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Genetic algorithm (GA) applications in analog design circuits play an important role with promising results. This algorithm is utilized to generate equivalent circuits for the well-known Tow-Thomas (TT) filter which is the most commonly used active circuit. This paper introduces a proposed methodology based on the genetic algorithm and the symbolic representation to generate equivalent op-amp configurations...
Genetic algorithm applications in analog design circuits play an important role with promising results. This paper introduces the GA methodology and employs KHN circuit as an application. It is an intelligent technique for generating equivalent KHN Circuits using genetic algorithm with nullor and mirror elements. The goal is to generate equivalent KHN circuits using Second Generation Current Conveyor...
Genetic algorithm (GA) applications in analog design circuits play an important role with promising results. This algorithm is utilized to generate equivalent circuits for the well-known gyrator circuit which is the most commonly used active circuit for the realization of a grounded inductor. The conventional gyrator circuit is realized by the op-amp which has the drawback of frequency limitations...
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