Ultra thin hermetic wafer level, chip scale package

L. Shiv, M. Heschel, H. Korth, S. Weichel, R. Hauffe, A. Kilian, B. Semak, M. Houlberg, P. Egginton, A. Hase, J. Kuhmann
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引用次数: 8

Abstract

This paper presents a novel technology for hermetic wafer-level chip size packaging (WLCSP). The ultra thin surface mountable (SMT) package has a small footprint and addresses MEMS and IC applications in the emerging market for handheld devices. Our approach combines through-wafer interconnects (mu-vias), wafer-to-wafer bonding, subsequent thinning and solder bumping to obtain a small form factor package. The latter adds as little as 100 mum to the final device, resulting in a total thickness of 0.5mm or less. The short interconnects enable true chip-size packages as small as 700times700 mum for direct surface mount attach. In the paper we present the packaging concept, detailed description of the process and characterization of the electrical properties and sealing
超薄密封晶圆级,芯片级封装
提出了一种密封晶圆级芯片尺寸封装(WLCSP)新技术。超薄表面贴装(SMT)封装占地面积小,适用于新兴手持设备市场的MEMS和IC应用。我们的方法结合了晶圆互连(mu-过孔)、晶圆间键合、后续减薄和焊料碰撞,以获得小尺寸封装。后者在最终装置上增加了少至100毫米的厚度,导致总厚度为0.5毫米或更小。短互连使真正的芯片尺寸的封装小到700倍700微米,用于直接表面贴装。在本文中,我们提出了封装的概念,详细描述了工艺和表征的电性能和密封
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