Add to ORKGAbstrac t-In the present paper, we discuss the integration, characterization and operation of the recently established an automated 10 volt Josephson Series Array Voltage Standard (JSAVS) at National Physical Laboratory, India (NPLI). Furthermore, we discuss the precision calibration of the Zener reference standard alongwith the uncertainty budget. The combined standard uncertainty of the Zener reference standard calibration at 10V for a Single Point Measurement (SPM) [1] is ± 25 nV at k=1. Keywords–10V JSAVS, quartz oscillator, microwave components, Zener reference standards, Gunn oscillator
The paper presents results of an international comparison of two quantum AC Josephson Voltage Standa...
The Planck constant, h, is one of the seven fundamental constants proposed to redefine the SI. It h...
An interlaboratory comparison of Josephson voltage standards has been made among 16 national, indust...
The unique ability of the classical Josephson Voltage Standard (JVS) to generate and transfer high p...
Josephson series array voltage standard at 10 volt level has been recently established at National P...
78-80Josephson Voltage Standard is the primary standard of voltage that is used to calibrate the se...
The concept of a programmable Josephson voltage standard (PJVS) was first proposed in 1997. Since th...
The uncertainty in voltage measurement in a Josephson voltage standard (JVS) is proportional to the ...
Abstract: A comparison of Josephson Voltage Standards (JVS) between the National Institute of Standa...
In order to increase the capacity of the National Institute of Standards and Technology (NIST) 10V J...
Various operational parameters of two different I-V binary programmable Josephson arrays are evaluat...
In the present paper, the intercomparison results of the NIST 10 V Conventional Josephson Voltage St...
NRC recently established an AC Josephson Voltage Standard (ACJVS) system based on a NIST pulsedriven...
The development of a compact, portable 10 V Josephson calibration system is described. Its accuracy ...
NIST has developed a programmable Josephson voltage standard (JVS) that produces intrinsically stabl...
The paper presents results of an international comparison of two quantum AC Josephson Voltage Standa...
The Planck constant, h, is one of the seven fundamental constants proposed to redefine the SI. It h...
An interlaboratory comparison of Josephson voltage standards has been made among 16 national, indust...
The unique ability of the classical Josephson Voltage Standard (JVS) to generate and transfer high p...
Josephson series array voltage standard at 10 volt level has been recently established at National P...
78-80Josephson Voltage Standard is the primary standard of voltage that is used to calibrate the se...
The concept of a programmable Josephson voltage standard (PJVS) was first proposed in 1997. Since th...
The uncertainty in voltage measurement in a Josephson voltage standard (JVS) is proportional to the ...
Abstract: A comparison of Josephson Voltage Standards (JVS) between the National Institute of Standa...
In order to increase the capacity of the National Institute of Standards and Technology (NIST) 10V J...
Various operational parameters of two different I-V binary programmable Josephson arrays are evaluat...
In the present paper, the intercomparison results of the NIST 10 V Conventional Josephson Voltage St...
NRC recently established an AC Josephson Voltage Standard (ACJVS) system based on a NIST pulsedriven...
The development of a compact, portable 10 V Josephson calibration system is described. Its accuracy ...
NIST has developed a programmable Josephson voltage standard (JVS) that produces intrinsically stabl...
The paper presents results of an international comparison of two quantum AC Josephson Voltage Standa...
The Planck constant, h, is one of the seven fundamental constants proposed to redefine the SI. It h...
An interlaboratory comparison of Josephson voltage standards has been made among 16 national, indust...