Get -50% OFF on all courses!

Tag: frequency-dependent inductance

Obtaining the Inductance with Dependence on Frequency and Amplitude of the Applied Alternating Current via Measurements and Validation of Considered Non-linearity and Saturation Effects with Lumped Parameter Model

This publication provides the process for obtaining of a self-inductance of electrical machines with a dependence on frequency and amplitude of an applied alternating current and consideration of a non-linearity and saturation effects in the equivalent circuit lumped parameter model that would have the same frequency and time domain characteristic as some desired investigated electrical machine. The values of inductances were calculated from measured impedances for wide ranges of frequencies and currents according to the theory of a complex inductance and iron losses. The measured data were analyzed and summarized in a table and then used for modeling of a automotive alternator. The model was supplied with curve fitted data. The simulation of a common automotive test case was obtained and compared with measurements. Good match between the theory and measurements and reasonability of the suggested approach were confirmed.


This content is for Basic and Premium members only.
Join Now
Already a member? Log in here
Read More »
L ading...
Black Friday
Discount on all courses!

50% Off

Don’t miss this opportunity! Upgrade your engineering and IT skills at a fraction of the cost. Limited time only.

GDPR Cookie Consent with Real Cookie Banner