The dynamics of ultrasonic transducer for thermosonic flip chip bonding is investigated.
研究了热超声倒装键合设备的核心执行机构——换能系统的动力学特性。
The embedded active chip also can be realized by backside thinning and flip chip bonding.
通过对芯片进行背面减薄和倒装连接，可以实现有源芯片的埋嵌。
An IC chip is mounted by flip chip or wire bonding or adhesive connection on the face of the metal substrate which has the dielectric coating thereon.
IC芯片以倒装焊接或金属线焊接或粘贴连接安装于金属基片的有介质涂层的表面。
Thedrain saturation current is increased 10% after bonding. To disperse heat of GaNHEMT, this flip chip bonding method seems to be simple and effective.
实验结果表明，这种改进的倒装焊技术可以使HEMT 器件的饱和漏极电流提高10%。
This paper introduces the forward trends of flip chip bonding, the essential kinds of bumps, fabrication technology and testing technology about qualities.
介绍了芯片倒装焊的重要意义、发展趋势、基本的焊球类型、制作方法及焊球质量的检测技术。
With the Doppler laser vibration measurement system, the vibration velocity curves of the flip chip and tool tip were obtained during thermo-sonic flip chip bonding.
采用多普勒激光振动测量系统，获得了热超声倒装键合过程中工具末端及芯片的振动速度曲线。
With optimized circuit design and bump layout, high performance transmission lines for flip chip packages can be achieved using dry film as the masking material for the bump plating.
本实验显示经过最佳化的传输线路设计与凸块分布，低成本高效能的覆晶封装结构目标可以达成。
The methods of 3d interconnection can be classified into the wire bonding, flip chip, through silicon via (TSV) and film wire technology, whose advantages and disadvantages are analyzed.
将实现3d互连的方法分为引线键合、倒装芯片、硅通孔、薄膜导线等，并对它们的优缺点进行了分析。
Flip Chip on Board (FCOB) has been used widely as a microelectronics packaging structural form.
板上倒装芯片(FCOB)作为一种微电子封装结构形式得到了广泛的应用。
The design describes the structure of compound die stamping flip-chip design and working process.
本次设计阐述了冲压倒装复合模的结构设计以及工作过程。
Chip scale package (CSP) for flip-chip on hard substrates and wafer re-distribution is studied, and its process flow is described.
对刚性基板倒装式和晶圆再分布式两种结构的芯片级封装（CSP）进行了研究，描述了CSP的工艺流程；
Based on minimal energy principle, Evolving model of flip-chip 3-d shape prediction of MCM is established, and 3-d solder shape is effectively predicted.
基于最小能量原理建立了多芯片组件(MCM)倒装焊焊点成形预测模型，对其三维焊点形态进行了有效预测。
And the important role of advanced packagings such as CSP, BGA and Flip-chip technology in the microelectronics is described as well.
论述了如csp、BGA及倒装芯片等先进封装技术在微电子工业中所发挥的重要作用。
And the important role of advanced packagings such as CSP, BGA and Flip-chip technology in the microelectronics is described as well.
论述了如csp、BGA及倒装芯片等先进封装技术在微电子工业中所发挥的重要作用。
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