Switching power control for multimode multiband power amplifier

Veeraiyah Thangasamy, N. Kamsani, T. Zulkifli
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Abstract

Driven by ever-increasing consumer demand for wireless devices capable of supporting multiple air standards and applications, the implementation of multimode multiband (MMMB) power amplifier (PA) has been steadily increasing. This paper presents a design of a MMMB PA based on an industry-standard 130nm CMOS process technology, capable of operating in three power modes and in three different bands. Multiple gated transistor technique (MTGR) has been designed whereby the output power from the PA is controlled by external switching control voltage. Series combining transformer has been to adopted to achieve higher output power. The PA has 300MHz bandwidth starting from the frequency of 1.7GHz up to 2.0GHz, covering the LTE bands 1, 2 and 3, with output saturated power of 33dBm.
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多模多频带功率放大器的开关功率控制
由于消费者对能够支持多种空气标准和应用的无线设备的需求不断增长,多模多频段(MMMB)功率放大器(PA)的实施一直在稳步增加。本文提出了一种基于行业标准的130纳米CMOS工艺技术的毫米波放大器的设计,能够在三种功率模式和三个不同的频段工作。设计了一种多门控晶体管技术(MTGR),通过外部开关控制电压控制PA的输出功率。采用串联组合变压器,以获得更高的输出功率。该PA具有从1.7GHz到2.0GHz的300MHz带宽,覆盖LTE频段1、2和3,输出饱和功率33dBm。
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