Aug 11, 2020 · In this article, this issue is studied by a mathematical model able to represent both the inductor nonlinearity and its temperature dependence.
In this paper, this issue is studied by a mathematical model able to represent both the inductor non-linearity and its temperature dependence.
The novelty of the paper consists in the method to analyze the thermal stability of a DC/DC converter where the inductor operates in partial saturation. It ...
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Sep 3, 2020 · This review requests an extension of the thermal stability analysis section. Results should include a comparison with other modelling methods, ...
Dec 11, 2020 · This paper discusses the effects of saturation of power inductors and their thermal stability. The investigation is focused on DC-DC ...
As the inductor approaches the deep saturation region, the temperature minimizes his effect on the inductance variation. As expected, the operation with large ...
Missing: Stability | Show results with:Stability
In this work, a partially saturating ferrite core inductor is exploited in a switching DC-DC boost converter, regulated through nonlinear model predictive ...
When the inductor is saturated, µ is greatly reduced; therefore the inductance will be greatly reduced and the ability to suppress the current is lost. Figure 2 ...
In this paper, we propose a method for the identification of the differential inductance of saturable ferrite inductors adopted in DC–DC converters.
If the core of a power inductor becomes magnetically saturated, its inductance value will drop. The guideline for the maximum current that can be transmitted ...