radiation which has recesses only in the area of signal supply lines 7 and of dipole 5 in addition there is a straight through screening off metallic earth plane on the not visible back side of antenna array 1 dipole 5 and patch 3 are situated parallel to each other and the two signal supply lines 7 run perpendicular thereto with that field vectors 13 of the electrical field of dipole 5 of patch 3 and of supply lines 7 lie parallel to one another and point in the same direction fig2 shows schematically the view of an example of antenna array 1 according to the exemplary embodiment of the present invention beginning from the plane of stratification under patch 3 in fig1 the separate halves of dipole 5 on their inside edges are connected to signal supply lines 7 in the layers below earth plane 9 there are metallic chamber strips 15 shown by dashed lines which reach all the way to the earth plane not visible on the back side these chamber strips 15 conductingly connect the two outside earth planes 9 and border dipole 5 right up to a passthrough opening for signal supply lines 7 this ground shielding suppresses to the greatest extent the lateral radiation bordering chamber strips 15 have a distance from dipole 5 of a quarter of the wavelength of the transmitted radiation radiation radiated into substrate 11 is reflected at chamber strips 15 and returned phase corrected fig3 shows a diagram of the calculated adjustment of an antenna system according to the first exemplary embodiment in this context as a measure for the adjustment there is plotted the quantity given in decibels of the s parameter against the frequency.