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Solid State Pre-Formed Electronics Adhesive (SPEA)

机译:固态预成型电子胶(spEa)

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摘要

In mobile and handheld consumer electronic markets, product use conditions drive the requirement for mechanical strength and device durability. The majority of relatively large form factor electronic components in a laptop, mobile internet device, PDA, or mobile phone use an adhesive as a stiffener to help protect the component from physical stresses imposed by daily wear and tear. Described herein is an innovative solution referred to as Solid State Pre-Formed Electronics Adhesive (SPEA), which enables a decrease in circuit board manufacturing throughput time while increasing mechanical durability with a consistent and characterized adhesive application process.Today, many consumer electronic ODMu27s (Original Design Manufacturers) and CMu27s (Contract Manufacturers) use a liquid adhesive dispensed after placement of an electronic component within the SMT (Surface Mount Technology) process. On average, this adds up to 60 seconds to the throughput time of a typical motherboard as the material needs to be applied and then cured. In addition, the current adhesive dispense application process is not tightly controlled and is highly variable depending on operator, material type, and circuit board density. Data will demonstrate that the effect of the adhesive deposition profile and consistency in application directly affects repeatable margin increase gains in a dynamic stress event.In partnership with a specialty chemical company, a unique thermoset epoxy compound was designed to provide maximum component to circuit board interconnect strength while maintaining its form at ambient temperatures. When applied to electronics manufacturing, the compound has the following advantages over current solutions:1. Reduced Manufacturing Processing Time: Enables a solution that can be transitioned transparently into a circuit board manufacturing facility which reduces the average processing time for a typical device motherboard.2. Improved Application Repeatability: Enables a solution that increases adhesive deposition consistency and placement repeatability, critical in achieving improved dynamic performance.3. Delivers a Reference, Characterized Solution: Current industry adhesive application techniques and materials vary widely and component manufacturers cannot validate reliability performance with a confident baseline. This is due to the high variability of performance in commercially available adhesives. SPEA provides a characterized adhesive solution with a clear baseline margin increase on which to evaluate dynamically stressed system performance.The need to continually increase the resistance to component damage through dynamic testing is a critical aspect to consider given market trends and device roadmaps. Large component manufacturers have the opportunity to further embed themselves into untapped markets where portability and performance converge and drive the need for more robust packaging solutions. The development and application of SPEA will continue to maintain silicon and packaging reliability as consumer devices continue to shrink, becoming ever more portable.
机译:在移动和手持式消费电子市场中,产品使用条件推动了对机械强度和设备耐用性的要求。笔记本电脑,移动互联网设备,PDA或移动电话中的大多数相对较大尺寸的电子组件都使用粘合剂作为加强剂,以帮助保护组件免受日常磨损造成的物理压力。本文描述的是一种创新的解决方案,称为固态预成型电子胶粘剂(SPEA),它可以减少电路板的生产吞吐时间,同时通过一致且有特色的胶粘剂涂敷工艺来提高机械耐久性。当今,许多消费电子ODM u27s(原始设计制造商)和CM u27s(合同制造商)使用在SMT(表面贴装技术)工艺中放置电子组件后分配的液体粘合剂。平均而言,由于需要先施加材料然后进行固化,这将使典型主板的吞吐时间最多增加60秒。另外,当前的胶粘剂分配施加过程不受严格控制,并且取决于操作员,材料类型和电路板密度,其变化很大。数据将证明粘合剂沉积轮廓和应用一致性的影响直接影响动态应力事件中可重复的边距增加增益。与一家特殊化学公司合作,独特的热固性环氧化合物旨在为电路板互连提供最大的组件强度,同时在环境温度下保持其形状。与电子解决方案相比,该化合物具有以下优势:1。减少制造处理时间:使解决方案可以透明地过渡到电路板制造设施,从而减少典型设备母板的平均处理时间。2。改进的应用程序可重复性:提供一种解决方案,可提高粘合剂沉积的一致性和放置的可重复性,这对于提高动态性能至关重要。3。提供参考的,特征性的解决方案:当前的行业粘合剂应用技术和材料千差万别,并且组件制造商无法以可信的基准验证可靠性性能。这是由于市售粘合剂的性能差异很大。 SPEA提供了一种具有特色的粘合剂解决方案,具有明显的基线裕度增加,可以在此基础上评估动态受应力的系统性能。通过动态测试不断提高对组件损坏的抵抗力的需求是考虑给定市场趋势和设备路线图的关键方面。大型组件制造商有机会进一步进入尚未开发的市场,在这些市场中,便携性和性能融合在一起,并推动了对更强大的包装解决方案的需求。随着消费设备的不断缩小,SPEA的开发和应用将继续保持芯片和封装的可靠性,从而变得更加便携。

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    Cope Alexander Randon;

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  • 年度 2013
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