用于GSM/EDGE应用的1.8 GHz 120瓦两级LDMOS功率放大器IC

Lei Zhao, Guillaume Bigny, Jeffrey K. Jones
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引用次数: 6

摘要

采用最先进的设计技术和LDMOS技术,开发了针对1.8 GHz GSM、EDGE和Evolved EDGE基站应用的120瓦LDMOS射频集成电路(RFIC)。该放大器设计用于覆盖1.8 GHz至2 GHz GSM频段,并且在GSM和EDGE条件下都表现出色。两级单芯片设计提供27db增益和132瓦输出功率(1db压缩;27伏直流电源),相关PAE为51%。在EDGE调制下,在平均输出功率为46瓦时,在400 kHz和600 kHz偏置下,EVM小于1.6%,频谱再增长分别为- 63 dBc和- 78 dBc。这是迄今为止报道的最高功率,1.8至2 GHz,两级RFIC在覆盖模制塑料封装中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A 120 watt, two-stage, LDMOS power amplifier IC at 1.8 GHz for GSM/EDGE applications
A 120 Watt LDMOS radio frequency integrated circuit (RFIC) targeting 1.8 GHz GSM, EDGE, and Evolved EDGE base station applications has been developed using state of the art design techniques and LDMOS technology. The amplifier was designed to cover the 1.8 GHz to 2 GHz GSM bands, and performs exceptionally well under both GSM and EDGE conditions. The two-stage, single-chip design exhibits 27 dB of gain and delivers 132 Watts of output power (1 dB compression; 27 Volt DC supply) with an associated PAE of 51%. Under EDGE modulation, at an average output power of 46 Watts, the EVM is less than 1.6 % and the spectral re-growth is −63 dBc and −78 dBc at 400, and 600 kHz offsets, respectively. This is the highest power, 1.8 to 2 GHz, two-stage RFIC in an over-molded plastic package, reported to date.
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