In many applications, like in aeronautical control and communication systems, there are important requirements for the antenna engineer in terms of size and weight of the antennas. Active matching networks, with non-Foster elements, are an interesting way to face the design of an Electrically Small Antenna (ESA). Using the new sensitivity parameter Sens, a good location for a matching network (MN) is found in the structure itself of a blade-type small monopole. Then, comparative design between a passive reactive and an active non-Foster matching network is presented
PhDThere is a demand for broadband electrically small antennas that cover large frequency bands wit...
Most of the work in phased arrays loaded with non-Foster forms has been made about characteristics t...
The use of non-Foster components in wideband matching networks for improvement of effective diversit...
In many applications, like in aeronautical control and communication systems, there are important ...
During the last years many researchers have been working on the active matching or on non-Fo...
During the last years many researchers have been working on the active matching or on non-Foster mat...
During the last years many researchers have been working on the active matching or on non-Foster mat...
During the last years many researchers have been working on the active matching or on non-Foster mat...
Matching networks are widely used in the antenna transmitter and receiver applications and thus they...
International audienceDecreasing the electric length of an antenna results in increasing its input r...
International audienceDecreasing the electric length of an antenna results in increasing its input r...
International audienceIn this paper, we present the design of a small, wideband antenna with an embe...
The design of electrically small antennas (ESAs) loaded with active non-Foster elements is a topic w...
At low frequencies, non-Foster matching improves the performance of ESAs and overcomes the limitatio...
Electrically small antennas (ESAs) are more and more necessary in a lot of communication system wher...
PhDThere is a demand for broadband electrically small antennas that cover large frequency bands wit...
Most of the work in phased arrays loaded with non-Foster forms has been made about characteristics t...
The use of non-Foster components in wideband matching networks for improvement of effective diversit...
In many applications, like in aeronautical control and communication systems, there are important ...
During the last years many researchers have been working on the active matching or on non-Fo...
During the last years many researchers have been working on the active matching or on non-Foster mat...
During the last years many researchers have been working on the active matching or on non-Foster mat...
During the last years many researchers have been working on the active matching or on non-Foster mat...
Matching networks are widely used in the antenna transmitter and receiver applications and thus they...
International audienceDecreasing the electric length of an antenna results in increasing its input r...
International audienceDecreasing the electric length of an antenna results in increasing its input r...
International audienceIn this paper, we present the design of a small, wideband antenna with an embe...
The design of electrically small antennas (ESAs) loaded with active non-Foster elements is a topic w...
At low frequencies, non-Foster matching improves the performance of ESAs and overcomes the limitatio...
Electrically small antennas (ESAs) are more and more necessary in a lot of communication system wher...
PhDThere is a demand for broadband electrically small antennas that cover large frequency bands wit...
Most of the work in phased arrays loaded with non-Foster forms has been made about characteristics t...
The use of non-Foster components in wideband matching networks for improvement of effective diversit...