TAB, a packaging approach for VLSI technology

H. Steckhan
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Abstract

VLSI technology is forcing semiconductor manufacturers to find innovative ways to assemble and package complex ICs for maximum reliability at minimum costs. For many performance problems, such as high number of I/O pins, mechanical stress to the chip by plastic encapsulation high logic speed and power consumption, tape automated bonding (TAB) offers a practical and cost-effective solution. The technology is demonstrated in a 10k gate array with a chip area of 145 mm/sup 2/ and a pin count of 320. The special demands of the component with respect to power dissipation and assembly requirements and their solution through the TAB technique are illustrated.<>
TAB,用于VLSI技术的封装方法
VLSI技术迫使半导体制造商寻找创新的方法来组装和封装复杂的集成电路,以最低的成本获得最大的可靠性。对于许多性能问题,例如大量I/O引脚,塑料封装对芯片的机械应力,高逻辑速度和功耗,磁带自动粘合(TAB)提供了一种实用且具有成本效益的解决方案。该技术在10k栅极阵列中进行了演示,芯片面积为145 mm/sup /,引脚数为320。说明了器件在功耗和装配要求方面的特殊要求以及通过TAB技术解决这些要求的方法。
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