An inductor modeling and optimization toolbox for RF circuit design |
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Affiliation: | 1. Samovar CNRS, Telecom SudParis, Institut Polytechnique de Paris, Evry Cedex 91011, France;2. CNAM, CEDRIC Laboratory, Hesam University, 292 rue Saint-Martin, Paris Cédex 3 75141, France;3. Thales HTE/AMS/TCP, 4 Av. des Louvresses, Gennevilliers 92622, France;4. Institut National des Télécommunications et TIC, LaRATIC, Oran, Algeria |
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Abstract: | This paper describes the SIDe-O toolbox and the support it can provide to the radio-frequency designer. SIDe-O is a computer-aided design toolbox developed for the design of integrated inductors based on surrogate modeling techniques and the usage of evolutionary optimization algorithms. The models used feature less than 1% error when compared to electromagnetic simulations while reducing the simulation time by several orders of magnitude. Furthermore, the tool allows the creation of S-parameter files that accurately describe the behavior of inductors for a given range of frequencies, which can later be used in SPICE-like simulations for circuit design in commercial environments. This toolbox provides a solution to the problem of accurately and efficiently optimizing inductors, which alleviates the bottleneck that these devices represent in the radio-frequency circuit design process. |
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Keywords: | Inductor design Single-objective optimization Multi-objective optimization Surrogate modeling Radio-frequency circuit design |
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