A system comprising a RF coil for magnetic resonance imaging and at least one feeding coil for inductively feeding the RF coil with an RF signal configured to result in transmisssion of an RF excitation pulse resulting in MRI spin excitation, wherein - the RF coil comprises conductive coil elements, wherein the coil elements comprise two end rings comprised of two circular conductive loops which are connected with each other by a plurality of conductive straight rungs, and - the at least one feeding coil is configured and arranged for feeding the RF signal into an end ring of the RF coil at a first position and at a second position, the first position being different from the second position, and the at least one feeding coil comprises two loops (18, 20) configured to provide current in the two loops (18, 20) in opposite direction to each other and the at least one feeding coil is configured and arranged for feeding the RF signal into the RF coil at two opposite sides of the end ring by arranging the two loops (18, 20) at a connection portion of a rung with said end ring, wherein the direction of the magnetic field of the RF signal at the first position is opposite to the magnetic field of the RF signal at the second position, characterised in that (i) the end ring comprises a lateral contraction and the at least one feeding coil is configured and arranged for feeding the RF signal into the RF coil at the lateral contraction or (ii) in a section of the end ring, the end ring is split into two different coil element lines (26, 27), the two different coil element lines (26, 27) crossing each other at a crossing point with no galvanic contact to each other, wherein the at least one feeding coil is configured and arranged for feeding the RF signal into both coil element lines (26, 27) at two opposite sides of the crossing point or (iii) the end ring comprises a recess, the recess dividing the end ring into two coil element lines (31, 32) which are spaced apart from each other, wherein the at least one feeding coil is configured and arranged for feeding the RF signal into both coil element lines (31, 32). - the RF coil comprises conductive coil elements, wherein the coil elements comprise two end rings comprised of two circular conductive loops which are connected with each other by a plurality of conductive straight rungs, and - the at least one feeding coil is configured and arranged for feeding the RF signal into an end ring of the RF coil at a first position and at a second position, the first position being different from the second position, and the at least one feeding coil comprises two loops (18, 20) configured to provide current in the two loops (18, 20) in opposite direction to each other and the at least one feeding coil is configured and arranged for feeding the RF signal into the RF coil at two opposite sides of the end ring by arranging the two loops (18, 20) at a connection portion of a rung with said end ring, wherein the direction of the magnetic field of the RF signal at the first position is opposite to the magnetic field of the RF signal at the second position, characterised in that (i) the end ring comprises a lateral contraction and the at least one feeding coil is configured and arranged for feeding the RF signal into the RF coil at the lateral contraction or (ii) in a section of the end ring, the end ring is split into two different coil element lines (26, 27), the two different coil element lines (26, 27) crossing each other at a crossing point with no galvanic contact to each other, wherein the at least one feeding coil is configured and arranged for feeding the RF signal into both coil element lines (26, 27) at two opposite sides of the crossing point or (iii) the end ring comprises a recess, the recess dividing the end ring into two coil element lines (31, 32) which are spaced apart from each other, wherein the at least one feeding coil is configured and arranged for feeding the RF signal into both coil element lines (31, 32). (i) the end ring comprises a lateral contraction and the at least one feeding coil is configured and arranged for feeding the RF signal into the RF coil at the lateral contraction or (ii) in a section of the end ring, the end ring is split into two different coil element lines (26, 27), the two different coil element lines (26, 27) crossing each other at a crossing point with no galvanic contact to each other, wherein the at least one feeding coil is configured and arranged for feeding the RF signal into both coil element lines (26, 27) at two opposite sides of the crossing point or (iii) the end ring comprises a recess, the recess dividing the end ring into two coil element lines (31, 32) which are spaced apart from each other, wherein the at least one feeding coil is configured and arranged for feeding the RF signal into both coil element lines (31, 32).