Module Principle Development of Ved Pumping-Out Technological Processes
- 1 ведущий инженер-технолог ООО «СЭПО-ЗЭМ». г. Саратов
- 2 к. т. н., доцент каф. «Электронное машиностроение и сварка». Саратовский ГТУ
- 3 д. т. н., проф., зав. каф. «Электронное машиностроение и сварка». Саратовский ГТУ
Abstract
The object of the research is the technological process of VED pumping-out in a chamber due to the module principle.
Is to develop unification methods of the VED technological multi-nomenclature section pumping-out processes. This technological process of pumping-out is divided into simple operations-modules for definite functional purposes. The modules of the same duties according to the structure are unified and tabulated in the library which is used for organizing a technological process of any VED pumping-out.
For achieving the goal the following theoretical investigations have been conducted:
a typical VED pumping-out technological process has been developed;
a module principle for technological pre-starting of computer-aided manufacturing (CAM) pumping-out has been developed. It means that pumping-out technology is divided into several simple operations-modules universal to their structure and functional characteristics:
the developed pumping-out CAM methods allow to use effectively one and the same CAM for servicing multi-nomenclature section for any VED without readjusting equipment and reprogramming;
the algorithm for VED pumping-out technological process has been offered. It allows cutting down expenditure of both manpower and energy for the process optimization.
How to cite
Перевозникова Я.В., Воронин В.И., Конюшков Г.В. Модульный принцип разработки технологических процессов откачки электровакуумных приборов // Радиотехника. 2010. № 5. С. 104–110.
References
- В. И.Оптимизация структурной схемы технологического процесса откачки ЭВП. Вопросы исследования и разработки технологии, методов контроля и измерений в производстве электронных приборов СВЧ // Электроника СВЧ. 1977. Вып. 2. С. 11-16.
- Воронин В. И., Решникова Н. А. Основные направления и результаты работ по сокращению длительности откачки ЭВП // Электроника СВЧ. 1978. Вып. 1. С. 17-20.
