Performance Evolution of Reconfigurable Antenna Using Contact and Non Contact Feeding Technique

Nandalal, V.; Kumar, Varindra; Sumalatha, M.S.; Manikandan, T.

doi:10.1109/iceca.2019.8821933

Cited by 6 publications

(5 citation statements)

References 9 publications

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“…The growth of patch antennas with improved performance characteristics is the result of many changes. These changes have produced wideband patch antennas which can efficiently cover multiple frequency ranges, reduced device size, weight and cost [23]. Also, new designs for particular uses such as 5G mobile phones have been created by automatic antenna design systems that use evolutionary algorithms showing what can be achieved in antenna synthesis by intelligent computer programs [24].…”

Section: Patch Antennas Basicsmentioning

confidence: 99%

Recent Advances of 5G Technology Based on Patch Antenna: A Literature Review

Sacala,

Arboleda

2024

Preprint

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For their speed in data processing, low heights and cheapness, patch antennas are important to 5G networks. While there have been improvements in the area of bandwidth and size reduction; however, there are still problems that need to be fixed with regards achieving high data rates as well as wideband operation and compact sizes for 5G applications. In the coming years researchers should concentrate on materials optimization and feeding methods so that they can work efficiently at shorter wavelengths for next-generation systems while still covering all necessary bands.

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Section: Patch Antennas Basicsmentioning

confidence: 99%

Recent Advances of 5G Technology Based on Patch Antenna: A Literature Review

Sacala,

Arboleda

2024

Preprint

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“…4. A single rectangular microstrip patch antenna is represented by the parallel combination of the R 1 , L 1 and C 1 circuit [21]- [23].…”

Section: Equivalent Circuit Model Of the Proposed Filtering Antennmentioning

confidence: 99%

Design and Development of Filtering Antenna for S-Band Applications with High out-of-band Rejection

2019

IJITEE

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In this paper, the design, simulation and fabrication of a filtering antenna is proposed. The filtering antenna structure is, therefore, framed by integrating elements, such as the feed line, parallel coupled resonators and the microstrip patch antenna array. The combined elements are designed for third order Chebyshev band pass filter with a pass band ripple of 0.1 dB and the integrated structure is more suitable for different S-band (2 GHz – 4 GHz) wireless applications. The equivalent circuit model for the proposed filtering antenna structure is analysed and the design procedure of the filter is also presented in detail. The 1x2 rectangular patch antenna array acts both as a radiating element and also as the last resonator of the band pass filter. The proposed filtering antenna structure results in high out-of-band rejection, enhanced bandwidth and a gain of about 209 MHz and 1.53 dB. The fabricated result agrees well with the simulation characteristics

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“…The distribution of charge on the plane of antenna is changed in this proposed structure which increases the inductive effect results in reduction of size [4,5]. Meander geometry and elemental position of antenna on the PCB plays a very important role in enhancing the characteristic of the meander LTSA antenna.…”

Section: A Design Of Ltsa Antenna Elementmentioning

confidence: 99%

Design and Analysis of Linear Tapered Slot Antenna for Super High Frequency Applications

2019

IJITEE

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In this paper, the proposed LTSA (Linear Tapered Slot Antenna) is assisted with an air cavity and fabricated using LTCC substrate (Low Temperature Cofired Ceramic). The LTSA antennas are widely used in multimedia applications, which require larger bandwidth and high gain. If thelinear slot antenna is designed on low temperature cofiredceramic board, because of its thickness and high dielectric constant, the gain and radiation property is infected critically. By selecting air cavity in the rear end of low temperature cofired ceramic substrate, much gain and good end fire radiation pattern can be acquired. Typically, this antenna has wide bandwidth (45 GHz to 75 GHz) and 4.9 to 6.9 dB gain. The proposed the 3D LTCC modules can be used for wide variety of super high frequency applications.

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Performance Evolution of Reconfigurable Antenna Using Contact and Non Contact Feeding Technique

Cited by 6 publications

References 9 publications

Recent Advances of 5G Technology Based on Patch Antenna: A Literature Review

Recent Advances of 5G Technology Based on Patch Antenna: A Literature Review

Design and Development of Filtering Antenna for S-Band Applications with High out-of-band Rejection

Design and Analysis of Linear Tapered Slot Antenna for Super High Frequency Applications

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