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A New Efficient and General Design Method of Oscillators Based on Genetic Algorithm and on the Device-Line Measurement Technique

This paper introduces a new optimization method applied to negative-resistance microwave oscillators. The optimization is carried out using a Genetic Algorithm associated with the Device-line Measurement technique. The circuits are simulated using a Harmonic Balance simulator. The optimization results show that the proposed method can robustly find optimal or close-to-optimal solutions.