Optimal common-mode filter design for EMS improvement in TMDS structure including common-mode clock

Y. Jo, Soyoung Kim
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Abstract

Transition Minimized Display Signal (TMDS) structure transmits differential data signal and the common mode clock signal through a single pair of differential signal transmission line. In mobile systems, RF transmitter (Tx) is a source of electromagnetic interference (EMI) that can degrade the electromagnetic susceptibility(EMS) of TMDS. In this paper, we adopt commercial common-mode filter (CMF) and perform an optimization study to ensure EMS performance of both the common mode clock and differential signal. Through electromagnetic and circuit simulation, it is shown that CMF of 50 ohm showed improved signal integrity of common-mode clock while removing RF Tx noise while securing eye opening specification of the differential-mode signal.
包括共模时钟在内的TMDS结构中EMS改进的最优共模滤波器设计
过渡最小化显示信号(TMDS)结构通过单对差分信号传输线传输差分数据信号和共模时钟信号。在移动系统中,射频发射机(Tx)是电磁干扰(EMI)的一个来源,会降低TMDS的电磁磁化率(EMS)。在本文中,我们采用商用共模滤波器(CMF),并进行优化研究,以确保共模时钟和差分信号的EMS性能。通过电磁仿真和电路仿真表明,50欧姆的CMF在消除RF Tx噪声的同时,提高了共模时钟的信号完整性,同时保证了差模信号的令人瞠目的规格。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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