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首页> 外文期刊>IEEE Transactions on Components, Packaging, and Manufacturing Technology. Part B, Advanced Packaging >Printing encapsulation systems (PES) of advanced multichip moduleand COB device
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Printing encapsulation systems (PES) of advanced multichip moduleand COB device

机译:先进的多芯片模块和COB设备的印刷封装系统(PES)

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摘要

Extensive study of methods to screen print an encapsulant on bare die for multichip modules (MCM) and chip-on-board (COB), TAB, and flip-chip applications has produced a “printing encapsulation system” (PES). The key to this system was in the development of a liquid epoxy resin with optimum properties for printing encapsulation. We have developed a printing encapsulation system (PES) that produces high reliability and high quality encapsulated components, free of voids and demonstrating optimal thin consistent encapsulated shapes for advanced COB applications. The PES utilizes an epoxy resin we created with viscosity and open lid storage properties appropriate for mass production. The thixotropic properties have been adjusted carefully to allow for consistent high volume results. The system yields a void free encapsulated device that a is resistant to thermal shock and moisture after short cure times. Full curing can be achieved in as short as 15 min, lending this material and process easily to in-line manufacturing
机译:在多芯片模块(MCM)和板上芯片(COB),TAB和倒装芯片应用的裸片上丝网印刷密封剂的方法的广泛研究已经产生了“印刷密封系统”(PES)。该系统的关键是开发一种具有最佳性能的液态环氧树脂,以用于印刷封装。我们已经开发出一种印刷封装系统(PES),该系统可产生高可靠性和高质量的封装组件,没有空隙,并展示了适用于高级COB应用的最佳薄型一致封装形状。 PES使用我们创造的环氧树脂,该环氧树脂具有适合大规模生产的粘度和开盖存储特性。触变特性已进行了仔细调整,以实现一致的高体积效果。该系统可产生无空隙的封装设备,该设备在较短的固化时间后即可抗热冲击和防潮。只需15分钟即可实现完全固化,从而使这种材料和工艺容易进行在线生产

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