机译:高效双带竞争功率放大器设计
Engineering Research Center of SmartMicrosensors and Microsystems Ministryof Education Hangzhou DianziUniversity Hangzhou China;
Engineering Research Center of SmartMicrosensors and Microsystems Ministryof Education Hangzhou DianziUniversity Hangzhou China;
Engineering Research Center of SmartMicrosensors and Microsystems Ministryof Education Hangzhou DianziUniversity Hangzhou China;
Department of Electronic Engineering City University of Hong Kong HongKong China;
Department of Electronic Engineering City University of Hong Kong HongKong China;
Engineering Research Center of SmartMicrosensors and Microsystems Ministryof Education Hangzhou DianziUniversity Hangzhou China;
compensating reactance, dual-band, efficiency, impedance inverter, outphasing, power amplifier;
机译:具有动态功率控制的45 nm LP CMOS变压器组合31.5 dBm相移功率放大器,可提高后退功率效率
机译:高效多模式彼此射频功率放大器,45nm CMOS中具有31.6 dBm峰值输出功率
机译:具有45nm CMOS效率和输出功率增强电路的29.5 dBm E类同相RF功率放大器
机译:通过混用异相和幅度调制来提高异相功率放大器的效率
机译:求功率放大器的效率增强技术
机译:功率放大器具有大型高效范围的5G通信
机译:使用宽带E类功率放大器的双频段异相发射机