xDSL铁氧体铁芯:最佳选择

H. Meuche, M. Esguerra
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引用次数: 0

摘要

概述了信号应用中铁氧体铁芯的选择(铁芯形状和材料)。结果表明,失真k/sub 3/和频率范围a/sub c/(f)内的插入损耗是xdsl应用中变压器设计的关键功能。磁芯畸变因子(CDF)和形状畸变因子(SDF)等参数有助于磁芯类型的选择。电路条件下的谐波失真可以用k/sub /的失真变压器系数(DTC)来计算。为了将电路中的三次谐波失真与/spl eta//sub B/-测量相关联,这个因素很重要。DTC考虑已知阻抗条件下的电路条件。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Ferrite cores for xDSL: optimum selection
An overview for ferrite core selection (core shapes and materials) for signal applications is given. It is shown that distortion k/sub 3/ and insertion loss over the frequency range a/sub c/(f) are the key functions in transformer design for xDSL-applications. Parameters called the core distortion factor (CDF) and shape distortion factor (SDF) are helpful in the selection of the core type. The harmonic distortion under circuit conditions can be calculated with a distortion transformer coefficient (DTC) from k/sub 3/. This factor is important in order to correlate the in-circuit third harmonic distortion with the /spl eta//sub B/-measurements. DTC considers circuit conditions for known impedance conditions.
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