Title :
Affordable reliable packaging technologies for avionics systems of the coming era
Author_Institution :
Comput.. Devices Int., Bloomington, MN, USA
Abstract :
Lower cost, reliable military avionics systems can be realized by leveraging key enabling packaging technologies from the commercial electronics industry. This includes the technologies and corresponding infrastructures which are arising in response to the Consumer Portable Electronics COTS market. This paper argues that innovative use of emerging commercial packaging technologies will be required for military avionics OEMs to survive and compete; especially as we move towards the year 2000 in an environment where the rules and rites of classical military procurement are fading. Three emerging packaging technology areas have been identified as being key enablers for realizing low cost reliable avionics systems. The technology areas are: area array interconnects; advanced PWB technologies; composite materials for heatsinks. The movement towards area array interconnection is the impetus behind development of the mentioned enabling technologies. These technologies will be useful to Avionics OEMs whether for new designs or for the repackaging of commercial architectures for insertion into tactical environments
Keywords :
avionics; flip-chip devices; heat sinks; military avionics; multichip modules; printed circuit design; reliability; semiconductor device packaging; semiconductor device reliability; COTS market; Consumer Portable Electronics; MCM; avionics systems; commercial electronics industry; emerging commercial packaging technologies; flip chip devices; military avionics; military procurement; packaging technologies; reliable packaging; Aerospace electronics; Costs; Defense industry; Electronics industry; Electronics packaging; Heat sinks; Military computing; Procurement; Semiconductor device packaging; US Department of Defense;
Conference_Titel :
Digital Avionics Systems Conference, 1996., 15th AIAA/IEEE
Conference_Location :
Atlanta, GA
Print_ISBN :
0-7803-3385-3
DOI :
10.1109/DASC.1996.559195