宽带
带宽(计算)
宽带
X波段
物理
电气工程
W波段
计算机科学
光电子学
电信
光学
工程类
作者
Kun Chen,Bo Yu,Zhigang Wang,Botao Zhao,Shi‐Wei Qu,Junyong Liu,Guangxu Pan,Bo Yan,Ruimin Xu,Yuehang Xu
标识
DOI:10.1109/lawp.2023.3290566
摘要
A wideband front-end module with antenna-in-package (AiP) for X -band phased-array radar applications is newly presented using low-temperature co-fired ceramic (LTCC) technology. This work integrates multiple chips into the AiP, resulting in a multifunctional front-end prototype. For improving antenna bandwidth and radiation efficiency, four air cavities are embedded inside the package to lower the effective dielectric constant. Additionally, bowtie-shaped patches and improved apertures are introduced to increase the antenna bandwidth further. The overall size of the LTCC package is 14.3 × 24.5 × 3.55 mm 3 . The antenna's voltage standing wave ratio is better than 2.5 at the full X -band (40% bandwidth), and the maximum gain is 8 dBi. Besides, the receive gain of the active prototype is better than 30 dB at the full X -band, and the transmit equivalent isotropic radiated power is 32–38.5 dBm, showing a good performance.
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