一种高性能塑料空腔QFN解决方案,适用于未来潜在的微波封装大规模应用

Liang Wu, Qian Rong, Xiaowei Sun
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引用次数: 2

摘要

本文提出了一种潜在的大规模QFN封装解决方案——兼容SMD装配线的塑料气腔QFN封装,以实现未来低成本、小尺寸和具有吸引力的微波封装应用。采用商用GaAs pHEMT工艺开发了6GHz ~ 18GHz LNA MMIC (2×1mm2),并将其集成到这种新颖且具有成本效益的封装解决方案中。测量结果(未与测试夹具解嵌)表明,噪声系数小于2.75dB,输入回波损耗小于10dB,小信号增益大于19.3dB,增益平坦度为±1.75dB,封装面积4×4mm2, 6GHz至18GHz直流功耗120mW。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A high performance plastic air-cavity QFN solution for future potential microwave package large scale application
A potential large scale QFN package solution—plastic air-cavity QFN package, compatible with SMD assembly lines, for future low cost, miniature size and attractive performance microwave package application is proposed in this paper. A 6GHz∼18GHz LNA MMIC (2×1mm2) is developed using a commercial GaAs pHEMT process and integrated into this novel and cost effective package solution. The measured results (not de-embedded with test fixture) show that noise figure is less than 2.75dB, and input return loss is below 10dB, moreover small signal gain is more than 19.3dB and gain flatness is ±1.75dB with 4×4mm2 packaged area and DC power dissipation 120mW across 6GHz to 18GHz.
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