迈向低功耗MMIC超宽带定位系统

E. Elkhouly, M. Kuhn, D. Lin, A. Fathy
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引用次数: 0

摘要

许多超宽带精确定位系统已经成功地进行了演示。这些开发的系统大多是基于现成的混合组件的组装,并且消耗大量的直流功率。但是,最近许多具有极低功耗的MMIC电路已经成功开发,并为发展低成本,紧凑和显着降低功耗的系统提供了新的机会,为新的UWB应用打开了大门。在这里,我们展示了我们的努力,用乌尔姆大学开发的MMIC芯片取代一些以前使用的混合元件,作为开发用于超宽带精确定位系统的全MMIC芯片的第一步。具有离散和部分MMIC版本的UWB定位系统表现出类似的性能,但具有MMIC版本的UWB定位系统显着降低了功耗和占地面积。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Towards low power consumption MMIC UWB localization system
Many UWB precise localization systems have been successfully demonstrated. Most of these developed systems are based on assembly of off-the-shelf hybrid components and consume significant DC power. But, recently many MMIC circuits with extremely low power consumption have been successfully developed and present a new opportunity for evolving low cost, compact, and significantly reduced power consumption systems opening the door for new set of UWB applications. Here, we present our efforts to replace some of previously used hybrid components by MMIC chips developed by Ulm University as a first step towards developing a fully MMIC chip for UWB precise localization system. UWB localization system with discrete and partially MMIC versions demonstrated similar performance, but the one with MMICs has significantly reduced power consumption and footprint.
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