Volt balance realization of the volt at ETF in Zagreb

Bego, V.; Butorac, Josip; Gasljevic, G.; Poljancic, K.

doi:10.1109/tim.1987.6312665

Cited by 17 publications

(3 citation statements)

References 0 publications

Supporting

Mentioning

Contrasting

Order By: Relevance

“…As a consequence of the above assumption, a measurement of M having a particular relative uncertainty will yield a value of RK in ohms with the same relative uncertainty. [42] NPL realization of watt via moving-coil balance, realization of ohm via calculable capacitor [43] NIST realization of watt via moving-coil balance, realization of ohm via calculable capacitor [44- and ohm by means of the Josephson and quantum Hall effects, the following guiding principle is adopted for their derivation: The values should be so chosen that they are unlikely to require significant change in the foreseeable future. This means that the number of digits given for the recommended values should be the minimum possible and that the uncertainties should be conservatively assigned.…”

Section: Hall Voltage-to-current Quotient or Quantized Hall Resistancementioning

confidence: 99%

See 1 more Smart Citation

New International Electrical Reference Standards Based on the Josephson and Quantum Hall Effects

1989

View full text Add to dashboard Cite

We give here the background and basis for the new international electrical reference standards of voltage and resistance that are to come into effect worldwide starting on 1st January 1990. Founded on the Josephson and quantum Hall effects, respectively, these new reference standards will improve significantly the international uniformity of electrical measurements and their consistency with the SI. 1 The members of the CCE Working Group on the Josephson Effect were R. Kaarls (VSL), B. P. Kibble (NPL), B. N. Taylor (NIST), and T. J. Witt, Coordinator (BIPM). The members of the CCE Working Group on the Quantum Hall Effect were F. Delahaye (BIPM), T. Endo (ETL), 0. C. Jones (NPL), V. Kose (PTB), B. N. Taylor, Coordinator (NIST), and B. M. Wood (NRC). (See the Appendix for the laboratory abbreviations used throughout this paper.

show abstract

Section: Hall Voltage-to-current Quotient or Quantized Hall Resistancementioning

confidence: 99%

“…In particular, all uncertainties are one-standard-deviation estimates in keeping with CIPM Recommendation 1 (CI-1986) [391 Item2. The result from the U. Zagreb given in the table is from their latest and most precise measurements [42]. It was obtained using volt balance ETF-84 during late 1987 and the first half of 1988.…”

Section: Summary Of Values Of Kjmentioning

confidence: 99%

New International Electrical Reference Standards Based on the Josephson and Quantum Hall Effects

1989

View full text Add to dashboard Cite

show abstract

“…The principle of the electrostatic balance method for measuring small forces (range 1 mN to 1 nN) and thus small masses (range 100 mg to 100 µg) proposed by [1], [2], can be used to realize mass at the 1 mg level with a standard uncertainty below 10 ppm [3].…”

Section: Introductionmentioning

confidence: 99%

B7.2 - Monolithic Guiding Mechanism and Adjustment Devices for an Electrostatic Force Balance at LNE

Thomas¹,

Beaudoux²,

Dougdag³

2023

Lectures

View full text Add to dashboard Cite

A measurement apparatus that uses an electrostatic force generator is being developed at LNE, toward the realization of small masses and forces in the International System of Units (SI). Two of the main parts are designed, i.e. a parallelogram balance mechanism, and two capacitance actuators. The balance mechanism is fully monolithic as well as the two adjustment systems of the electrostatic actuators. Special attention has been paid to the overall symmetry of the system and to cost efficiency.

show abstract