For decades, the quantum behavior of Josephson junctions has been employed as intrinsic
standards for voltage metrology. Conventional dc Josephson voltage standards have been …

A detailed analysis of the uncertainties obtained in ac–dc difference measurements with an
AC Josephson voltage standard (ACJVS) is presented. For audio frequencies and for …

The performance of programmable voltage signals that exploit the quantum behavior of
superconducting Josephson junctions continues to improve and enhance measurements in …

We review our development of Josephson-junction-based programmable reference sources
to synthesize spectrally pure waveforms with quantum-based voltage accuracy for …

We have used the Josephson arbitrary waveform synthesizer (JAWS) to provide traceability
for the phase of the harmonics, relative to their fundamental frequency, of a distorted …

Differential sampling relative to a Josephson waveform, the ac quantum voltmeter (ac-QVM),
has been established as the most accurate method for measuring signals below 1 kHz with …

A method for traceability to SI for ac voltage and current based on high performance
digitizers is presented. In contrast to the existing thermal-based methods, the proposed …

A pulse-driven AC Josephson voltage standard (ACJVS) generates calculable AC voltage
signals at low temperatures, whereas measurements are performed with a device under test …

The capability to generate up to 1 V pure AC signals based on quantum standards marked a
milestone on electrical metrology opening new applications that were not possible without …

We present time-domain electrical measurements and simulations of the quantized voltage
pulses that are generated from series-connected Josephson junction (JJ) arrays. The …