Design Optimization of Two Stage Operational Amplifiers using Chaotic Antlion Optimization

Formulation of assorted category circuits will be the major requirement of competent circuit parameters along with involuntary method. Analog circuits require appropriate handling and utilization of strategies since it involves up surging difficulties along with chaos existing in formulation of integrated circuits design, a suitable strategy for determining the best solution with minimal or nil faults is necessary. Processing difficulty involved in Integrated circuits due to characteristic issues involved in formulation and need of managing many contradictory and interrelationships are in concern. In this work a novel chaotic antlion optimization strategy is established in identification of dimensions of equipment with respect to integrated circuits that might be analog in nature that adopts the strategy of determining the best solutions. Our new strategy called novel chaotic Antlion optimization suggests designing two stage Operational Amplifier which is assured to yield better results than multi-objective antlion optimization since it can handle chaos behavior and randomness.