In this Book, a Clear description about Dielectric Resonator Antenna with design and analysis has Projected. Hemispherical shaped DRA for WIMAX application has designed and simulated at 3.55 GHz resonant frequency and compared with a 3.55 GHz Microstrip Patch Antenna(MPA). Here also the practical design process of DRA, analysis of conical-shaped DRA and co-planar waveguide Fed rectangular dielectric resonator antenna (RDRA) with and without radiation box have projected
In this Book, a Clear description about Dielectric Resonator Antenna with design and analysis has Projected. Hemispherical shaped DRA for WIMAX applic...
Dans ce livre, une description claire sur l'antenne à résonateur diélectrique avec la conception et l'analyse a projeté.Le DRA de forme hémisphérique pour l'application WIMAX a conçu et simulé à une fréquence de résonance de 3,55 GHz et comparé avec une antenne patch microbande (MPA) de 3,55 GHz. Ici aussi, le processus de conception pratique de l'ARD, l'analyse de l'ARD de forme conique et de l'antenne à résonateur diélectrique rectangulaire (ARD) à guide d'ondes coplanaire avec et sans boîtier de rayonnement ont projeté
Dans ce livre, une description claire sur l'antenne à résonateur diélectrique avec la conception et l'analyse a projeté.Le DRA de forme hémisphé...
A comparative performance analysis between Rectangular Transmission line feed, 1*2 Circular Patch Array, and Co-axial Feed MPA resonates at 2.4 GHz has projected. To differentiate the effect of patch and arrays on the performance of antenna Rectangular patch, Circular patch and 1*2,1*4,2*4 Circular patch array MPA have designed at 4.4 GHz which will helpful for the user to choose a suitable antenna at this frequency application. Here a brief idea about the effect of different parameters such as length, height, the width of patch, permittivity of different materials, and frequency on the...
A comparative performance analysis between Rectangular Transmission line feed, 1*2 Circular Patch Array, and Co-axial Feed MPA resonates at 2.4 GHz ha...