A two-dimensional (2-D) beam-scanning lens antenna is proposed for Ka-band satellite
applications, which is composed of a feed horn that can move in plane and a metasurface …

The conception and performances of a 60 GHz active antenna, reconfigurable in terms of
radiation pattern is described in this paper. This antenna is based on a plate …

The use of millimeter-wave frequencies is seen as a strong candidate for realizing future,
very high data-rate radio systems. Millimeter-wave frequencies offer large bandwidths for …

This paper describes the integration of a plate Luneburg lens with a microstrip patch
antenna (MPA) with a complementary split ring resonator (CSRR) at 17 GHz frequency. The …

In this paper a high gain aperture-coupled membrane antenna with a frequency selective
surface (FSS) on a superstrate layer has been investigated. The base membrane antenna …

A low cost technology based on FR4 and thin flexible Pyralux substrate to develop
membrane antennas/array with high efficiency and wide bandwidth for high speed V-band …

ABSTRACT A low‐cost membrane antenna arrays based on FR4 and thin flexible Pyralux
substrate for high speed 60 GHz communication systems are proposed. The thin substrate …

AU‐shaped antenna is printed on polytetrafluoroethylene film, deposited on a copper base
having air cavity inside, using thin film micro‐strip technology. This antenna is as compact as …

A two element antenna array has been designed and manufactured for the 60 GHz
frequency band using micromachining technology. The use of micromachining to remove …

A low cost technology based on FR4 and thin flexible Pyralux substrate to develop
membrane antennas with high efficiency and wide bandwidth for high speed V-band …