基于0.14 μm CMOS技术的5.4 Gbps Type-C USB3.1/DP1.2 Combo限制ReDriver

S. Delshadpour, C. Speelman, Xu Zhang, R. Gupta, Leo Liu
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引用次数: 2

摘要

当信号通过电缆和PCB走线时,由于趋肤效应和介电损耗导致符号间干扰(ISI), Type-C电缆和PCB走线具有高频损耗。一个限制的ReDriver,包括一个连续的时间均衡器,去除ISI,导致更长的信号到达。提出了一种限速ReDriver,支持USB Type-C和VESA Display Port 1.2以及USB3.1规范中规定的信令,最高可达5.4Gbps。它具有高达12 dB的可编程峰值增益,在5.4 GHz时具有1.5 dB步进以补偿通道损耗,以及400至1100mVppd的可编程输出摆幅控制。该ReDriver在5.4GHz范围内实现了低于-35 dB的串扰。它采用0.14 μm CMOS技术实现,每个通道从1.8V电源消耗37.5至55.5mA,具体取决于输出摆幅端预强调设置。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A 5.4 Gbps Type-C USB3.1/DP1.2 Combo Limiting ReDriver in 0.14 μm CMOS Technology
Type-C cable and PCB traces have high-frequency losses due to skin effect and dielectric losses which results in Inter Symbol Interference, ISI, as the signal passes through cable and PCB traces. A limiting ReDriver which includes a continuous time equalizer, removes the ISI which results in a longer signal reach. A limiting ReDriver operating up to 5.4Gbps that supports signaling as specified in USB Type-C and VESA Display Port 1.2 and the USB3.1 specification is presented. It has programmable peaking gain up to 12 dB at 5.4 GHz with 1.5 dB steps to compensate for the channel loss and a programmable output swing control of 400 to 1100mVppd. This ReDriver achieves a cross-talk lower than -35 dB up to 5.4GHz. It has been implemented in 0.14 μm CMOS Technology and consumes 37.5 to 55.5mA per channel from a 1.8V supply, depending on output swing end pre-emphasis settings.
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