适用于深海、石油和天然气应用的耐高温高压(x-HTHP) SOI器件和传感器封装

Daniel Rhee Min Woo, Jason Au Keng Yun, Yu Jun, Eva Wai Leong Ching, F. Che
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引用次数: 6

摘要

基于SOI的温度传感器和稳压模块可承受极高的温度和高压(250°C/30 kspi),适用于深海、油气井下钻井和航空发动机电子等恶劣环境应用。通过力学建模和表征,设计并优化了可承受高达30 kpsi外部压力的密封金属套管。在这个密封外壳的侧面,SOI器件的物理布局以及温度传感器和稳压器的加固组件是在由高温耐用的互连材料(如Au-Sn, Au-Ge和Ag烧结材料)组装的陶瓷衬底上制作的。根据规定的可靠性测试标准对所开发的模块进行了测试,评估结果表明,在250°C高温储存(HTS)测试500 h和温度循环条件下-55°C~250°C 500次循环后,封装和互连仍然具有功能。同时还通过了30kpsi压力循环等深海和井下钻井环境测试。这些结果表明,目前采用密封金属外壳封装的SOI传感器模块的设计、材料和工艺可以满足未来汽车、航空发动机电子、井下钻井、地热和深海应用的巨大需求。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Extremely high temperature and high pressure (x-HTHP) endurable SOI device & sensor packaging for deep sea, oil and gas applications
The extremely high temperature and high pressure endurable (250°C/30 kspi) SOI based temperature sensor and voltage regulator module was developed for harsh environment application such as deep sea, oil & gas down-hole drilling and aerospace engine electronics. The hermetically sealed metal casing which can withstand external pressure up to 30 kpsi was designed and optimized through mechanical modeling and characterization. In side of this hermetic casing, the physical layout of SOI devices and ruggedized components for temperature sensor and voltage regulator was fabricated on ceramic substrate assembled by high temperature endurable interconnection materials such as Au-Sn, Au-Ge and Ag sintering materials. The developed modules are tested with specified reliability testing criteria and evaluation results shows that the packaging and interconnection showed still functional after high temperature storage (HTS) test of 250°C for 500 h and temperature cycling condition -55°C~250°C for 500 cycles. Also passed 30 kpsi pressure cycling and other deep sea and down hole drilling environment test. Those results demonstrate that current SOI sensor module with hermetically sealed metal casing package's design, material and process are considered to be applicable for extreme-HTHP application meeting huge demands in automotive, aerospace engine electronics, down-hole drilling, geothermal and deep sea applications for future.
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