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電腦與通訊

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篇名 低功耗低電磁波USB 3.0薄型記憶卡實體層設計技術
卷期 148
並列篇名 Low Power Low EMI USB 3.0 Thin Card MIPI-PHY Design Technologies
作者 林建宏許芷瑋馬瑞良孫元亨
頁次 067-073
關鍵字 低功耗嵌入式薄型記憶卡通用序列匯流排可調式低電壓差動訊號動態阻抗控制多功耗模式行動產業處理器介面Low Power Embedded Thin CardleTCUniversal Serial BusUSBScalable Low Voltage SignalingSLVSDynamic Impedance ControlMulti-power ModeMobile Industry Processor InterfaceMIPI
出刊日期 201212

中文摘要

本文將介紹採用USB3.0高速通訊協定和軟體模式和MIPI低功耗實體層M-PHY技術,針對低功耗、電磁干擾(EMI)、動態調整阻抗等議題進行深入探討,並依研究結果,整合出最適的數種架構模式,以期達到低功耗、高速,且相容於原先USB軟體層protocol的技術。

英文摘要

In this article, an interfacing device with a fused architecture of the USB 3.0 protocol, the MIPI -PHY, and the dynamic impedance control approach, etc., for achieving lower power, and lower EMI, required by the applications in mobile communication devices, is disclosed. The result architecture of optimized lower power, higher performance and low EMI, while retaining the compatibility with USB 3.0 protocol and software, was obtained by these simulations of various proposed configurations illustrated in this article.

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