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Thin-substrate vibrator difference beam plane horn antenna

A horn antenna and thin substrate technology, applied in waveguide horns, circuits, etc., can solve the problems of large patch size and narrow operating frequency band, and achieve the effects of small feed loss, compact structure, and reduced size

Inactive Publication Date: 2014-03-05
SOUTHEAST UNIV
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

Some existing antennas load a patch in front of the planar horn antenna to improve the radiation of the thin substrate planar horn antenna, but the size of the loaded patch is large and the working frequency band is narrow

Method used

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  • Thin-substrate vibrator difference beam plane horn antenna

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Embodiment Construction

[0017] The embodiment that the present invention adopts is: the thin-substrate vibrator differential beam planar horn antenna includes the microstrip feeder 2 that is arranged on the dielectric substrate 1, the substrate integrated horn antenna 3 and a plurality of vibrators 4; The microstrip feeder 2 The first port 5 is the input and output port of the antenna, and the second port 6 of the microstrip feeder 2 is connected with the substrate-integrated horn antenna 3; the substrate-integrated horn antenna 3 consists of the first metal plane 7, The second metal plane 8 located on the other side of the dielectric substrate 1 is composed of two rows of metallized via-hole horn sidewalls 9 passing through the dielectric substrate 1 to connect the first metal plane 7 and the second metal plane 8, and the horn antenna 3 is integrated on the substrate. The width between the horn side walls 9 of the two rows of metallized via holes gradually increases to form a horn-shaped opening, and...

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Abstract

The invention relates to a horn antenna, in particular to a thin-substrate vibrator difference beam plane horn antenna which comprises a micro-strip feeder line (2), a horn antenna body (3) and vibrators (4), and the micro-strip feeder line (2), the horn antenna body (3) and the vibrators (4) are arranged on a dielectric substrate (1). The horn antenna body (3) is composed of a first metal plane (7), a second metal plane (8) and two rows of metalized via hole horn side walls (9), odd-number metalized via hole arrays (11) and even-number dielectric-loaded waveguides (17) are arranged in the horn antenna body (3), the dielectric-loaded waveguides (17) are connected with the vibrators (4) respectively on the caliber face (10) of the horn antenna body (3), and the vibrators (4) connected with the left half antenna (15) is symmetrical with the vibrators (4) connected with the right half antenna (16). The polarization direction of an antenna radiation field is parallel with the substrate. The antenna can be made through a thin substrate, and is high in gain, large in zero depth, low in cost and compact in structure.

Description

technical field [0001] The invention relates to a horn antenna, in particular to a planar horn antenna with a thin-substrate dipole differential beam. Background technique [0002] Horn antennas are widely used in systems such as satellite communications, ground microwave links, and radio telescopes. However, the huge geometric size of the three-dimensional horn antenna restricts its application and development in planar circuits. In recent years, the proposal and development of substrate-integrated waveguide technology have greatly promoted the development of planar horn antennas. The substrate-integrated waveguide has the advantages of small size, light weight, easy integration and fabrication. The planar substrate-integrated waveguide horn antenna based on the planar substrate-integrated waveguide not only has the characteristics of the horn antenna, but also realizes the miniaturization and light weight of the horn antenna, and is easy to integrate in the microwave a...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): H01Q13/02
Inventor 殷晓星赵洪新倪蕤
Owner SOUTHEAST UNIV
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