Comparison Euromet.EM-K8 of DC Voltage Ratio: Results

Marullo-Reedtz,; Cerri,; Waldmann,; Streit,; Immonen,; Blanc,; Raso,; Funck,; Schumacher, Fabian; Dierikx,; Nunes,; Vrabcek,; Rudohradsky,; Gunnarsson,; Jeanneret,; Jeckelmann, B.; Pulfer,; Turhan, Ali G.; Yılmaz,; Williams, Stefan B.; Slinde,; Lind,; [], Nicolas; Lindic,; Flouda,; Erdos,

doi:10.1109/cpem.2004.305557

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2012

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“…The method for calibrating resistive dividers at SP has been used in two international comparisons (CCEM-K8 [3] and EUROMET.EM-K8 [4]), also giving good results. In effect, the CCEM-K8 comparison already provides indirect evidence that these two methods are in agreement.…”

Section: The Referencementioning

confidence: 99%

A simple build-up method for the DC voltage scale of a source

Early

Christian

Andersson

et al. 2012

2012 Conference on Precision Electromagnetic Measurements

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We report on the performance of a simple method, known as the Reference Step Method, to build up the dc voltage scale of a source. The key advantages of this method are that it relies on equipment that is readily available in most highlevel laboratories and can be fully automated. The Type A uncertainties achieved by this approach can be less than 0.1 μV/V. This performance is achieved because of the excellent differential linearity of the DMM used in the method. We are validating the accuracy of the method by directly comparing this approach with more traditional resistive divider techniques.Index Terms -DC voltage ratio, dc range calibration, dc voltage scale, dc build-up.

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Section: The Referencementioning

confidence: 99%