由各向异性导电粘合剂组装的低成本智能标签

An Bing, Chu Hua-bin, He Jing-qiang, Wang Jia, Hua Li, Wu Feng-shun, Wu Yi-ping
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引用次数: 6

摘要

在智能标签普及的道路上,最紧迫的问题是降低其成本。人们已经探索了各种方法来实现这一目标,但智能标签的成本仍然徘徊在几十美分左右。将RFID倒装芯片贴在纸或塑料基板上是低成本智能标签制造中最具竞争力的技术之一。采用各向异性导电胶粘剂(ACA)和半自动热封机,将RFID倒装芯片互连在铝天线/塑料基板上,完成智能标签镶嵌组装工艺。在低温下,ACA在几秒钟内快速固化,可以加快组装过程,以及利用低成本的温度敏感基板,如PET。这种环保工艺的优点使其非常有可能应用于高速卷对卷智能标签生产线。电气和机械性能的可靠性评估表明,产品超出了规范要求
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Low cost smart labels assembled by anisotropically conductive adhesive
The most urgent issue on the way of popularizing the smart labels is cutting their cost. Various ways have been explored to approach this goal, but the cost of a smart label is still hanging around decades of cents. Attaching a RFID flip chip on a paper or plastic substrate is one of the most competitive technologies for low cost smart label manufacturing. Anisotropically conductive adhesive (ACA) and semiautomatic heat-sealing machine were developed to accomplish the smart label inlay assembly process by interconnecting the RFID flip chip on aluminum antenna/plastic substrate. Fast cure of ACA in seconds at low temperatures enables to speed up the assembly processing, as well as to utilize the low-cost temperature-sensitive substrate like PET. Advantages of this environmentally friendly process make it quite possible to be applied in a high speed roll-to-roll smart label line. Reliability assessment on the electric and mechanic properties demonstrated that the products exceeded the specification requirements
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