Add to ORKGImaging systems in microwaves, millimeter and submillimeter wave applications employ printed circuit antenna elements. The effect of substrate properties is analyzed in this paper by both reciprocity theorem as well as integral equation approach for infinitesimally short as well as finite length dipole and slot elements. Radiation efficiency and substrate surface wave guidance is studied for practical substrate materials as GaAs, Silicon, Quartz and Duroid
NFDAM systems provide a unique solution for transmitting highly secured direction-dependent data and...
The arrival of portable wireless devices such as tablets and smartphones has caused an exponential g...
The impedance bandwidth and radiation characteristics of an aperture-coupled microstrip line-fed pat...
Imaging systems in microwaves, millimeter and submillimeter wave applications employ printed circuit...
The reciprocity theorem and integral equation techniques are employed to determine the properties of...
We present a metamaterial substrate designed to act as a high impedance thin slab that can be used t...
A V-shaped slot antenna built on a dielectric substrate is presented. The antenna is a nonresonant, ...
Antennas at millimeter and submillimeter wavelengths present formidable challenges. One approac...
Consumer demand for small devices with wireless connectivity has put increasing pressure on antenna ...
Coplanar transmission lines lose energy to surface waves when the propagation constant of the surfac...
none3noAn increasing interest is arising in developing miniaturized antennas in the microwave range....
As we transition to 5G and beyond, the frequencies increase and the efficiency of the antennas becom...
We have explained the effect of the silicon substrate on the off-chip radiation of an integrated ant...
The unprecedented development of substrate integrated circuits (SICs) has made a widespread necessit...
ABSTRACT: A novel type of integrated dielectric antenna is presented, which is suitable for low-loss...
NFDAM systems provide a unique solution for transmitting highly secured direction-dependent data and...
The arrival of portable wireless devices such as tablets and smartphones has caused an exponential g...
The impedance bandwidth and radiation characteristics of an aperture-coupled microstrip line-fed pat...
Imaging systems in microwaves, millimeter and submillimeter wave applications employ printed circuit...
The reciprocity theorem and integral equation techniques are employed to determine the properties of...
We present a metamaterial substrate designed to act as a high impedance thin slab that can be used t...
A V-shaped slot antenna built on a dielectric substrate is presented. The antenna is a nonresonant, ...
Antennas at millimeter and submillimeter wavelengths present formidable challenges. One approac...
Consumer demand for small devices with wireless connectivity has put increasing pressure on antenna ...
Coplanar transmission lines lose energy to surface waves when the propagation constant of the surfac...
none3noAn increasing interest is arising in developing miniaturized antennas in the microwave range....
As we transition to 5G and beyond, the frequencies increase and the efficiency of the antennas becom...
We have explained the effect of the silicon substrate on the off-chip radiation of an integrated ant...
The unprecedented development of substrate integrated circuits (SICs) has made a widespread necessit...
ABSTRACT: A novel type of integrated dielectric antenna is presented, which is suitable for low-loss...
NFDAM systems provide a unique solution for transmitting highly secured direction-dependent data and...
The arrival of portable wireless devices such as tablets and smartphones has caused an exponential g...
The impedance bandwidth and radiation characteristics of an aperture-coupled microstrip line-fed pat...