D.A. Kozlov1, N.A. Vetrova2, S.V. Chizhikov3, G.A.Gudkov4, L.A. Luneva5

1, 2, 5 Bauman Moscow State Technical University (Moscow, Russia)
3 Sevastopol State University (Sevastopol, Russia)
4 Ltd. Hyperion (Moscow, Russia)
1 danila-alex2002@mail.ru, 2 vetrova@bmstu.ru, 3 chigikov95@mail.ru, 4 ooo.giperion@gmail.com, 5 luneva@bmstu.ru

Problem statement: the task of creating a methodology for determining such special dependability measures as the failure intensity (ROCOF), the availability factor and the Vesely failure rate is relevant and practically significant, which will allow obtaining adequate quantitative estimates of a SPTA package of base stations with radio signal converters based on heterostructured nanodiodes, taking into account the technological features of their production.

Objective: development of a methodology for determining at the design stage special dependability measures (ROCOF, the availability factor and the Vesely failure rate) for the formation of an optimal SPTA package of base stations with radio signal converters based on heterostructured nanodiodes, taking into account the technological features of the production of chips and MIS from various manufacturers of the Russian Federation.

Results: the problem of determining, at the design stage, ROCOF, the availability factor and the Vesely failure rate of radio signal converters based on a modern nanoelectronic component base – heterostructured nanodiodes – taking into account the actual reproducibility coefficients of the technological process has been solved.

Practilal significance: the developed methodology for determining special dependability measures of radio signal converters based on heterostructured diodes at the design stage makes it possible to clarify and ensure the adequacy of the optimization methods of GOST 27.507-2015 for calculating the optimal SPTA package of BTS with TRX.

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