This paper gives a summary of the design guidelines for silicon-integrated inductive components for short-range/long-range automotive radar applications in K- and W-bands. Configurations for integrated inductors and transformers are compared and main loss phenomena are discussed. A focus is given to the substrate shielding. An electromagnetic-based approach is proposed to evaluate the effectiveness of ground shield for operation in K- and W-bands.
Design and optimization of silicon-integrated inductive components for automotive radar applications in k-and w-bands
Spataro S.;Ragonese E.
2020-01-01
Abstract
This paper gives a summary of the design guidelines for silicon-integrated inductive components for short-range/long-range automotive radar applications in K- and W-bands. Configurations for integrated inductors and transformers are compared and main loss phenomena are discussed. A focus is given to the substrate shielding. An electromagnetic-based approach is proposed to evaluate the effectiveness of ground shield for operation in K- and W-bands.File in questo prodotto:
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