| Description | Dataset for multiple publishable figures in the paper entitled "Quasi-continuous voltage standard using sinusoidal and pulse-driven Josephson junction arrays" submitted to Meas. Sci. and Tech. journal. Figure 3. (a) Pattern of pulses used to generate a dc voltage of 0.2 V, (b) difference from the nominal of the voltage measured using the K3458A versus dc bias current for different RF power biases.Figure 4. PD JJA voltage difference from nominal, measured with a K3458A, versus dc bias current for different pulse patterns and repetition frequencies.Figure 5. (a) Current-voltage characteristic of the CWD JJA and (b) the RF power-voltage characteristic of the PD JJA. The error bars show the Type-A uncertainty (k=1) of the measurement of five measurements.Figure 6. Current-voltage characteristic of the CWD JJAs. The error bars show the Type-A uncertainty (k=1) of the measurement.Figure 7. Allan deviation for 0 V. See text for details.Figure 8. Current-voltage characteristic of the CWD JJAs. The error bars show the Type-A uncertainty (k=1) of the measurement.Figure 9. Allan deviation at 1 V. |
| Modified | 2022-07-18 00:00:00 |
| Publisher Name | National Institute of Standards and Technology |
| Contact | mailto:[email protected] |
| Keywords | Josephson arbitrary waveform synthesizer , Josephson junction , Josephson standards , programmable Josephson voltage standard , quantum electrical standards , voltage generation. |
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"description": "Dataset for multiple publishable figures in the paper entitled \"Quasi-continuous voltage standard using sinusoidal and pulse-driven Josephson junction arrays\" submitted to Meas. Sci. and Tech. journal. Figure 3. (a) Pattern of pulses used to generate a dc voltage of 0.2 V, (b) difference from the nominal of the voltage measured using the K3458A versus dc bias current for different RF power biases.Figure 4. PD JJA voltage difference from nominal, measured with a K3458A, versus dc bias current for different pulse patterns and repetition frequencies.Figure 5. (a) Current-voltage characteristic of the CWD JJA and (b) the RF power-voltage characteristic of the PD JJA. The error bars show the Type-A uncertainty (k=1) of the measurement of five measurements.Figure 6. Current-voltage characteristic of the CWD JJAs. The error bars show the Type-A uncertainty (k=1) of the measurement.Figure 7. Allan deviation for 0 V. See text for details.Figure 8. Current-voltage characteristic of the CWD JJAs. The error bars show the Type-A uncertainty (k=1) of the measurement.Figure 9. Allan deviation at 1 V.",
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"title": "Fig. 3b. Difference of the voltage measured using the K3458A from the nominal versus dc bias current for difference RF power bias"
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"title": "Fig 3a Pattern of pulses used to generate a dc voltage of 0.2 V.cvs"
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