has conductors 1030 a d running along the width of the major surface 1010 and conductors 1040 a d running along the length of the major surface 1010 connecting the conductors 1030 a d as shown in fig1 b fig1 c shows a schematic of a circuit on the major surface 1020 the major surface 1020 has conductors 1070 a c running along the length of the major surface 1020 and conductors 1060 a c running along the width of the major surface 1020 connecting the conductors 1070 a c as shown in fig1 c fig1 d shows a schematic of a circuit on the major surface 1025 the major surface 1025 has a plurality of oppositely oriented interconnected varactors 1080 as shown in fig1 d vias 1095 connect the varactors 1080 on the major surface 1025 to the point of intersection of conductors 1030 a d and 1040 a d on the major surface 1010 shown in fig1 e vias 1096 connect the varactors 1080 on the major surface 1025 to the point of intersection of conductors 1070 a c and 1060 a c on the major surface 1020 shown in fig1 e although the conductors in fig1 b and 10 c are represented as straight lines it is to be understood that the conductors can have different shapes including but not limited to straight lines crenulated lines and or wavy lines for this technology to work although the conductors in fig1 b and 10 c are represented as parallel lines it is to be understood that the conductors do not have to be perfectly parallel for this technology to work the distance between the conductors may vary throughout the length of the conductors although conductors 1030 a d appear to be perpendicular to.