A frequency reconfigurable phased array element is presented. The operational band of the single port L/S-band antenna can be selected by modifying the element apertures with p-I-n diode switches. The antenna element satisfies strict requirements on its frequency band separation (2.2:1), size, feeding structure and control lines to be integrated into a phased array system. A multi-scale array topology is proposed to achieve wide angle scanning (±60°) in both operational bands of the array.Accepted author manuscriptMicrowave Sensing, Signals & System
One of the key antenna requirements in many modern wireless systems for communications and sensing i...
A frequency-reconfigurable slot-ring antenna switching between L- and C-bands is presented. The aper...
SATCOM on the move with electrical beam scanning capabilitieshas found great interest recently due t...
A frequency reconfigurable phased array element is presented. The operational band of the single por...
Sensors such as phased array radars play a crucial role in public safety. They are unavoidable for s...
A wide-band phased array antenna with wide-angle scanning capability for mobile communication system...
The design of a planar dual-band wide-scan phased array is presented. The array uses novel dual-band...
In this paper, a novel multi-mode antenna element for mm-wave communications is introduced. The ante...
Phased arrays have broad applications for both commercial and military segments, including advanced ...
Phased-array radar must provide a multifunction capability and offer a high degree of flexibility to...
A novel two-port, dual-band square-ring microstrip antenna element for wide-angle scanning planar ph...
We present a novel concept for wideband, wide-scan phased array applications. The array is composed ...
In this research study, a new multi-mode antenna element is introduced to achieve wide-angle scannin...
This thesis presents a novel concept for focusing an antenna beam pattern as a function of range, ti...
Fundamental relations necessary at designing planar antenna arrays with frequency-phase scanning are...
One of the key antenna requirements in many modern wireless systems for communications and sensing i...
A frequency-reconfigurable slot-ring antenna switching between L- and C-bands is presented. The aper...
SATCOM on the move with electrical beam scanning capabilitieshas found great interest recently due t...
A frequency reconfigurable phased array element is presented. The operational band of the single por...
Sensors such as phased array radars play a crucial role in public safety. They are unavoidable for s...
A wide-band phased array antenna with wide-angle scanning capability for mobile communication system...
The design of a planar dual-band wide-scan phased array is presented. The array uses novel dual-band...
In this paper, a novel multi-mode antenna element for mm-wave communications is introduced. The ante...
Phased arrays have broad applications for both commercial and military segments, including advanced ...
Phased-array radar must provide a multifunction capability and offer a high degree of flexibility to...
A novel two-port, dual-band square-ring microstrip antenna element for wide-angle scanning planar ph...
We present a novel concept for wideband, wide-scan phased array applications. The array is composed ...
In this research study, a new multi-mode antenna element is introduced to achieve wide-angle scannin...
This thesis presents a novel concept for focusing an antenna beam pattern as a function of range, ti...
Fundamental relations necessary at designing planar antenna arrays with frequency-phase scanning are...
One of the key antenna requirements in many modern wireless systems for communications and sensing i...
A frequency-reconfigurable slot-ring antenna switching between L- and C-bands is presented. The aper...
SATCOM on the move with electrical beam scanning capabilitieshas found great interest recently due t...