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Prospects of development additive 3D-technologies for production products of the electronic equipment

DOI 10.18127/j22250980-201901-01

Keywords:

A.A. Kondrashin – Ph.D. (Eng.), Associate Professor, Department «Radio Engineering, Telecommunications and Nanotechnologies», Institute № 12. Moscow Aviation Institute (National Research University)
E-mail: condrashin@rambler
A.N. Lyamin – Ph.D. (Eng.), Department «Radio Engineering, Telecommunications and Nanotechnologies», Institute № 12. Moscow Aviation Institute (National Research University)
E-mail: dronozavr@inbox
V.V. Sleptsov – Dr. Sc. (Eng.), Professor, Head of Department «Radio Engineering, Telecommunications and Nanotechnologies», Institute № 12, Moscow Aviation Institute (National research university)
E-mail: 08fraktal08fraktal@inbox.ru


Article is devoted to the prospects of development 3D-MID of technologies for production of products of the electronic equipment. One more type of difficult three-dimensional objects quasi-4D objects of millimetric and micrometer range is added to earlier accepted classification of the three-dimensional assembly bases and devices (2D, quasi-3D and 3D objects). It is shown realization of multilevel quasi-4D objects of millimetric range requires use of both floatable technologies (V-3D MID), and technologies of processing of a surface (S-3D MID). Three generations quasi-4D - objects of millimetric and micrometer ranges are presented. It is shown that any of the existing additive technologies does not provide creation of full-fledged TEU millimetric, especially micrometer ranges therefore various collectives actively conduct works in this direction. We consider that realization quasi-4D - objects of submicronic range requires widespread introduction of the group methods of functional electronics providing basic replacement of a part of basic methods of designing of TEU and creation of new element base. So instead of conducting metal lines of interconnections (paths) use of optical wave guides, and as generators of signals – lasers of various types is supposed.

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May 29, 2020

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