Systematic Design of Parasitic Element Antennas - Application to a WLAN Yagi design

International audienc

Multi Antenna Receiver for RF to DC Conversion

International audienc

A Simple Concept of Reconfigurable Parasitic Element Antenna

International audienc

Compact directive parasitic element antenna for wireless communications systems

International audienceThis article presents a design of a new compact planar Yagi-Uda antenna with three parasitic element fed by coplanar waveguide (CPW). The antenna is realized on multi-layer substrate (FR4) with 1.58mm of thickness and a relative permittivity of 4.4. The antenna is intended to operate at the ISM band with an obtained realized gain of 6.7 dB and a 184 MHz of bandwidth. The design of the antenna is carried out using the commercial electromagnetic simulator CST Microwaves Studio. The measured results of the whole system satisfied the simulated performances

Conception d'antenne Yagi-Uda imprimées large bande à 2.45GHz pour des applications WLAN

National audienc

Evaluation of the active impedances in large Interleaved Parasitic Arrays Antennas (IPAAs)

International audienc

Design of integrated Parasitic Element Antennas for a Remote Wake Up Device

International audienc

Design and Analysis of Coupled Multi-Element Antennas with MATLAB and CST MWS

International audienc

Synthèse d'antennes à éléments parasites

National audienc

Direct-Synthesis and design of antennas with Parasitic Elements

International audienceThis article presents a direct and straightforward synthesis method to efficiently and quickly design antennas with parasitic elements. It can be applied whatever the number of radiating elements and the radiation objectives. Here, the method is applied to two antenna architectures: a compact antenna with dipole excitation and shaped reactive load synthesis and another one based on wire-plate antennas with direct stub synthesis