A Memoryless Behavioral Model Based on Power Amplifier AM-PM Distortion
A memoryless nonlinear behavioral model is proposed for characterizing the amplitude-modulation-to-phase-modulation(AM-PM)of various power amplifiers(PAs).This model integrates polynomial modeling,optimization,and segmentation methods to mitigate errors in existing AM-PM models when dealing with specific types of PAs.By incorporating simulation results and comparing them with data from the literature and other well-known behavioral models,the proposed model demonstrates a simpler algorithm with superior accuracy,thereby offering possibilities for optimizing the design of PAs.
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