RF power transistor design in standard digital CMOS technology

M. Tomáška, M. Krnac, R. Vazny
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Abstract

RF power transistor design in standard CMOS technology for the power amplifier in the frequency region of 1800MHz is key issue in this work. Transistor application in standard RF power amplifier topology is discussed in the sense of output power as well as power added efficiency. The RF CMOS power transistor layout is designed in Cadence Virtuoso layout editor using AustriaMicroSystems 0.35/spl mu/ CMOS technology. The RF power achieved at 50 Ohm load using designed transistor in class E power amplifier was 1 W at 1750 MHz with power added efficiency of 59.2% at 2.3V power supply voltage.
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标准数字CMOS技术下射频功率晶体管的设计
1800MHz频段功率放大器射频功率晶体管的标准CMOS技术设计是本工作的关键。从输出功率和功率附加效率两方面讨论了晶体管在标准射频功率放大器拓扑结构中的应用。RF CMOS功率晶体管布局采用奥地利微系统0.35/spl μ / CMOS技术,在Cadence Virtuoso布局编辑器中设计。在2.3V电源电压下,采用所设计晶体管的E类功率放大器在50欧姆负载下实现的射频功率为1 W,功率增加效率为59.2%。
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