The problem of non-stationary thermal conductivity for multilayered structure of a radio-electronic component

The problem of non-stationary thermal conductivity for multilayered structure of a radio-electronic component

M. K. Zherdev, B. P. Kredentser, V. V. Kuzavkov

 

Abstract

The article refers to the problem of the information processing and decision-making with faulty elements ofdigital blocks by the independent automated systems of diagnosing using method of own radiation

Keywords

the diagnostic information; a method of own radiation; a radio-electronic component

References

Vavilov, V. P. The thermal methods of quality monitoring of composite structures and products of radio electronics. Moscow: Radio and communication, 1984. 162 p. (in Russian).

Kontsevoy, J. A.; Kudin, V. D. The Quality monitoring of the production technology of semi-conductor devices of Moscow: Energy, 1973. 140 p. (in Russian).

Danilin, N. S.; Baklanov, O. D.; Zagorovsky, Ju. I. Theory and methods of not destroying infra-red control of radio-electronic schemes. Moscow: DD the USSR, 1974. 164 p. (in Russian).

Kuzavkov, V. V.; Jankovsky, O. G. “Application of a method of self radiation for technical diagnostics of radio-electronic blocks”. The collection of scientific works. Odessa state academy of technical regulation and quality. Оdessa: OSATR, 2014. Ed. 2 (5). pp. 30–37. (in Ukraine).

Lebedev, N. N.; Skalskaja, I. P.; Ufljand, J. S. The collection of mathematical physics problems. Moscow: Gostechteorizdat, 1955. (it is republished in the USA in 1965). (in Russian).

Zi, S. Semi-conductor devices: In 2 books. Book. 2. Translation from English – the second reprinted. Moscow: Mir. 1984. 456 p. (in Russian).

Kuzavkov, V. V. “Diagnostic model р-n (n-р) transition in a dynamic mode for a contactless induction method of diagnosing”. Collection of scientific works. Military institute of the Kyiv national university of a name of Tarasa of Shevchenko. Kyiv: VIKNU, 2014. no. 45. pp. 41–47. (in Ukraine).