Study on the Ku band Solid-State Power Amplifier(SSPA) through the 40 W-grade High Power MMIC Development and the Combination of High Power Modules

Kyoungil Na, Jaewoong Park, Youngwan Lee, Hyeok Kim, Hyun-Sang Kang, Sosu Kim
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Abstract

In this paper, to substitute the existing TWTA(Travailing Wave Tube Amplifier) component in small radar system, we developed the Ku band SSPA(Solid-State Power Amplifier) based on the fabrication of power MMIC (Monolithic Microwave Integrated Circuit) chips. For the development of the 500 W SSPA, the 40 W-grade power MMIC was designed by ADS(Advanced Design System) at Keysight company with UMS GH015 library, and was processed by UMS foundry service. And 70 W main power modules were achieved the 2-way T-junction combiner method by using the 40 W-grade power MMICs. Finally, the 500 W SSPA was fabricated by the wave guide type power divider between the drive power amplifier and power modules, and power combiner with same type between power modules and output port. The electrical properties of this SSPA had 504 W output power, -58.11 dBc spurious, 1.74 °/us phase variation, and -143 dBm/Hz noise level.
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通过40w级大功率MMIC开发和大功率模块组合的Ku波段固态功率放大器(SSPA)研究
为了取代小型雷达系统中现有的行波管放大器(TWTA)元件,我们基于功率单片微波集成电路(MMIC)芯片的制造,开发了Ku波段固态功率放大器(SSPA)。为开发500w SSPA, 40 W级功率MMIC由Keysight公司ADS(Advanced Design System)利用UMS GH015库进行设计,并由UMS代工服务进行加工。70 W主功率模块采用2路t结组合方式,采用40 W级功率mmic实现。最后,在驱动功放和功率模块之间采用波导型功率分配器,在功率模块和输出端口之间采用相同类型的功率合成器,制作了500 W的SSPA。该SSPA具有504 W输出功率,-58.11 dBc杂散,1.74°/us相位变化和-143 dBm/Hz噪声水平。
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