一种小型化8kV级陶瓷金属封装气密封组件设计

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摘  要：该文介绍为用户设计定制的一款小型化8 kV级陶瓷金属封装气密封连接器组件，基于双层介质同轴圆柱形电极模型进行长强分布计算，并利用ANSYS软件对产品截面电场、耐振动、抗冲击性能进行仿真分析，来验证材料选择和结构设计的合理性，同时为高电压气密封连接器的设计提供借鉴意义。

关键词：高压组件；气密封；陶瓷金属封装；抗冲击；仿真分析

中图分类号：TB472      文献标志码：A          文章编号：2095-2945（2025）09-0128-04

Abstract： This paper introduces a miniaturized 8 kV ceramic-metal encapsulated hermetically sealed connector assembly designed and customized for users. The length and strength distribution calculation is carried out based on a double-layer dielectric coaxial cylindrical electrode model， and ANSYS software is used to simulate and analyze the cross-section electric field， vibration resistance and impact resistance of the product to verify the rationality of material selection and structural design， and at the same time provide reference significance for the design of high-voltage hermetically sealed connectors.

Keywords： high-pressure component; hermetic seal; ceramic-metal packaging; impact resistance; simulation analysis

小型化8 kV级陶瓷金属封装气密封互连组件采用先进的耐电压设计结构和陶瓷绝缘体插座，具有工作电压高、密封性好、性能稳定可靠、安装方便等特点，同时还具有耐低气压、耐气候老化等环境适应性好的特点。（剩余3103字）