Previous work demonstrating the successful beam scanning of a three-element array, with integral low bias strength ferrite phase shifters, is extended to show significant improvement by implementing the structure as symmetrical stripline. The maximum beam scan angle is increased by 30% over that of the microstrip array
Ferromagnetic materials have been shown to significantly enhance the performance of microstrip patch...
There is a new demand for high gain antennas capable of achieving wide-angle beam steering in the mi...
Though there are a few examples of scanning phased array antennas that have flown successfully in sp...
The beam scanning properties of a 2-element patch array fed by a microstrip reed situated on a ferri...
A structure is presented for a three element beam scanning array where integrated phase shifters are...
There are two distinct parts to this thesis; the first investigates the use of ferrite tiles in the ...
Ferrite phase shifters are widely used to control the radiation properties of phased array antennas....
Beem steerable antenna arrays are widely used in radar applications. The scanning capacity of an ant...
Ferromagnetic material is widely used to realize the phase shift section of a phased array antenna. ...
This paper presents a new class of magnetically scanned leaky wave antennas (LWAs), incorporating fe...
The phased array antenna (PAA) is a key concept in the realization of electronic beam forming and be...
A low-cost and externally controlled planar microstrip ferrite phase shifter is designed, where the ...
This paper presents a simple design of linear series-fed frequency scanning antenna arrays with: (a)...
Switchable magnetic media and shorting posts are popular in controlling the radiation characteristic...
A full-wave analysis of planewave scattering from an infinite, periodic array of microstrip patches ...
Ferromagnetic materials have been shown to significantly enhance the performance of microstrip patch...
There is a new demand for high gain antennas capable of achieving wide-angle beam steering in the mi...
Though there are a few examples of scanning phased array antennas that have flown successfully in sp...
The beam scanning properties of a 2-element patch array fed by a microstrip reed situated on a ferri...
A structure is presented for a three element beam scanning array where integrated phase shifters are...
There are two distinct parts to this thesis; the first investigates the use of ferrite tiles in the ...
Ferrite phase shifters are widely used to control the radiation properties of phased array antennas....
Beem steerable antenna arrays are widely used in radar applications. The scanning capacity of an ant...
Ferromagnetic material is widely used to realize the phase shift section of a phased array antenna. ...
This paper presents a new class of magnetically scanned leaky wave antennas (LWAs), incorporating fe...
The phased array antenna (PAA) is a key concept in the realization of electronic beam forming and be...
A low-cost and externally controlled planar microstrip ferrite phase shifter is designed, where the ...
This paper presents a simple design of linear series-fed frequency scanning antenna arrays with: (a)...
Switchable magnetic media and shorting posts are popular in controlling the radiation characteristic...
A full-wave analysis of planewave scattering from an infinite, periodic array of microstrip patches ...
Ferromagnetic materials have been shown to significantly enhance the performance of microstrip patch...
There is a new demand for high gain antennas capable of achieving wide-angle beam steering in the mi...
Though there are a few examples of scanning phased array antennas that have flown successfully in sp...
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