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3D antenna patterning for MIMO and phased-array systems: Energy-based built-in-self-test for multiphysics co-design

机译:用于MIMO和相位阵列系统的3D天线图案:多体性共同设计的基于能量的内置自检

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摘要

Liquid crystal polymer (LCP) substrates are used to design 3D conformal antenna elements in laser direct structuring technology (LDS) for MIMO and phased-array applications. Perspectives for energy-oriented built-in-self-test (BIST) compensation solutions are drawn for multiphysics electromagnetic-thermal-mechanical co-design of chip-package-PCB systems undergoing stochastic changes in their integration environments. Broadband equivalent circuit models accounting for radiation effects are extracted for proper random EM-fields-circuit co-simulation which can give consideration to random variations in impedance and noise matching networks.
机译:液晶聚合物(LCP)基板用于设计用于MIMO和相位阵列应用的激光直接结构化技术(LDS)中的3D共形天线元件。绘制了以可硫化内置自检(BIST)补偿解决方案的透视,用于多体学电磁 - 热机械协同设计的芯片包 - PCB系统,其集成环境随机变化。宽带等效电路模型占辐射效应的算法,用于适当的随机EM场电路共计仿真,这可以考虑阻抗和噪声匹配网络的随机变化。

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