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Bump underfill free flip-chip technology for VLSI/MCM assembly, based on Universal Contact Unit

机译:基于通用接触单元的VLSI / MCM组件的Bump和欠填充免费倒装芯片技术

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"Microelectronics Assembly Innovations" (MAINn), is introducing an innovative and patented test, assembly and packaging (TAP) technology and presenting the results of relevant theoretical and experimental studies. MAINn's proprietary Universal Contact Unit (UCU) technology is applicable for VLSI, MCM and multiplayer manufacturing and enables simpler and lower cost implementation as compared with conventional bump/ball techniques. UCU- technology has the following attributes: 1. do not required bump and underfill for flip- chip attachment; 2. a guaranteed optical observability of each contact point that enables precise, rugged and reliable interconnection of numerous multilayers; 3. technology is applicable for VLSI, MCM and other package structures; 4. a wide variety of in-place semiconductor assembly and SMT processes and equipment (welding, evaporation, plating, etc.) can be easily upgraded to support the new UCU- processes; 5. the flexibility of the UCU intermediate interconnection chip carrier allows for inexpensive KGD testing; 6. UCU allows for approximately double the density of pad-pin interconnections of bump designs due to smaller size and pitch requirements. UCU- technology performance is explored by DCA with 1600pads/sqcm under pitch 250μ and via D=50μ. Test results are disclosed from the following studies: 7. thermo mechanical reliability analysis, based upon computer simulation and experimental thermo cycle testing; 8. quality optimization, based on linear/nonlinear resistivity measurements.
机译:“微电子装配创新”(Mainn)(Mainn),正在引入创新和专利的测试,装配和包装(Tap)技术,并呈现相关的理论和实验研究结果。 MainN的专有通用接触单元(UCU)技术适用于VLSI,MCM和多人制造,与传统凸块/球技术相比,实现更简单和更低的成本实现。 ucu-technology有以下属性:1。不需要凹凸和底部填充以进行倒装芯片附件; 2.每个接触点的保证光学可观察性,可实现众多多层的精确,坚固耐用可靠的互连; 3.技术适用于VLSI,MCM和其他包装结构; 4.各种原始半导体组件和SMT工艺和设备(焊接,蒸发,电镀等)可以轻松升级以支持新的UCU-过程; 5. UCU中间互连芯片载体的灵活性允许廉价的KGD测试; 6.由于较小的尺寸和俯仰要求,UCU允许凸点设计的垫销互连的密度大致两倍。 DCA通过DCA探索了UCU-技术性能,具有1600PAD / SQCM的音高250μ,通过D =50μ。测试结果由以下研究公开:7.热机械可靠性分析,基于计算机仿真和实验热循环测试; 8.质量优化,基于线性/非线性电阻率测量。

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