A Md Faruk

A Md Mahabub

C Hassan Tariq

J Yong

JT Rowley

L Luyi

L Wen Piao

L Zuxing

M Mantash

OFLI Erdem

P Sooman

R Claudio

R Corbett

R Qinjiang

T Jimmy

Z Fuguo

Human-Centric Computing and Information Sciences

English

AbstractDue to evolution in wireless applications, the high performance dual band handsets were blooming in the market. In this paper, a compact dual band E shaped planar inverted F antenna is presented, which is suitable for GSM application in handheld devices. Here, antenna is described for GSM (900 MHz and 1800 MHz), which covers (831 MHz – 973 MHz and 1700 MHz – 1918 MHz) 10 dB bandwidth. The designs and simulations are performed using Finite Difference Time Domain (FDTD) technique based General Electro Magnetic Simulator – Version 7.9 (GEMS-7.9). The performance analysis of E-shaped antenna also includes real world interaction between antenna element and Spherical human head model composed of three layers, skin, skull and brain. The simulated results including, S-Parameter, radiation pattern, current distributions and Specific absorption rate, thermal distributions have validated the proposed E shaped antenna design as useful for compact mobile phone devices with comparatively low average Specific Absorption Rate in market.</jats:p

Balamurugan Rajagopal

Lalithambika Rajasekaran

Crossref

Human-centric Computing and Information Sciences

Performance analysis of E-shaped dual band antenna for wireless hand-held devices

https://hcis-journal.springeropen.com/track/pdf/10.1186/s13673-015-0022-5?site=hcis-journal.springeropen.com

Performance analysis of E-shaped dual band antenna for wireless hand-held devices

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