Affiliation:
1. Joint-Stock Company State Research Institute for Instrument Engineering
Abstract
The paper describes the physical causes of zero drift and its dependence on temperature. To reveal the temperature dependence of the drift at different heating dynamics, experiments were carried out with different switching intervals. The correlations between the drift and temperature are studied for different switching intervals at a number of significant time points from the switching. A method of drift compensation at different heating dynamics is proposed, which determines the interval closest to the current temperature dynamics
Publisher
Almaz-Antei Air and Space Defence Corporation
Cited by
1 articles.
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1. Reducing zero offset of MEMS sensors under thermal hysteresis conditions;Journal of «Almaz – Antey» Air and Space Defence Corporation;2021-06-23