An RFID antenna, comprising: at least two planar electroconductive sheets (120a, b, c, d; 220a, b; 320a, b) of uniform size, wherein said electromagnetic sheets are parallel and aligned with respect to each other, each electroconductive sheet (120a, b. c, d; 220a, b; 320a, b) comprising: a feed connection point (130a; 230a; 330a) configured to receive an electrical current from a feed (110; 210; 310a) that supplies current to the electroconductive sheet (120a, b, c, d; 220a, b; 320a, b), the feed connection point connecting to one edge of the electroconductive sheet; a return connection point (130b; 230b; 330b), configured to acquire the electrical current from the electroconductive sheet (120a, b, c, d; 220a, b; 320a, b) and transfer the electrical current to a return (140; 240; 340), the return connection point connecting to another edge of the electroconductive sheet, opposite and parallel to the one edge of the electroconductive sheet to which the feed connection point is connected; wherein the electrical pathway of a circuit created from the feed to the return via a respective feed connection point and a respective return connection point is equal distance for each electroconductive sheet, wherein the at least two planar electroconductive sheets (120a, b, c, d; 220a, b; 320a, b) are electrically connected together to form an electrical circuit that includes the feed connection points (130a; 230a; 330a) and the return connection points (130b; 230b; 330b) of two of the planar electroconductive sheets (120a, b, c, d; 220a, b; 320a, b) when the two planar electroconductive sheets (120a, b, c, d; 220a, b; 320a, b) are connected to an electrical feed (110; 210; 310a), and are configured to cause the direction of electrical flow in the one electroconductive sheet to be opposite to direction of electric flow in the other electroconductive sheet, and the at least two planar electroconductive sheets (120a, b, c, d; 220a, b; 320a, b) are spaced apart to define an antenna read volume between the at least two planar electroconductive sheets. a feed connection point (130a; 230a; 330a) configured to receive an electrical current from a feed (110; 210; 310a) that supplies current to the electroconductive sheet (120a, b, c, d; 220a, b; 320a, b), the feed connection point connecting to one edge of the electroconductive sheet; a return connection point (130b; 230b; 330b), configured to acquire the electrical current from the electroconductive sheet (120a, b, c, d; 220a, b; 320a, b) and transfer the electrical current to a return (140; 240; 340), the return connection point connecting to another edge of the electroconductive sheet, opposite and parallel to the one edge of the electroconductive sheet to which the feed connection point is connected; wherein the electrical pathway of a circuit created from the feed to the return via a respective feed connection point and a respective return connection point is equal distance for each electroconductive sheet, wherein the at least two planar electroconductive sheets (120a, b, c, d; 220a, b; 320a, b) are electrically connected together to form an electrical circuit that includes the feed connection points (130a; 230a; 330a) and the return connection points (130b; 230b; 330b) of two of the planar electroconductive sheets (120a, b, c, d; 220a, b; 320a, b) when the two planar electroconductive sheets (120a, b, c, d; 220a, b; 320a, b) are connected to an electrical feed (110; 210; 310a), and are configured to cause the direction of electrical flow in the one electroconductive sheet to be opposite to direction of electric flow in the other electroconductive sheet, and the at least two planar electroconductive sheets (120a, b, c, d; 220a, b; 320a, b) are spaced apart to define an antenna read volume between the at least two planar electroconductive sheets.