V.P. Eremin1, V.B. Baiburin2, V.P. Meshchanov3, V.V. Komarov4, Y.A. Pakhomov5, A.S. Ershov6, V.M. Doroshenko7, A.A. Nikiforov8, M.I. Balakin9

1 OKB "Tantal-science" (Saratov, Russia)
2, 4–8 Yu.A. Gagarin Saratov State Technical University (Saratov, Russia)
3 OOO NPP NIKA-SVCH (Saratov, Russia)
9 JSC NPP Almaz (Saratov, Russia)
2 baiburinvb@rambler.ru, 3 nika373@bk.ru, 4 vyacheslav.komarov@gmail.com, 5 yaroslav23451@gmail.com,
6 ace2886@mail.ru, 7 dorvalentina9@gmail.com, 8 ieei_director@mail.ru, 9 balakinmaxim@gmail.com

Scientific studies of recent years on the problem of sterilization of medical objects have shown the high efficiency of the use of microwave radiation and its dominant role in the process of destruction of bacterial microflora. Therefore, the problem of increasing the power of microwave radiation generators of the corresponding sterilization installations remains very relevant.

The purpose of the work is to significantly increase the power of microwave radiation through the use of two paired generators (magnetrons) with a total radiation power of up to 3 kW, which presumably will reduce the processing time of objects.

The main results presented in the article: on the basis of a three-dimensional mathematical model, the design of a working resonator and two magnetrons of the decimeter range with a maximum total power of 3 kW, as well as a digital control scheme for the operating modes of the sterilizer are proposed.

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