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A Low Power 180 nm CMOS Power Amplifier with 47 PAE for NB IoT Application

机译:适用于NB IoT应用的低功率180 nm CMOS功率放大器,具有47%的PAE

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This paper presents the design of 180 nm single-stage CMOS Class-AB power amplifier (PA) for Narrow-Band Internet of Things (NB-IoT) application. The PA's targeted operating frequency is 1.95 GHz which is located at the Band 1 frequency bandwidth of NB-IoT. At schematic level simulation, the PA achieved a 12 dB power gain and maximum output power of 23 dBm. The peak PAE achieved is 47% with corresponding peak OIP3 of 37 dBm. The CMOS PA operated under the headroom of 3.3 V voltage supply with the gate biasing voltage supply of 0.8 V. The designed single-stage CMOS PA provides good efficiency with a minimum trade-off between linearity and output power which makes it suitable for NB-IoT application.
机译:本文介绍了用于窄带物联网(NB-IoT)应用的180 nm单级CMOS AB类功率放大器(PA)的设计。 PA的目标工作频率为1.95 GHz,位于NB-IoT的频段1带宽。在原理图级别的仿真中,PA实现了12 dB的功率增益和23 dBm的最大输出功率。达到的峰值PAE为47%,相应的峰值OIP3为37 dBm。 CMOS PA在3.3 V电源电压的净空下工作,栅极偏置电压电源为0.8V。设计的单级CMOS PA具有良好的效率,并且线性度和输出功率之间的折衷最小,因此适用于NB-物联网应用。

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