A method and system for simulating complex working condition signals of a rotary transformer

Abstract

The application relates to the technical field of electromagnetic simulation, and discloses a resolver complex working condition signal simulation method, which can accurately simulate the output signals of a resolver under normal, static eccentricity, dynamic eccentricity and mixed eccentricity and other complex working conditions by establishing an air gap model, a magnetic guide model and a mutual inductance calculation model, noise analysis can be introduced, and the visualization of signal characteristics is realized; the application solves the problem that the existing resolver simulation technology cannot comprehensively simulate complex working conditions, provides accurate data sources for the development of a resolver fault diagnosis algorithm and performance testing, has the characteristics of high simulation accuracy, comprehensive working condition coverage and strong scalability, provides reliable simulation data sources for the development of a resolver fault diagnosis algorithm and performance testing, reduces experimental cost, and the application supports flexible configuration of parameters, and parameters such as eccentricity and noise level can be adjusted according to actual requirements.

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