Optimized Reproduction, Collection, Transmission, Processing, and Display of Measurement Data Obtained Using the National Standard of Voltage Unit – Volt

Issues associated with automating the calibration of standard DC voltage measuring instruments are considered. An automatic calibration system is developed, studied, and implemented. This system comprises a hardware and software system containing measuring instruments from the National Standard of V...

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Published in:Measurement techniques Vol. 64; no. 7; pp. 556 - 561
Main Authors: Popko, V. V., Sentemova, D. V., Yarmalovich, M. A.
Format: Journal Article
Language:English
Published: New York Springer US 01.10.2021
Springer
Subjects:
Analytical Chemistry
Characterization and Evaluation of Materials
Measurement Science and Instrumentation
Physical Chemistry
Physical instruments
Physics
Physics and Astronomy
automatic calibration system
Python scripts (programs)
optimization
integral nonlinearity
Raspberry Pi single-board computer
ISSN:0543-1972, 1573-8906
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Abstract Issues associated with automating the calibration of standard DC voltage measuring instruments are considered. An automatic calibration system is developed, studied, and implemented. This system comprises a hardware and software system containing measuring instruments from the National Standard of Voltage Unit – Volt and additional modules. The automatic system is created on the basis of the Python programming language using metrological principles. The studied calibration results of DC voltage standards, i.e., the obtained calibration results (assigned actual value with expanded uncertainty) are analyzed in automatic and manual modes, as well as using the 10 V Josephson voltage standard known as supraVOLTcontrol. As well as significantly reducing labor costs, the application of this automatic system to study the integral instability (nonlinearity) of a digital voltmeter allows measurement duration to be reduced, as well as providing flexibility and reconfiguration capability depending on issues that emerge during research.
AbstractList Issues associated with automating the calibration of standard DC voltage measuring instruments are considered. An automatic calibration system is developed, studied, and implemented. This system comprises a hardware and software system containing measuring instruments from the National Standard of Voltage Unit - Volt and additional modules. The automatic system is created on the basis of the Python programming language using metrological principles. The studied calibration results of DC voltage standards, i.e., the obtained calibration results (assigned actual value with expanded uncertainty) are analyzed in automatic and manual modes, as well as using the 10 V Josephson voltage standard known as supraVOLTcontrol. As well as significantly reducing labor costs, the application of this automatic system to study the integral instability (nonlinearity) of a digital voltmeter allows measurement duration to be reduced, as well as providing flexibility and reconfiguration capability depending on issues that emerge during research.
Audience Academic
Author Yarmalovich, M. A.
Popko, V. V.
Sentemova, D. V.
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  givenname: D. V.
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  fullname: Sentemova, D. V.
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  givenname: M. A.
  surname: Yarmalovich
  fullname: Yarmalovich, M. A.
  organization: Belarussian State Institute of Metrology (BelGIM)
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Cites_doi 10.32446/0368-1025it.2017-6-45-48
10.1007/s11018-013-0246-6
10.1088/0026-1394/42/1A/01005
10.1007/s11018-011-9647-6
10.5772/17031
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Python scripts (programs)
optimization
integral nonlinearity
Raspberry Pi single-board computer
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SubjectTerms Analytical Chemistry
Characterization and Evaluation of Materials
Measurement Science and Instrumentation
Physical Chemistry
Physical instruments
Physics
Physics and Astronomy
Title Optimized Reproduction, Collection, Transmission, Processing, and Display of Measurement Data Obtained Using the National Standard of Voltage Unit – Volt
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