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主动偏差算法在电路容差设计中的应用 被引量:2

Application of Active Deviation Algorithm in Circuit Tolerance Design
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摘要 电路元器件的参数漂移是影响系统稳定性的主要原因之一,因此电子系统的容差设计显得尤为重要,本文研究了运用进化的方法进行电路的容差设计。传统方法所设计的容差电路因容差范围小而影响电路的容差性能。本文将遗传规划与主动偏差思想相结合,提出基于主动偏差的混合GP算法--AD-Based HGP,使用该方法进行电路容差设计可以有效提高电路的容差范围。实验结果表明运用本文方法设计出的电路与传统方法的设计结果相比,本文方法所进化出的电路具有更强的容差性能,体现了该算法在容差设计上的优势与潜能。 电路元器件的参数漂移是影响系统稳定性的主要原因之一,因此电子系统的容差设计显得尤为重要,本文研究了运用进化的方法进行电路的容差设计。传统方法所设计的容差电路因容差范围小而影响电路的容差性能。本文将遗传规划与主动偏差思想相结合,提出基于主动偏差的混合GP算法--AD-Based HGP,使用该方法进行电路容差设计可以有效提高电路的容差范围。实验结果表明运用本文方法设计出的电路与传统方法的设计结果相比,本文方法所进化出的电路具有更强的容差性能,体现了该算法在容差设计上的优势与潜能。
出处 《电子技术(上海)》 2010年第8期27-30,共4页 Electronic Technology
基金 国家自然科学基金项目资助(60573170)
关键词 容差设计 遗传规划 主动偏差 模拟滤波器 tolerance design genetic programming active deviation analog filter
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参考文献8

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同被引文献40

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