可调谐射频滤波器:调查和超越

A. Hussaini, R. Abd‐Alhameed, Jonathan Rodriguez
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引用次数: 15

摘要

如果没有整体的设计和制造方法,与当今更传统的单模设备相比,未来的无线通信设备将会非常大,以适应多种无线接入技术(rat)。通常,多个RAT器件将由多个射频功率放大器、低噪声放大器(LNA)、射频带通滤波器、调制器和解调器组成;每种无线技术一个。显然,这将增加电路设计的复杂性,并将覆盖很大一部分电路空间,导致耗电设备。射频微机电系统(RF- mems)可以成为创新射频前端设备的良好候选者,因为它本质上具有可重构特性,因此可以减少单个设备中使用多个rat的外部组件数量。本文讨论了可调谐射频滤波器的历史、发展现状及其他。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Tunable RF filters: Survey and beyond
Without a holistic design and fabrication approach, future wireless communication devices would be extremely large in size to accommodate multiple radio access technologies (RATs) compared to today's more conventional mono-mode devices. Typically multiple RAT devices will be comprised of multiple RF power amplifiers, low noise amplifiers (LNA), RF band pass filters, modulators and demodulators; one for each wireless technology. Obviously, this will increase the complexity of the circuit design and will cover a large part of the circuit space leading to power hungry devices. Radio frequency microelectromechanical systems (RF-MEMS) can be good candidate for innovative RF front end devices since it is reconfigurable features in nature therefore allowing a reduction in the number of external components in a single device for the use of multiple RATs. This paper discusses the history, state of the art of tunable RF filter and beyond.
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