This article presents the concept and some aspects of the physical implementation of a virtual training laboratory (VTL) in the field of primary impedance metrology. The creation of a VTL provides a novel method of disseminating metrological knowledge and expertise in a practical way and at a low cost. It will expose new users to the live experience of operating a digital impedance bridge thus helping to encourage the uptake of this novel and useful impedance measurement technology. The VTL was developed as part of the EMPIR projects VersICal 17RPT04, A versatile electrical impedance calibration laboratory based on digital impedance bridges, and GIQS 18SIB07, Graphene impedance quantum standard.

Virtual Training Laboratory for Primary Impedance Metrology / Kaczmarek, Janusz; Ortolano, Massimo; Power, Oliver; Kucera, Jan; Callegaro, Luca; D'Elia, Vincenzo; Marzano, Martina; Walsh, Robert; Koziol, Miroslaw; Rybski, Ryszard. - In: IEEE TRANSACTIONS ON INSTRUMENTATION AND MEASUREMENT. - ISSN 0018-9456. - 72:(2023), pp. 1-12. [10.1109/TIM.2022.3223140]

Virtual Training Laboratory for Primary Impedance Metrology

Ortolano, Massimo;Callegaro, Luca;D'Elia, Vincenzo;Marzano, Martina;
2023

Abstract

This article presents the concept and some aspects of the physical implementation of a virtual training laboratory (VTL) in the field of primary impedance metrology. The creation of a VTL provides a novel method of disseminating metrological knowledge and expertise in a practical way and at a low cost. It will expose new users to the live experience of operating a digital impedance bridge thus helping to encourage the uptake of this novel and useful impedance measurement technology. The VTL was developed as part of the EMPIR projects VersICal 17RPT04, A versatile electrical impedance calibration laboratory based on digital impedance bridges, and GIQS 18SIB07, Graphene impedance quantum standard.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11696/75819
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