符合空间要求的密封ka波段LNA,噪声系数为2.0dB

J. Sowers, M. Willis, T. Tieu, W. Findley, K. Hubbard
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引用次数: 9

摘要

一个符合航天标准的、密封的ka波段LNA,典型噪声系数为2.0dB,温度补偿增益大于38dB,已经建成并集成到商业卫星有效载荷中。在摄氏25度时,噪音数字低至1.7分贝。采用了一种新颖的匹配技术来最小化噪声系数。这涉及到设计LNA输入级,将波导到微带转换作为匹配电路的一部分。这样,输入损失最小。此外,输入端的一些调谐元素通过允许设备和装配的变化来增强设计的一致性。本文将介绍LNA的设计和性能。这将包括物理描述、LNA设计驱动和方法、波导到微带设计、生产LNA性能以及未来改进的一些想法。据作者所知,这是目前正在生产的密封商业太空舱所报告的最低ka波段噪声数字。
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A space-qualified, hermetically-sealed, Ka-band LNA with 2.0dB noise figure
A space-qualified, hermetically-sealed, Ka-Band LNA with 2.0dB typical noise figure and greater than 38dB of temperature compensated gain has been built tested, and integrated into commercial satellite payloads. Noise figures as low as 1.7dB at 25deg C, have been recorded. A novel matching technique was used to minimize noise figure. This involved designing the LNA input stage with the waveguide to microstrip transition as part of the matching circuitry. In this way, input loss was minimized. Additionally, some tuning elements at the input enhanced the consistency of the design by allowing for device and assembly variations. This paper will describe the design and performance of the LNA. This will include a physical description, LNA design drivers and approach, waveguide to microstrip design, production LNA performance, and some ideas for future improvements. To the author's knowledge, this is the lowest Ka-Band noise figure reported, from a hermetically-sealed, commercial space module currently in production.
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