摘要
该文结合某星载集中式固态发射机的高功率固态功率放大器,从星载应用着手,重点从高功率密度热设计、微放电防护设计、电磁兼容性设计等方面介绍了星载高功率固态功放关键性技术的设计方法,并且通过相关的真空环境试验验证了功率放大器组件设计方法的正确性和真空环境适应性。
Based on the research and development efforts of satellite-borne lumped solid-state transmitters, the design of a satellite-borne high-power microwave amplifier module is introduced. Focusing on satellite-borne applications, aspects of the high-power density thermal design, multipactor proof design, EMC design and so on, which are critical technologies for a solid-state power amplifier, are discussed. Subsequently, experiments are used to verify the concept.
出处
《雷达学报（中英文）》
CSCD
2014年第3期288-294,共7页
Journal of Radars
基金
国家重大专项资助课题
关键词
星载
高功率固态功放
热设计
微放电防护设计
电磁兼容性设计
Satellite-borne
High power solid-state power amplifier
Thermal design
Multipactor-proofing design
EMC design
