An upgraded pulse-driven AC Josephson voltage standard system at the National Research Council Canada allows the generation of quantum-accurate root-mean-square voltages up to 1 V at frequencies down to 10 Hz. The system is used to determine the AC-DC difference of a commercial thermal transfer standard, and an uncertainty budget is presented. Such quantum voltage systems could replace aging multi-junction thermal converters.Peer reviewed: YesNRC publication: Ye
Abstract—The European Josephson arbitrary waveform synthe-sizer (JAWS) project addresses the lack of...
An AC-voltage standard operating at 1 V level at 1 kHz based on nonhysteretic Josephson junction arr...
A square-wave based AC Josephson apparatus is under development at MIKES. A new high-resolution cust...
A transconductance amplifier (TCA) with a negative admittance has been used in parallel with a comme...
We report the results of a comparison of quantum-based AC Jospehson Voltage Standards (ACJVS) betwee...
The paper presents results of an international comparison of two quantum AC Josephson Voltage Standa...
This paper presents results of an international comparison of two quantum AC voltage standards based...
A low-frequency AC power standard based on the programmable Josephson voltage standard (PJVS) has be...
A low-frequency AC Power Standard based on the Programmable Josephson Voltage Standard (PJVS) has be...
Progress in the development of a new low-frequency quantum-based AC Power Standard at the National R...
The National Institute of Standards and Technology (NIST) has recently reported the first applicatio...
The National Research Council (NRC) of Canada has recently established an alternating-current Joseph...
The Josephson effect is worldwide exploited as the basis for constant reference voltages in National...
At the National Research Council of Canada (NRC) the primary standard of AC-DC transfer difference a...
In the last decades, voltage metrology research has been mainly directed towards the application of ...
Abstract—The European Josephson arbitrary waveform synthe-sizer (JAWS) project addresses the lack of...
An AC-voltage standard operating at 1 V level at 1 kHz based on nonhysteretic Josephson junction arr...
A square-wave based AC Josephson apparatus is under development at MIKES. A new high-resolution cust...
A transconductance amplifier (TCA) with a negative admittance has been used in parallel with a comme...
We report the results of a comparison of quantum-based AC Jospehson Voltage Standards (ACJVS) betwee...
The paper presents results of an international comparison of two quantum AC Josephson Voltage Standa...
This paper presents results of an international comparison of two quantum AC voltage standards based...
A low-frequency AC power standard based on the programmable Josephson voltage standard (PJVS) has be...
A low-frequency AC Power Standard based on the Programmable Josephson Voltage Standard (PJVS) has be...
Progress in the development of a new low-frequency quantum-based AC Power Standard at the National R...
The National Institute of Standards and Technology (NIST) has recently reported the first applicatio...
The National Research Council (NRC) of Canada has recently established an alternating-current Joseph...
The Josephson effect is worldwide exploited as the basis for constant reference voltages in National...
At the National Research Council of Canada (NRC) the primary standard of AC-DC transfer difference a...
In the last decades, voltage metrology research has been mainly directed towards the application of ...
Abstract—The European Josephson arbitrary waveform synthe-sizer (JAWS) project addresses the lack of...
An AC-voltage standard operating at 1 V level at 1 kHz based on nonhysteretic Josephson junction arr...
A square-wave based AC Josephson apparatus is under development at MIKES. A new high-resolution cust...