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Non-Conductive Film (NCF) with No Voiding and High Reliability

机译:非导电膜(NCF),无空隙和高可靠性

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There has been significant activity in recent years to develop Non-Conductive Films (NCF), which are also known as Pre-Applied Underfills (PAUF) and Wafer Level Underfills (WLUF), for use in the High Volume Manufacturing (HVM) of flip chip, 2.5D and 3D packages. They are essentially underfills in laminate film form. These film-type underfills can be applied to wafers (PAUF, WLUF, NCF) or substrates (PAUF, NCF). Like other underfills, they ensure the integrity of the electrical interconnects in a package by mitigating stress, acting as an adhesive to bind the package together, and encapsulating to protect against moisture and other unwanted materials that can compromise electrical connectivity. NCF's are seen as an alternative to the more traditional capillary underfills, especially in devices with finer pitch, smaller gap, and larger size. Since the NCF can be applied to multiple devices simultaneously, this new technology has an advantage over capillary underfills in HVM.
机译:近年来,开发非导电薄膜(NCF)存在显着的活动,这些薄膜(NCF)也称为预应用的底部填充物(PAUF)和晶圆水平底部填充物(WLUF),用于翻转的大容量制造(HVM)芯片,2.5d和3D包。它们基本上是层压膜形式的底部。这些薄膜型底部填充物可以应用于晶片(PAUF,WLUF,NCF)或底物(PAUF,NCF)。与其他欠填充物一样,通过减轻应力,确保封装中的电互连的完整性,作为粘合剂将包装结合在一起,并封装以防止水分和其他不需要的材料,这些材料可以损害电连接。 NCF被视为更传统的毛细血管底部填充物的替代方案,特别是在具有更精细间距,较小间隙和更大尺寸的器件中。由于NCF可以同时应用于多个设备,因此该新技术在HVM中具有优于毛细管底部填充物的优势。

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