Energy-information Modeling of Additive Temperature Error Correction of Strain-Gauge Bridge Circuits

This paper shows the effectiveness of the microelectronic strain gage sensors application, the expediency of the energy-information method using for sensor modeling with the purpose of automating the synthesis of their physical operation principle is proved, an energy-information model of the bridge circuit has been developed. The models for two types of correction for the additive temperature errors in strain-gauge bridge circuits have been performed. The adequacy and effectiveness of the models have been tested and proved. The developed models in the form of structural generalized techniques are intended for the automated synthesis of new sensors.