This article is devoted to the industrial interference created by the radio transmitting device, includes all emissions from the equipment of the transmitter in addition to the antenna, with the exception of emissions from high- frequency paths. In addition to radiation to industrial radio interference generated by the transmitter, they are distributed along the control, switching, grounding wires and in the power circuits.

1.
A.
Hotamov
,
R. Sh.
Indiaminov
and
Z.
Akhmedzhanova
,
East European Scientific Journal
10
4
8
(
2016
).
2.
A.
Hotamov
,
B. N.
Rahimov
,
V.A.
Gubenko
and
A.A.
Berdiyev
,
East European Scientific Journal
9
13
17
(
2018
).
3.
B.N.
Rakhimov
,
A.
Khatamov
and
T.G.
Rakhimov
,
XXIII - International Scientific and Technical Conference. Minsk
,
75
77
(
2018
).
4.
A.
Hotamov
,
R.
Indiaminov
and
F.
Akhmedov
,
International Journal of Engineering Innovation and Research (IJEIR)
5
8
12
(
2016
).
5.
A.
Khatamov
and
A.O.
Karimova
,
International conference on importance of information communication texnologies in innovative development of sectors of economy
,
Tashkent
, pp.
756
759
(
2018
).
6.
A.
Alexander
,
K.
Vladimir
and
R.
Anatoly
,
Radiomonitoring. Tasks, methods, means
(
Moscow
,
2010
).
7.
S. I.
Baskakov
,
Radio engineering circuits and signals: textbook
(
Moscow
,
2005
).
8.
A.L.
Buzov
,
M.A.
Bykhovsky
,
N.V.
Vaseho
and
Yu. V.
Volkova
,
Management of the radio frequency spectrum and electromagnetic compatibility of radio systems
(
Moscow
,
2006
).
9.
A.
Gurin
,
Electromagnetic interference and methods of protection against them
(
Blagoveshchensk
2006
).
10.
L.S.
Gutkin
,
Theory of optimal methods of radio reception with fluctuation interference
(
Moscow
,
1981
).
11.
A.A.
Kharkevich
,
Anti-jamming
(
Moscow
,
1993
).
12.
I. X.
Siddikov
,
N. Yu.
Mamasodikova
,
M.M.
Khalilov
,
A.K.
Amonov
and
G.B.
Sherboboyeva
,
Journal of Physics: Conference Series
1679
032022
(
2020
). doi: .
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