Events
Solutions
Resources
Blog
Contact IMEC

Events
Solutions
Resources
Blog
Contact IMEC

Places
Search Directory
Location
Search page
Add Listing
Members
Groups
test home
Home
Logo Usage
test page

✕

Directory

Mouna Bouharrat | Universidad de Málaga - Academia.edu

Skip to main content

Academia.edu no longer supports Internet Explorer.

To browse Academia.edu and the wider internet faster and more securely, please take a few seconds to upgrade your browser.

Log In
Sign Up

Log In
Sign Up
more&nbsp

Mouna Bouharrat

Universidad de Málaga, Communication, Graduate Student

Followers

17

Following

15

Public Views

Address: Málaga, Andalucia, Spain

less

Related Authors

Mayra Estefanía Ortiz Jiménez

Universidad Autonoma Gabriel Rene Moreno

Universidad Politécnica de Madrid

Universitat de València

De La Salle University

David Mora Cusicuna

Interests

Uploads

Papers by Mouna Bouharrat

20081030Fernando Gonzalez

In this project is described the design, manufacture and measurement of a 2x2 radiant elements du... more In this project is described the design, manufacture and measurement of a 2x2 radiant elements dual array antenna, with an innovative flat circular polarizer and made up of copper parasitic strips. The antenna is designed for 3.5GHz WiMAX systems and under lineal initial operation specifications. This array will be make up of double stacked patch microstrip radiant elements, with coaxial probe supply through a port on the low level patch. Double stacked patch improves scattering bandwidths. In this project it will be running under a relative bandwidth of 11.5%, with and under -15dB insulation in our working spectrum (3.3 to 3.7GHz).

20081030Fernando Gonzalez

In this project is described the design, manufacture and measurement of a 2x2 radiant elements du... more In this project is described the design, manufacture and measurement of a 2x2 radiant elements dual array antenna, with an innovative flat circular polarizer and made up of copper parasitic strips. The antenna is designed for 3.5GHz WiMAX systems and under lineal initial operation specifications. This array will be make up of double stacked patch microstrip radiant elements, with coaxial probe supply through a port on the low level patch. Double stacked patch improves scattering bandwidths. In this project it will be running under a relative bandwidth of 11.5%, with and under -15dB insulation in our working spectrum (3.3 to 3.7GHz).

Log In

or

Email

Password

Remember me on this computer

or reset password

Enter the email address you signed up with and we'll email you a reset link.

Need an account? Click here to sign up

About
Press
Papers
Topics
Academia.edu Journals
We're Hiring!
Help Center

Find new research papers in:
Physics
Chemistry
Biology
Health Sciences
Ecology
Earth Sciences
Cognitive Science
Mathematics
Computer Science

Terms
Privacy
Copyright
Academia ©2025

YOUR RESOURCES

→ Client Successes

→ Whitepapers

→ Blog

GET INVOLVED

→ IMEC

→ IMEC Third Party Resources

1501 W. Bradley Avenue
Peoria, IL 61625

→ Phone: 888-806-4632

→ Email: info@imec.org

→ Contact IMEC

©2025 IMEC. All Rights Reserved. | Privacy Policy | Logo Usage