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  • GC-CPE 2009
  • 9.Cnf-413
Papers Published at GC-CPE 2009
All 9 Papers
IDAuthors and TitlePages
9.Cnf-41 Dr. Gubran M. Kubati
Prof. Nihad Dib
Synthesis of antenna arrays using central force optimization
1-6
9.Cnf-42 Dr. Mohammad R. Rawashdeh
Prof. Nihad Dib
Full wave analysis of circular guiding structures using one and two dimensional finite difference frequency domain method
7-12
9.Cnf-52 Dr. Ahmad A. Sulaiman
Prof. Mohd F. Ain
Prof. Syed I. Hassan
Dr. Ali Othman
Dr. M. A. Othman
Mr. R. A. Majid
Mr. M. Z. Saidin
Mr. M. H. Hamid
Mr. J. Sulaiman
Dr. Zuhani I. Khan
Mrs. Noor H. Baba
Dr. Mohamad H. Jusoh
Dr. Robiatun A. Awang
Analysis of K-band microstrip BPF
13-16
9.Cnf-53 Dr. Ahmad A. Sulaiman
Prof. Mohd F. Ain
Prof. Syed I. Hassan
Dr. Ali Othman
Dr. M. A. Othman
Mr. R. A. Majid
Mr. M. Z. Saidin
Mr. M. H. Hamid
Dr. Mohamad H. Jusoh
Dr. Zuhani I. Khan
Mrs. Noor H. Baba
Mr. S. S. Sohaimi
Mr. Z. Awang
Dr. Robiatun A. Awang
Mr. M. Esa
Mr. M. Yahya
A Broadband Patch Antenna Using Proximity-Coupled Approach
17-20
9.Cnf-175 Dr. Ali Amer
An evolutionary solution architecture towards next generation access network (NGA)
21-27
9.Cnf-200 Mr. Syed Shah

BICM Based Cooperative Amplify and Forward Transmission: Analysis and Simulation Results
28-32
9.Cnf-383 Mrs. Thazin Ei

Handoff Failure Avoidance Method Based on Location and Trajectory of the Mobile Node
33-38
9.Cnf-384 Mr. Aws K. Alqaisi


Blind Separation of Seismic Wavefield Recieved on Multicomponent Antenna using Frequency Singular Value Decomposition
39-44
9.Cnf-385 Mr. Amer Tanjo
Prof. Vlatko Lipovac

Impact of Interference and Low Signal Power on the Radio Performance and Design of GSM Network in High-Buildings
45-49
9.Cnf-413 Paper View Page
Title Design and implementation of a substrate integrated waveguide two-element antenna phased array
Authors Prof. Larbi Talbi, Université du Québec en Outaouais, Gatineau, Canada
Prof. Kheireddine Sellal, Université de Moncton, Moncton, Canada
Abstract In this paper the design and implementation of a two-element antenna array using the substrate integrated waveguide (SIW) technique and operating at 10 GHz is presented. The phase shifter was designed first and it consists of an SIW section where two inductive posts are inserted. The phase shifting is achieved by changing the position of these two inductive posts inside the structure. The second element designed was the SIW banana-shaped slot antenna. These two elements were then assembled to form the two-element antenna array. Numerical simulations and experimental measurements on prototypes were carried out for two differential phases between the array elements, namely 0 and 22.5. Results showed a fairly good agreement. In fact, a reflection coefficient of better than 13 dB was obtained around 10 GHz. The E-plane radiation pattern showed a beam shift of 22, with a maximum gain of more than 8.7 dB, and demonstrated the possibility of designing an SIW antenna phased array.
Track MAP: Microwaves, Antennas and Propagation
Conference 2nd Mosharaka International Conference on Communications, Propagation, and Electronics (MIC-CPE 2009)
Congress 2009 Global Congress on Communications, Propagation, and Electronics (GC-CPE 2009), 6-8 February 2009, Amman, Jordan
Pages --1
Topics Antennas
Microwave Engineering
ISSN 2227-331X
DOI
BibTeX @inproceedings{413CPE2009,
title={Design and implementation of a substrate integrated waveguide two-element antenna phased array},
author={Larbi Talbi, and Kheireddine Sellal},
booktitle={2009 Global Congress on Communications, Propagation, and Electronics (GC-CPE 2009)},
year={2009},
pages={--1},
doi={}},
organization={Mosharaka for Research and Studies} }
Paper Views 34 Paper Views Rank 360/524
Paper Downloads 4 Paper Downloads Rank 413/524
GC-CPE 2009 Visits: 13182||MIC-CPE 2009 Visits: 10260||MAP Track Visits: 4559