汽车电子。封装技术

Andreas Knoblauch
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引用次数: 0

摘要

汽车行业的大趋势,如节油汽车、安全性以及——最后但并非最不重要的——电动汽车,推动了现代汽车中电子内容的增加。这需要性能和成本优化的产品概念。晶圆技术、设计和封装是这一优化的维度。因此,半导体封装是汽车电子的关键使能技术。主要创新领域有:1。硅晶片尺寸的进一步缩小和更高负载的趋势导致器件上电流密度的显著增加。此外,优化Rth/Zth的要求也变得更加严格。需要新的互连和封装概念。2. OEM和Tier1越来越重视封装的健壮性和二级可靠性(如TCoB)。为了满足这些要求,英飞凌开发了专有技术,以实现最高的封装稳健性。在我的演讲中,我将概述英飞凌开发的创新封装技术,并将其与市场需求相结合。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Automotive electronics - Packaging as enabler technology
Automotive mega-trends like fuel efficient cars, safety and - last but not least - E-vehicles drive the increase of electronic content in modern cars. This calls for performance and cost optimized product concepts. Wafer technology, design and packaging are the dimensions for this optimization. Therefore, semiconductor packaging is a key enabler technology for automotive electronics. The main innovation fields are: 1. Further shrink of Silicon die sizes and the trend to higher loads lead to a significant increase of the current density on the device. In addition the requirements for optimizing Rth/Zth become more stringent. New interconnect & package concepts are required. 2. OEM and Tier1 pay more and more attention on package robustness and 2nd level reliability (like TCoB). To satisfy these requirements Infineon has developed proprietary technologies to achieve highest package robustness. In my talk I will give an overview on the innovative package technologies developed by Infineon and map these to the market requirements.
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