Enhancement of bandwidth and beam forming antenna arrays in 5g cellular communication networks
By: Shaikh, Mohammad Shahnawaz
.
Contributor(s): Jayadurga, R.
Publisher: Chennai ICT Academy 2022Edition: Vol.13(4), Dec.Description: 2820-2825p.Subject(s): EXTC EngineeringOnline resources: Click here
In:
ICTACT journal on communication technologySummary: In general, an antenna is an interface that transmits signal data and
receives incoming signal data. The radio waves received through this
interface help to do the necessary things for the transmitter and
receiver circuit systems used there. Also a radio transmitter antenna
transmits different waves generated from the current generated at its
tip to different areas. In this paper, the functions of increasing its
bandwidth by making changes in some dimensions of the antenna are
proposed. The oscillating current used in its transmitter area increases
its vibration waves. This increases the amount of airwaves generated
there and the number of data transmitted through it. So its bandwidth
is more likely to be high. Furthermore these functions generate varying
magnetic fields so that the time taken by the cross-sectional magnetic
fields of the antenna varies.
| Item type | Current location | Call number | Status | Date due | Barcode | Item holds |
|---|---|---|---|---|---|---|
Articles Abstract Database
|
School of Engineering & Technology Archieval Section | Not for loan | 2023-0550 |
In general, an antenna is an interface that transmits signal data and
receives incoming signal data. The radio waves received through this
interface help to do the necessary things for the transmitter and
receiver circuit systems used there. Also a radio transmitter antenna
transmits different waves generated from the current generated at its
tip to different areas. In this paper, the functions of increasing its
bandwidth by making changes in some dimensions of the antenna are
proposed. The oscillating current used in its transmitter area increases
its vibration waves. This increases the amount of airwaves generated
there and the number of data transmitted through it. So its bandwidth
is more likely to be high. Furthermore these functions generate varying
magnetic fields so that the time taken by the cross-sectional magnetic
fields of the antenna varies.
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