The electrical characteristics of two different 1-V binary programmable Josephson arrays, an superconductor/insulator/normal conductor/insulator/superconductor-type Josephson array, and an externally shunted superconductor/insulator/superconductor-type Josephson array, were investigated at ten metrology institutes. Various operational parameters were evaluated and compared using different Josephson array voltage standard setups at microwave frequencies around 70 GHz. The results of the measurements show that both arrays have been working very well and the main differences were not imposed by the arrays themselves, but by the different measurement setups of the laboratories
The application of High Temperature Superconductor Josephson junctions to voltage metrology is promi...
The application of High Temperature Superconductor Josephson junctions to voltage metrology is promi...
We have investigated a new type of microwave circuit for the generation of frequency-scaled Josephso...
The electrical characteristics of two different 1-V binary programmable Josephson arrays, an superco...
Various operational parameters of two different I-V binary programmable Josephson arrays are evaluat...
Binary-divided 1 V arrays were fabricated for programmable Josephson voltage standards in close coop...
We report an experimental study of metrological properties of high-temperature superconductor arrays...
NIST has developed a programmable Josephson voltage standard (JVS) that produces intrinsically stabl...
We report recent progress in developing Josephson junction array voltage standards. A new way to rea...
We introduce an optimized Josephson double array generating two independent voltages up to 1.5V usin...
The uncertainty in voltage measurement in a Josephson voltage standard (JVS) is proportional to the ...
The concept of a programmable Josephson voltage standard (PJVS) was first proposed in 1997. Since th...
We present experimental results on new programmable Josephson voltage standards based on frequency d...
Arbitrary impedance ratios can be determined with high accuracy by means of a programmable Josephson...
Standard frequency and time techniques are used to characterize the frequency accuracy of the commer...
The application of High Temperature Superconductor Josephson junctions to voltage metrology is promi...
The application of High Temperature Superconductor Josephson junctions to voltage metrology is promi...
We have investigated a new type of microwave circuit for the generation of frequency-scaled Josephso...
The electrical characteristics of two different 1-V binary programmable Josephson arrays, an superco...
Various operational parameters of two different I-V binary programmable Josephson arrays are evaluat...
Binary-divided 1 V arrays were fabricated for programmable Josephson voltage standards in close coop...
We report an experimental study of metrological properties of high-temperature superconductor arrays...
NIST has developed a programmable Josephson voltage standard (JVS) that produces intrinsically stabl...
We report recent progress in developing Josephson junction array voltage standards. A new way to rea...
We introduce an optimized Josephson double array generating two independent voltages up to 1.5V usin...
The uncertainty in voltage measurement in a Josephson voltage standard (JVS) is proportional to the ...
The concept of a programmable Josephson voltage standard (PJVS) was first proposed in 1997. Since th...
We present experimental results on new programmable Josephson voltage standards based on frequency d...
Arbitrary impedance ratios can be determined with high accuracy by means of a programmable Josephson...
Standard frequency and time techniques are used to characterize the frequency accuracy of the commer...
The application of High Temperature Superconductor Josephson junctions to voltage metrology is promi...
The application of High Temperature Superconductor Josephson junctions to voltage metrology is promi...
We have investigated a new type of microwave circuit for the generation of frequency-scaled Josephso...