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Development of 3D-module

机译:3D模块的开发

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摘要

The continuing demand for Mobile Information Terminal Tools to become smaller and lighter requires for electronic parts inside these mobile tools to also become smaller and lighter. In today's electronics, the area of the substrate itself is shrinking in size as well as the surface area for chip parts to be assembled on. For this reason, fine-pitched high density IC assembly is being focused. But high-density assembly has its limits, and will soon be needing a new technology. This is where our TZ-CSP (Tape Z-axis Chip Size Package) comes in. We have developed a new packaging method of simply stacking the chips on each other (multiply layered in Z-axis direction). The concept of the TZ-CSP was developed to have a wide variety of usage while being able to be assembled on reel to reel which enables high production yield and reduce costs. Although presently, we are working on multiple stacking with the same IC, our goal is to not only be able to stack same chips but also be able to stack a variety of ICs and chip parts into a single package.
机译:对移动信息终端工具越来越小和更轻的持续需求要求这些移动工具内的电子零件也越来越小和更轻。在当今的电子产品中,基板本身的面积以及要组装的芯片零件的表面积都在缩小。由于这个原因,精细间距的高密度IC组件正成为关注焦点。但是高密度组装有其局限性,并且很快将需要一种新技术。这就是我们的TZ-CSP(卷带Z轴芯片尺寸封装)的来源。我们开发了一种新的封装方法,可以简单地将芯片彼此堆叠在一起(在Z轴方向上多层层叠)。 TZ-CSP的概念被开发为具有广泛的用途,同时可以在卷轴上组装,从而提高了产量并降低了成本。尽管目前,我们正在使用同一IC进行多次堆叠,但我们的目标不仅是能够堆叠相同的芯片,而且能够将多种IC和芯片零件堆叠到一个封装中。

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