&lt;title&gt;An approach to a VHDL-AMS library for RF component models&lt;/title&gt;

Lopez-Alcantud, Jose-Alejandro; Asensi, Ginés Doménech; Jimenez, Juan Hinojosa; Martínez‐Alajarín, J.; Garrigos-Guerrero, Francisco Javier

doi:10.1117/12.608382

Cited by 2 publications

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“…These libraries would be available in the design flow through their effective integration in CAD environments and also would be easily used by circuits and systems designers. Among the possible solutions, we can cite empirical-circuit engineering models [5,6] and hybrid models using either artificial neural networks (ANNs) [7,8] or lin-ear regression models (LRMs) [9]. However, these methods have some disadvantages.…”

Section: Introductionmentioning

confidence: 99%

Development of VHDL-AMS neuro-fuzzy behavioral models for RF/microwave passive components

Hinojosa

Doménech‐Asensi

Martínez‐Alajarín

2007

Int J RF and Microwave Comp Aid Eng

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The new generation of System-on-Chip (SoC) incorporates digital, analogue, RF/ microwave and mixed-signal components. Such circuits impose to reconsider the traditional design methods. Mixed-signal designers need novel design methodologies which will have to include accurate behavioral libraries of devices and processes into hierarchical design flows. Thus, this paper describes a behavioral modeling approach which generates neuro-fuzzy-based models for RF/microwave devices. The models, so obtained, can be easily integrated into a VHDL-AMS simulator. This modeling approach is applied to a microwave tunable phase shifter and it is illustrated by the development of a VHDL-AMS model library for RF/microwave applications.

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