封装的x波段低噪声放大器

Nadav Snir, Noam Bar-Helmer, R. Pasternak, D. Regev
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引用次数: 4

摘要

X频段商用封装LNA的设计需要考察不同的电路方面,并提出了一些重大挑战。所选择的封装和由此产生的寄生需要仔细检查,因为它们对设计有重大影响。虽然寄生电路很容易降低LNA性能,但封装的高Q电感可以降低输入损耗并改善噪声性能。在这项工作中,选择商用SiGe 0.18技术,因为它具有固有的高增益和低噪声。本设计中的射频接地方法实现了最小的寄生效应。广泛的电磁仿真需要建模和模拟电路布局和封装寄生。室温下的模拟结果预测LNA增益大于19dB, NF小于1.3 dB, IIP3为- 6dBm。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A packaged X-band low noise amplifier
The design of commercially packaged LNA at X band frequencies necessitates the examination of different circuit aspects and poses some significant challenges. The selected package and the resulting parasitic need to be carefully examined as they have a significant impact on the design. While parasitic can easily degrade LNA performance, package's high Q inductance can be leveraged to lower input losses and improve noise performance. In this work, commercial SiGe 0.18 technology was selected for its inherent high gain and low noise. RF grounding approach in this design achieved minimal parasitic effects. Extensive electromagnetic simulations needed to model and simulate circuit layout and package parasitic. Simulated results at room temperature predict LNA Gain of over 19dB, NF lower than 1.3 dB and IIP3 of −6dBm.
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