基于Mcm技术的Dsp功能开发

M. Michaud, J. Rameš
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引用次数: 0

摘要

MATRA DEFENSE的主要电子活动是空对空导弹的飞行员和制导设备的开发和生产。在80年代中期,MATRA DEFENSE合格的双面表面贴装技术,以减少电子设备的尺寸和成本。该技术是基于聚酰亚胺多层(10至14层)印刷电路与2片铜/ Invar/铜。组件封装在无铅陶瓷芯片载体中,气相用于焊接过程。1990年,MATRA DEFENSE开始了MCM的研发计划。我们决定不自行制造基板,而是将精力集中在MCM的设计和组装技术上。最初开发的两个模块是内存模块(SRAM和EEPROM),但这些模块从未串联构建,因为与单片组件相比,它们在尺寸和生产成本方面不适合我们的需求。我们的第一个真正的应用程序是一个复杂的MCM标准模块,用于在“大型”系列中生产的不同应用程序。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of a Dsp Function Using a Mcm Technology
INTRODUCTION The main electronic activity of MATRA DEFENSE is the development and production of pilot and guidance equipments for air to air missiles. In the mid 80's MATRA DEFENSE qualified a double sided Surface Mount Technology in order to reduce the size and cost of the electronic equipments. This technology is based on polyimide multilayer ( 10 to 14 layers) printed circuit with 2 sheets of Copper / Invar/ Copper. Components are packaged in Leadless Ceramic Chip Carriers and vapor phase is used for the soldering process. In 1990 MATRA DEFENSE started an R&D programme on MCM. We decided not to build the substrate in house, but to concentrate our efforts on the design and the assembly technology for MCM. The two first modules developed were memory modules ( SRAM and EEPROM ) but these modules were nevers build in series because they didn't fit our needs in terms of size and production cost in comparison with the monolithic components. Our first real application was a complex MCM standard module for using in different applications to be produced in "large" series.
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