High Efficiency class-F−1 Amplifier with reconfigurable microstrip Differential Filter for Sub-6-GHz Massive MIMO Application

Kumar Rajesh, Sanjeev Kumar, Kanaujia kumar Binod, H. Olasiuk, N. Vihari
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Abstract

The current study describes the design analysis and implementation for the Cascode Class-F Power Amplifier (PA) Sub-6-GHz Massive MIMO Application. The reconfigurable Microstrip differential filter (RMDF) is selected for providing high efficiency. A RMDF technique is utilized to enhance the gain of 13.5 dB and improve the resonance band operation. The design verified 10 to 35.8 dBm of power output & added power efficiency of (PAE) of 69.4%. The designed PA presents a significant enhancement in new IOT transmitter for medical industry. The applications of the current study can be used for wireless 5G technology, multiple data signaling for antenna application, multiple radio-link for radio receiver.
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高效率的f−1类放大器,可重构微带差分滤波器,用于sub -6 ghz大规模MIMO应用
本研究描述了Cascode f类功率放大器(PA) sub -6 ghz大规模MIMO应用的设计分析和实现。选择可重构微带差分滤波器(RMDF),以提供高效率。利用RMDF技术提高了13.5 dB的增益,改善了谐振频带的工作。该设计验证了10 ~ 35.8 dBm的功率输出,(PAE)的附加功率效率为69.4%。所设计的PA在医疗行业的新型物联网发射机中具有显著的增强作用。目前研究的应用可用于无线5G技术、天线应用的多数据信令、无线电接收机的多无线电链路。
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