用于自组织网络和可穿戴计算的射频CMOS电路

C. Siu, S. Kasnavi, K. Iniewski, F. Nabki
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引用次数: 4

摘要

无线自组织网络在医疗、传感、可穿戴计算和其他应用中越来越受到关注。该行业目前正处于一个关键时刻,射频CMOS的成熟可以使这些网络成为可能。所有这些应用程序,如果成功部署,会导致无线设备的激增,这是我们从未见过的。最终的结果是,这些器件需要非常低的成本,这符合CMOS范例。未来的挑战是如何使CMOS射频电路消耗超低功耗在一个紧凑的外形因素。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
RF CMOS circuits for ad-hoc networks and wearable computing
Wireless ad-hoc networks are gaining interest for medical, sensing, wearable computing and other applications. The industry is at a critical juncture now where the maturity of RF CMOS can enable these networks. All of these applications, if deployed successfully, results in the proliferation of wireless devices like we have never seen before. The end result is that these devices need to be very low cost, which fits in well with the CMOS paradigm. The challenge going forward is how to make CMOS RF circuits that consume ultra-low power in a compact form factor.
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