BS ISO 16063-43:2015

Foreword
Introduction
1 Scope
2 Normative references
3 Terms and definitions
4 List of symbols
5 Consideration of typical frequency response and
  transient excitation
6 General approach
7 Linear mass-spring-damper model
8 Practical considerations
9 Reporting of results
Bibliography

Describes terms and methods on the estimation of parameters used in mathematical models describing the input/output characteristics of vibration transducers, together with the respective parameter uncertainties.

This document prescribes terms and methods on the estimation of parameters used in mathematical models describing the input/output characteristics of vibration transducers, together with the respective parameter uncertainties. The described methods estimate the parameters on the basis of calibration data collected with standard calibration procedures in accordance with ISO16063‑11 , ISO16063‑13 , ISO16063‑21 and ISO16063‑22 . The specification is provided as an extension of the existing procedures and definitions in those International Standards. The uncertainty estimation described conforms to the methods established by ISO/IECGuide98‑3 and ISO/IECGuide98‑3/Supplement1 .

The new characterization described in this document is intended to improve the quality of calibrations and measurement applications with broadband/transient input, like shock. It provides the means of a characterization of the vibration transducer’s response to a transient input and, therefore, provides a basis for the accurate measurement of transient vibrational signals with the prediction of an input from an acquired output signal. The calibration data for accelerometers used in the aforementioned field of applications should additionally be evaluated and documented in accordance with the methods described below, in order to provide measurement capabilities and uncertainties beyond the limits drawn by the single value characterization given by ISO16063‑13 and ISO16063‑22 .