TY - GEN
T1 - Modified two antennas method for ultrawideband spiral antenna characterization
AU - Nicolaescu, I
AU - van Genderen, P
N1 - tweede isbn (13) 9789737184795
PY - 2006
Y1 - 2006
N2 - Among other applications, ulttrawideband systems, specifically radar systems, are used for antipersonnel landmine detection. Usually, these systems work from some hundreds MHz till GHz such to have both deep penetration and high resolution. As in any other electronic device the antenna plays a very important role. This paper deals with the two antenna method used to completely characterize the antenna system of a stepped frequency continuous wave radar built at International Research Centre for Telecomunnication-transmission and Radar of Delft University of Tecnology. The antenna system is made up of two Archimedea spiral antennas and for their characterization two loop antennas have been used.
AB - Among other applications, ulttrawideband systems, specifically radar systems, are used for antipersonnel landmine detection. Usually, these systems work from some hundreds MHz till GHz such to have both deep penetration and high resolution. As in any other electronic device the antenna plays a very important role. This paper deals with the two antenna method used to completely characterize the antenna system of a stepped frequency continuous wave radar built at International Research Centre for Telecomunnication-transmission and Radar of Delft University of Tecnology. The antenna system is made up of two Archimedea spiral antennas and for their characterization two loop antennas have been used.
KW - conference contrib. refereed
KW - Geen BTA classificatie
M3 - Conference contribution
SN - (10)9737184793
SP - 275
EP - 276
BT - Communications 2006: the 6th international conference
A2 - Adelaida Mateescu, null
A2 - Mihai Radu, null
A2 - Alexandru Serbanescu, null
A2 - Vicror Croitoru, null
PB - Printech, Editura acreditata CNCSIS
CY - Bucharest
T2 - Communications 2006: the 6th international conference
Y2 - 8 June 2006 through 10 June 2006
ER -