Towards a tool-box for the synthesis of integrated radio front-ends
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This paper presents design tools and optimization techniques useful for the design of radio front-ends consisting of integrated active and passive parts. The advantage of hybrid active-passive design technique is demonstrated by highlighting the results of a slot matched transistor amplifier. An efficient design of similar hybrid active-passive circuits needs computationally efficient design tools for the active and passive components interfaced using powerful optimisation tools. Synthesis of aperture microstrip antennas modeled using transmission line models and interfaced with Genetic Algorithm optimization tool will be presented as a part of this objective.
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