BALANCED SLOT RADIATOR Russian patent published in 2021 - IPC H01Q1/38 

Abstract RU 2751406 C1

FIELD: antenna technology.

SUBSTANCE: device relates to antenna technology, and in particular to microwave antennas, and can be used in radio receivers and transmitters of radar and communication systems for receiving broadband radio signals and systems where antennas omnidirectional in the azimuth plane are required. The technical result is achieved by the fact that the balanced printed emitter contains a dielectric substrate, excited by the input signal, the first waveguide integrated into the substrate with the main wave of the H10 type, the converter of the H10 wave into the H20 wave with a metallized hole passing through the thickness of the substrate, exciting the Vivaldi emitters, the second waveguide integrated into the substrate with the main wave of the H20 type, the first electrode of the first Vivaldi emitter, having a straight edge coinciding with the edge of the substrate and the edge diverging exponentially and located on the first side of the substrate, combined along the straight edges of the second electrode of the first Vivaldi emitter and the first electrode of the second emitter, located on the second side of the substrate, the second electrode the second Vivaldi emitter, the straight edge of which coincides with the opposite edge of the dielectric substrate and located on the first side of the substrate, metallized holes passing through the dielectric substrate and forming the side walls of the waveguides integrated into the substrate.

EFFECT: balanced slot emitter with a simplified design, with lower reflection losses, with an increased size of the antenna aperture in the horizontal plane, an increased gain, and a narrower width of the directional pattern in the azimuthal plane.

1 cl, 3 dwg

Similar patents RU2751406C1

Title Year Author Number
ULTRA-WIDEBAND ANTENNA 2011
  • Antsev Georgij Vladimirovich
  • Antsev Ivan Georgievich
  • Frantsuzov Aleksej Dmitrievich
  • Turnetskij Leonid Sergeevich
  • Savin Mikhail Aleksandrovich
  • Pavlov Vladislav Stanislavovich
  • Turnetskaja Elena Leonidovna
RU2488925C1
ANTENNA 2003
  • Nikitin E.A.
  • Orlov A.B.
  • Orlov K.A.
RU2234172C1
WIDEBAND ANTENNA ARRAY 2009
  • Sukhovetskij Boris Iosifovich
RU2407118C1
PLANAR POLARIZATION SELECTOR 2017
  • Churkin Sergej Sergeevich
  • Artemenko Aleksej Andreevich
  • Mozharovskij Andrej Viktorovich
  • Maslennikov Roman Olegovich
RU2670216C1
FLAT ANTENNA ARRAY (ALTERNATIVES) 2004
  • Kapitsyn Aleksandr Petrovich
  • Khudysh Aleksandr Il'Ich
  • Antoshkin Viktor Ivanovich
  • Kamnev Sergej Ivanovich
RU2276437C2
STRIPLINE SLOT LINEAR ANTENNA ARRAY 2019
  • Egorov Aleksej Dmitrievich
  • Yashenkov Artem Olegovich
RU2727348C1
PLANAR LINEAR PHASED ARRAY ANTENNA WITH THE EXTENSION BEAM SCANNING 2014
  • Evtyushkin Gennadiy Alexandrovich
  • Kamyshev Timofey Viktorovich
  • Shepeleva Elena Alexandrovna
RU2583869C2
ANTENNA 2002
  • Orlov A.B.
  • Orlov K.A.
RU2207670C1
ANTENNA 2003
  • Orlov A.B.
  • Nikitin E.A.
  • Orlov K.A.
RU2250541C1
INPUT CIRCUIT OF SUPERHETERODYNE MICROWAVE RECEIVER 1994
  • Sokolov Evgenij Aleksandrovich
RU2094947C1

RU 2 751 406 C1

Authors

Golovkov Aleksandr Alekseevich

Zhuravlev Aleksandr Gennadevich

Malyshev Viktor Nikolaevich

Terenteva Polina Viktorovna

Dates

2021-07-13Published

2020-11-02Filed