Integration of SAW RF Rx filter stacked on a transceiver chip in a QFN package

R.E. Jones, C. Ramiah, T. Kamgaing, S. Banerjee, Chi-Taou Tsai, H. Hughes, A. de Silva, J. Drye, C. Vaughan, R. Miglore, D. Penunuri, R. Lucero, D. Frear, M. Miller
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引用次数: 1

Abstract

Enhanced integration of mobile phone components is driven by demands for reduced form factor and cost. Because SAW filters must be fabricated on piezoelectric substrates, they are difficult to monolithically integrate on semiconductor chips. Here we report on the integration of a compact wafer-scale packaged SAW filter stacked over a transceiver chip in a quad flat-pack no-lead (QFN) package. An integrated passive device interposer provided redistribution and matching. We demonstrated the successful integration of both EGSM and DCS filters in such modules. SAW compact models based on the coupling of modes model were developed to facilitate system design.
在QFN封装中,SAW RF Rx滤波器堆叠在收发器芯片上的集成
移动电话组件集成度的提高是由降低外形尺寸和成本的需求驱动的。由于SAW滤波器必须在压电衬底上制造,因此难以在半导体芯片上单片集成。在这里,我们报告了在四平面封装无引线封装(QFN)封装中堆叠在收发器芯片上的紧凑晶圆级封装SAW滤波器的集成。集成的无源器件中介器提供了再分配和匹配。我们演示了EGSM和DCS滤波器在这些模块中的成功集成。为了便于系统设计,建立了基于模态耦合模型的SAW紧凑模型。
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