上海航天(中英文)2024,Vol.41Issue(6) :150-157.DOI:10.19328/j.cnki.2096-8655.2024.06.018

一种超宽带多通道射频数字一体化微系统的设计与实现

Design and Implementation of an Ultra-wideband Multi-channel RF-to-digital Microsystem

贺鹏超 边明明 李康荣 匡乃亮 刘曦 杨宇军
上海航天(中英文)2024,Vol.41Issue(6) :150-157.DOI:10.19328/j.cnki.2096-8655.2024.06.018

一种超宽带多通道射频数字一体化微系统的设计与实现

Design and Implementation of an Ultra-wideband Multi-channel RF-to-digital Microsystem

贺鹏超 1边明明 1李康荣 1匡乃亮 1刘曦 1杨宇军1
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作者信息

  • 1. 西安微电子技术研究所,陕西 西安 710065
  • 折叠

摘要

异质异构三维立体堆叠技术是目前解决系统小型化、集成化的最有效手段之一,而在微尺寸高集成环境下,多芯片集成、射频通道设计、电磁兼容及射频性能测试等问题值得研究.本文基于陶瓷基板和硅基板,结合三维全波电磁场仿真和射频探针测试,研究了三维立体堆叠下的射频数字一体化封装设计、射频通道设计、电磁屏蔽以及测试,设计并实现了一种 20~40 GHz的超宽带 4T16R射频数字一体化微系统,并对其基本指标进行了测试.

Abstract

The three-dimensional(3D)heterogeneous integration is currently one of the most effective methods for system miniaturization and integration.In the highly integrated micro-scale environment,problems such as multi-chip integration,radio frequency(RF)channel design,electromagnetic compatibility,and RF performance testing are worth studying.In this paper,the RF-to-digital packaging design,RF channel design,electromagnetic shielding,and testing on ceramic and silicon substrates are studied with the 3D heterogeneous integration,along with 3D full-wave electromagnetic simulations and RF probe tests.A 20~40 GHz ultra-wideband RF-to-digital microsystem with 4 transmission and 16 reception(4T16R)channels is designed and implemented,and its basic indices are tested.

关键词

异质异构立体堆叠/封装/超宽带/射频数字一体化微系统/多通道

Key words

three-dimensional(3D)heterogeneous integration/package/ultra-wideband/radio frequency(RF)-to-digital microsystem/multi-channel

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出版年

2024
上海航天(中英文)
上海航天技术研究院

上海航天(中英文)

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影响因子:0.166
ISSN:2096-8655
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