Test chips, test systems and thermal test data for multichip modules in the ESPRIT-APACHIP project

S. O'Mathuna, T. Fromont, W. Koschnick, L. O'Connor
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引用次数: 16

Abstract

Details of four multichip module cooling techniques using common test chips and test methods in the ESPRIT Project 2075, APACHIP, are presented. The project is concerned with the development of technology and manufacturing capabilities for single-chip packages and multichip modules. Descriptions and test results of cooling techniques investigated for multichip modules are provided. These include heat-pipes, immersion in inert fluid, water-cooled thin membrane, and direct-chip on water-cooled cold plate. Two 12-mm/sup 2/ thermal test chips which have been developed (NMRC) for characterization of thermal demonstrators are described. Test systems established for diode temperature sensor calibration and thermal characterization of demonstrators are described and compared. Statistical errors amounted to less than +or-1%. Systematic errors are less than +or-10%.<>
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ESPRIT-APACHIP项目中多芯片模块的测试芯片、测试系统和热测试数据
详细介绍了ESPRIT 2075项目APACHIP中常用测试芯片的四种多芯片模块冷却技术和测试方法。该项目涉及单芯片封装和多芯片模块的技术和制造能力的发展。提供了多芯片模块冷却技术研究的描述和测试结果。这些方法包括热管、浸泡在惰性流体中、水冷薄膜和直接芯片在水冷冷板上。描述了两种已开发的用于表征热演示体的12毫米/sup 2/热测试芯片(NMRC)。描述和比较了用于二极管温度传感器校准和演示体热特性的测试系统。统计误差小于±1%。系统误差小于+ -10%。
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