A high-efficiency self-shielded microstrip-fed Yagi-Uda antenna has been developed for 60
GHz communications. The antenna is built on a Teflon substrate (ε r= 2.2) with a thickness of …

In this paper we discuss the design of a wireless front-end for the Tactile Internet with human
in the loop, which requires compact communication units. In order to reduce the antenna …

This paper presents two feeding techniques for the radiation characterization of integrated
antennas at millimeter-wave frequencies. The first method involves feeding the antenna …

The performance of a dual-arm millimeter wave Archimedean spiral antenna integrated on
SOI is described. The impact of the feeding structure on the return loss and the axial ratio is …

This paper analyses the antenna implementation on BiCMOS technology. A dipole antenna,
working at 79 GHz, is implemented and manufactured. The radiation simulated results …

The dissertation presents the design and measurements of several planar and RFIC-based
high efficiency antennas for mm-wave applications. The high-efficiency microstrip-fed …

This paper presents a V-band dipole antenna designed on a planar substrate. The antenna
is fed by a double-sided parallel microstrip (DSPM) transmission line connected to a …

This paper describes the analysis and the design of an integrated antenna on 0.13 µm SiGe
BICMOS technology. A non-resonant dipole antenna integrated on SiGe is …

Solutions antennaires pour petits objets communicants et techniques de caractérisation
associées Page 1 HAL Id: tel-00342422 https://theses.hal.science/tel-00342422 Submitted on …

Dans ce papier, nous présentons la conception d'antennes millimétriques intégrées en
technologie silicium sur isolant (SOI). La bande de fréquence située autour de 60 GHz …