This work shows for the first time the practical application of paper as a substrate in real-life wireless local area network (WLAN) applications. Photographic paper is used here in the design, fabrication and testing of a printed inverted F-antenna (PIFA) operating at 2.45GHz. Although paper substrates exhibit relatively high dielectric losses (tanJ "-I 0.07 at 2.45GHz), the maximum gain achieved by the fabricated antenna is +1.2 dBi and its total simulated efficiency is approximately 82 % at resonance. The simulation results of the return loss, as well as the radiation pattern of the antenna agree with the corresponding measured results that are presented in this work
Abstract- In this paper, inkjet-printed microwave circuits fabricated on paper-based substrates were...
In this paper a compact, flexible, Multiband antenna is designed. It is having flexible Substrate of...
A dual-band folded-coupling planar inverted-F antenna (FC-PIFA) is presented in this paper. By using...
International audienceThe design of a dipole antenna printed on a paper substrate is presented in th...
Advances in direct-write printing technology have enabled printable electronics practically on any s...
This paper presents the performance of the antenna on a paper substrate material. The antenna consis...
Abstract The effect of a room temperature curable dielectric ink (ZrSiO₄) printed on commercial pho...
In this paper the experimental results of a compact low-power rectenna in paper substrate, designed ...
Abstract—There are two novel printed inverted-F antenna (PIFA) related dual-band antennas for 2.45 a...
International audienceThis paper presents a miniaturized microstrip antenna on an air-filled paper s...
This thesis investigates inkjet-printed flexible antennas fabricated on paper substrates as a system...
A novel compact planar inverted-F antenna (PIFA) to be mounted on laptop computers is presented. Th...
Abstract—This paper introduces a flexible antenna, printed on a low-cost Polyethylene Terephtalate (...
A small three bands printed inverted-F antenna with independently controlling the resonant frequency...
This paper proposes a new type of antenna for receiving WLAN signals. The antenna is similar in stru...
Abstract- In this paper, inkjet-printed microwave circuits fabricated on paper-based substrates were...
In this paper a compact, flexible, Multiband antenna is designed. It is having flexible Substrate of...
A dual-band folded-coupling planar inverted-F antenna (FC-PIFA) is presented in this paper. By using...
International audienceThe design of a dipole antenna printed on a paper substrate is presented in th...
Advances in direct-write printing technology have enabled printable electronics practically on any s...
This paper presents the performance of the antenna on a paper substrate material. The antenna consis...
Abstract The effect of a room temperature curable dielectric ink (ZrSiO₄) printed on commercial pho...
In this paper the experimental results of a compact low-power rectenna in paper substrate, designed ...
Abstract—There are two novel printed inverted-F antenna (PIFA) related dual-band antennas for 2.45 a...
International audienceThis paper presents a miniaturized microstrip antenna on an air-filled paper s...
This thesis investigates inkjet-printed flexible antennas fabricated on paper substrates as a system...
A novel compact planar inverted-F antenna (PIFA) to be mounted on laptop computers is presented. Th...
Abstract—This paper introduces a flexible antenna, printed on a low-cost Polyethylene Terephtalate (...
A small three bands printed inverted-F antenna with independently controlling the resonant frequency...
This paper proposes a new type of antenna for receiving WLAN signals. The antenna is similar in stru...
Abstract- In this paper, inkjet-printed microwave circuits fabricated on paper-based substrates were...
In this paper a compact, flexible, Multiband antenna is designed. It is having flexible Substrate of...
A dual-band folded-coupling planar inverted-F antenna (FC-PIFA) is presented in this paper. By using...