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高温环境用陶瓷封装外壳研究

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主要对高温电子器件的应用领域和高温封装用陶瓷封装外壳的研究进展进行了介绍,同时对传统陶瓷外壳的高温性能进行了研究.研究结果表明,传统陶瓷外壳的材料及金属化体系在高温环境下会发生显著变化,外壳寄生参数会随着环境温度的升高而增大,长时间的高温环境还会导致外壳金层氧化变色、金层与陶瓷间分层和产生气泡甚至脱落等问题,无法满足高温环境的使用需求.因此,需要开发出一种新的金属化体系和与之相匹配的材料体系,来解决现有陶瓷外壳在高温环境下无法使用的技术问题.
Research on the Ceramic Packages for High Temperature Environments
The application fields of high-temperature electronic devices and research progress of ceramic package for high temperature packaging is introduced,and the high-temperature performance of traditional ceramic packages is studied.Research results indicate that the materials and metallization systems of traditional ceramic packages will un-dergo significant changes in high-temperature environments.The parasitic parameters of ceramic packages will in-crease with the increase of the ambient temperature.Prolonged exposure to high temperatures also leads to oxidation and discoloration of the gold layer of the shell,delamination between the gold layer and ceramic,formation of bub-bles,and even shedding.These issues prevent the ceramic packages from meeting the requirements of high-tem-perature environments.Therefore,it is necessary to develop a new metallization system and a compatible material sys-tem to solve the technical problem that the existing ceramic shell can not be used in high temperature environment.

high-temperature electronic devicepackagingceramic packagehigh-temperature environment

杨振涛、余希猛、段强、淦作腾、张志忠

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中国电子科技集团公司第十三研究所,河北石家庄 050051

高温电子器件 封装 陶瓷外壳 高温环境

2024

电子质量
中国电子质量管理协会 信产部五所

电子质量

影响因子:0.146
ISSN:1003-0107
年,卷(期):2024.(4)
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