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A novel GaN MMICs packaging using silicon based technology

机译:使用基于硅的技术的新型GaN MMIC封装

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摘要

In this paper a novel package based on GaN MMICs chipset, comprising a driver amplifier and a power amplifier using Si-based packing technique will be presented. The GaN HEMT on SiC power amplifiers is superior to GaAs/Si based FET due to its higher power density and wider band gap. The thermal matching and thermal conductivity of the package are taken into consideration in order to avoid the high channel temperature lower the performance of the power amplifier. For an operation frequency band from 14 to 18 GHz, the module achieves beyond 39 dBm of output power under pulsed conditions Vgs = -2 V and Vds = +28 V, small signal gain of around 36.8 dB. The chipset are assembled in a 9.7 mm ×6.5 mm × 0.81 mm Si-based package.
机译:在本文中,将提出一种基于GaN MMIC芯片组的新型封装,包括采用基于Si的封装技术的驱动器放大器和功率放大器。 SiC功率放大器上的GaN HEMT由于其更高的功率密度和更宽的带隙而优于基于GaAs / Si的FET。为了避免高通道温度降低功率放大器的性能,必须考虑封装的热匹配和导热系数。对于14至18 GHz的工作频带,在脉冲条件Vgs = -2 V和Vds = +28 V时,该模块可实现39 dBm以上的输出功率,小信号增益约为36.8 dB。芯片组组装在9.7 mm×6.5 mm×0.81 mm的硅基封装中。

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