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This paper presents a methodology, based on the regularization theory, to find, in the whole geometric parameter space, the planar spiral inductors with optimum quality factor. A new technique, based on Debye fitting approximation, has been applied to extract a passive equivalent circuit model of these inductors. This model provides an accurate wideband frequency characterization up to 16 GHz.
This paper presents a methodology, based on regularization theory, to find, in the whole geometric parameter space and for any value of mean inductance, the planar spiral inductor with optimum quality factor. The full-wave electromagnetic simulations of these inductors have been applied to the development of a parameterized circuit model. This model provides an accurate wide-band frequency characterization...
The impact of parasitic effects of integrated inductors for RFIC is not negligible so an accurate model of their behaviour is necessary. This paper presents a numerical parameterized model of integrated inductor with hollow planar spiral geometry and poly-ground-shield. The model allows to choose the inductor geometry with better quality in relation to its spiral side length and number of turns. A...
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