耐辐射与高温电子学之间的关系

R. Sharp, S. Pater, J. Cook, R. Peat
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引用次数: 0

摘要

只提供摘要形式。为了使系统在恶劣环境中成功运行,设计者必须解决五个技术方面的问题:对半导体元件工作参数的基本影响;无源元件运行参数的基本影响对包装、基材和粘合剂的机械影响;电化学对半导体结和焊料的影响;和系统效应,包括散热,废气和化学副产品。每个方面都进行了检查,以确定高温和耐辐射应用之间的共性,突出一个社区可以学习和受益的领域。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Relationships between radiation tolerant and high temperature electronics
Summary form only given. Five aspects of technology have to be addressed by the designer on order that his system operates successfully in a hostile environment: basic effects on operating parameters of semiconductor components; basic effects on operating parameters of passive components; mechanical effects on packaging, substrates, and adhesives; electrochemical effects on semiconductor junctions and solders; and system effects, including heat dissipation, off-gassing and chemical by-products. Each of these aspects is examined to identify the commonalities between high temperature and radiation tolerant applications, highlighting the areas where one community can learn and benefit from the other.
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