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Will Doherty continue to rule for 5G?

机译:Doherty会继续统治5G吗?

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High data rate 5G systems are expected to operate at frequencies between 15GHz and 100GHz, and utilize large numbers of antennas in both base-stations and handsets. Representative power amplifier scenarios differ from those in commercial wireless today: there will be many more power amplifiers operating at much low power levels. Yet signal peak-to-average ratios will remain high, and efficiency will remain a critical consideration. Doherty amplifiers will be a prime contender for these applications, although they are not the only possibility. This paper reviews the emerging requirements for power amplifiers in mm-wave 5G systems, describes the status of mm-wave Doherty ICs in different device technologies, lists challenges for amplifier designs, and provides a glimpse of approaches other than Doherty amplifiers to meet the needs.
机译:高数据速率5G系统有望在15GHz至100GHz之间的频率下运行,并在基站和手机中都使用大量天线。代表性的功率放大器场景与当今的商用无线设备不同:将有更多的功率放大器在很低的功率水平下工作。然而,信号峰均比仍将保持较高水平,而效率仍将是至关重要的考虑因素。尽管不是唯一的选择,但Doherty放大器将是这些应用的主要竞争者。本文回顾了毫米波5G系统中功率放大器的新兴需求,描述了毫米波Doherty IC在不同器件技术中的现状,列出了放大器设计面临的挑战,并提供了Doherty放大器以外的其他方法来满足需求。

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