一种利用多层有机物进行三维集成的新方法(低温层压有机物)

G. White, S. Dalmia, L. Carastro, C. Russell, V. Sundaram, M. Swaminathan
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引用次数: 0

摘要

本文首次提出了一种利用传统低损耗有机层压板构建多层射频、数字和混合信号电路的新范例。这种新工艺被称为低温层压有机物,LTLOtrade[1],是一种多层平行工艺,其中单个层在低于280摄氏度的温度下进行电路化、测试和共层压,以形成多层结构。LTLO实现了堆叠和交错通孔结构,从而允许实现任何层和任何通孔互连方案。LTLO技术还有助于引入嵌入式有源和无源组件,从而实现真正的3D封装集成。迄今为止,已经使用LTLO演示了多达24个金属层。
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A novel methodology (Low Temperature Laminated Organics) for 3D integration using multilayer organics
This paper presents for the first time a new paradigm in the construction of multilayer RF, digital and mixed signal circuits using conventional low-loss organic laminates. The new process termed low temperature laminated organics, LTLOtrade [1], is a multilayer parallel process where individual layers are circuitized, tested and co-laminated at temperatures below 280degC to form a multilayer structure. Both stacked and staggered via structures have been realized with LTLO, thereby allowing for the realization of any layer, and any via interconnection schemes. The LTLO technology also facilitates the introduction of embedded active and passive components allowing for true 3D package integration. To date up to 24 metal layers have been demonstrated using LTLO.
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