谐波负载-拉技术的Volterra分析

J. Aikio, M. Makitalo, T. Rahkonen
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引用次数: 0

摘要

本文提出了一种基于Volterra分析的快速谐波负载牵引仿真技术。首先进行了非线性谐波平衡仿真,对每个非线性源的多项式模型的系数进行了表征。然后将拟合的模型应用于直接Volterra法中,计算谐波负荷拉拔分析中的IM3L和IM3H。因此,与HB相比,仿真速度显著提高。利用所提出的技术,优化谐波阻抗以降低失真水平,同时最大限度地减少带宽依赖性和IMD不对称性。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Harmonic load-pull technique using Volterra analysis
In this paper a fast harmonic load pull simulation technique based on Volterra analysis is presented. First one nonlinear harmonic balance simulation is run to characterize the coefficients for the polynomial models of each nonlinear source. Then the fitted models are used in the direct Volterra method to calculate IM3L and IM3H within harmonic load pull analysis. As a result the simulation speed is increased significantly compared to HB. Using the proposed technique harmonic impedances are optimized to decrease distortion level but also to minimize bandwidth dependency and IMD asymmetry.
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