Vývoj metod pro ověření přesnosti analyzátoru výkonů na bázi virtuální instrumentace

Abstract

The diploma thesis deals with automated verification of the properties and accuracy of the analog part on three specified HW platforms of electrical power analyzers based on virtual instrumentation. By performing the adjustment, conversion constants are determined, which are used to correct the measurement results. Subsequent calibration is used to verify the accuracy of the analyzers after adjustment, evaluation of systematic measurement errors and comparison with the limit errors specified by the manufacturer. The aim of this work is the design and implementation of applications for automated adjustment and calibration in the LabVIEW programming environment. As a result, the functions of the created applications and the accuracy of the specified HW platforms are verified.