International audienceThis article presents the miniaturization of a UWB planar monopole antenna covering the VHF band through the use of low loss Magneto-Dielectric Materials (MDM). By using slots in the antenna structure, the dimensions and position of the MDM have been optimized to reduce the amount of MDM required to obtain an optimum miniaturization rate. This new monopole structure shows a miniaturization rate of 60% by covering about only 5% of the antenna surface area
International audienceThe use of Magneto-Dielectrics Materials (MDM) is becoming increasingly popula...
International audienceThe use of Magneto-Dielectrics Materials (MDM) is becoming increasingly popula...
International audienceThe use of Magneto-Dielectrics Materials (MDM) is becoming increasingly popula...
International audienceThis article presents the miniaturization of a UWB planar monopole antenna cov...
International audienceThis article presents the miniaturization of a UWB planar monopole antenna cov...
International audienceThis article presents the miniaturization of a UWB planar monopole antenna cov...
International audienceThis article presents the miniaturization of a UWB planar monopole antenna cov...
International audienceThis article presents the miniaturization of an UWB planar monopole antenna co...
International audienceThis article presents the miniaturization of an UWB planar monopole antenna co...
International audienceThis article presents the miniaturization of an UWB planar monopole antenna co...
International audienceThis article presents the miniaturization of an UWB planar monopole antenna co...
International audienceThis article presents the miniaturization of an UWB planar monopole antenna co...
International audienceThis article presents the miniaturization of an UWB planar monopole antenna co...
International audienceThis article presents the miniaturization of an UWB planar monopole antenna co...
International audienceThis article presents the miniaturization of an UWB planar monopole antenna co...
International audienceThe use of Magneto-Dielectrics Materials (MDM) is becoming increasingly popula...
International audienceThe use of Magneto-Dielectrics Materials (MDM) is becoming increasingly popula...
International audienceThe use of Magneto-Dielectrics Materials (MDM) is becoming increasingly popula...
International audienceThis article presents the miniaturization of a UWB planar monopole antenna cov...
International audienceThis article presents the miniaturization of a UWB planar monopole antenna cov...
International audienceThis article presents the miniaturization of a UWB planar monopole antenna cov...
International audienceThis article presents the miniaturization of a UWB planar monopole antenna cov...
International audienceThis article presents the miniaturization of an UWB planar monopole antenna co...
International audienceThis article presents the miniaturization of an UWB planar monopole antenna co...
International audienceThis article presents the miniaturization of an UWB planar monopole antenna co...
International audienceThis article presents the miniaturization of an UWB planar monopole antenna co...
International audienceThis article presents the miniaturization of an UWB planar monopole antenna co...
International audienceThis article presents the miniaturization of an UWB planar monopole antenna co...
International audienceThis article presents the miniaturization of an UWB planar monopole antenna co...
International audienceThis article presents the miniaturization of an UWB planar monopole antenna co...
International audienceThe use of Magneto-Dielectrics Materials (MDM) is becoming increasingly popula...
International audienceThe use of Magneto-Dielectrics Materials (MDM) is becoming increasingly popula...
International audienceThe use of Magneto-Dielectrics Materials (MDM) is becoming increasingly popula...