Earticle

초록

영어

Thin-film shape technology is recognized for its core technology to enhance the technology of LCD, PDP, semiconductor manufacturing processes, hard disks and optical disks, and is widely used to form coated thin films of products. In addition, resistance (electron beam filament) technology for heating is used to manufacture filament for ion implants used in semiconductor manufacturing processes. By establishing an electronic beam filament production system and developing seven specifications of electronic beam filament, it is contributing to improving trade dynamics and increasing exports to Japan through localized media of theoretical imports to domestic companies. In this study, CAE analysis was performed after setting electron beam filament specification and development objectives, facilities and fabrication for electron beam filament production, electron beam filament JIG & fixture design and fabrication followed by electron beam filament prototype. Then, the automation and complete inspection equipment of the previously developed electronic beam filament manufacturing facilities was developed and researched to mass-produce them, to analyze and modify prototypes, design and manufacture automation facilities, and finally, to design and manufacture the complete inspection equipment. In this paper, design and manufacture of electronic beam filament total inspection equipment for mass production were dealted with.

목차

ABSTRACT
1. 서론
2. 기술 수준 및 전자빔 필라멘트의 구조
2.1 현재의 국내외 기술 수준
2.2 전자빔 필라멘트의 구조
3. 양산용 전자빔 필라멘트 전수검사 장비의 설계 및 제작
3.1 전수검사 장비 설비 설계 및 제작
3.2 전수검사 데이터 베이스(Data base) 구축
4. 결론
References

키워드

저항체 전열용 전자빔 필라멘트 설계 제작 전수검사 장비 Resistor Heating Electron beam filament Design Manufacture Total inspection equipment

저자

• 이정익 [ Jeong-Ick Lee | INHA Technical Coillege, Dept. of Mechanical Design ] Corresponding Author

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