A Coriolis measuring transducer for a Coriolis measuring device for measuring a mass flow or a density of a medium flowing through measuring tubes of the Coriolis measuring transducer, comprising: At least one pair of measuring tubes for guiding a medium; A support body for supporting the measuring tubes; At least one exciter configured to cause measuring tube vibrations, and at least two sensors for each pair of measuring tubes configured to register measuring tube vibrations, wherein in the rest position the measuring tubes of each pair of measuring tubes are symmetrical relative to a respective center plane, wherein the measuring tubes of each pair of measuring tubes are configured to cause vibrations perpendicular to the respective center plane and to vibrate in opposite directions, wherein each sensor has at least one magnetic device with a permanent magnet (15.3) and two coil devices each with one coil (16.3), wherein at least one magnetic device is configured to be moved relative to at least one coil device by measuring tube vibrations, wherein cross-sectional areas of the coils are parallel to each other and are in particular identical to each other and have an overlap of at least 90% of their surface dimensions in a projection on top of each other, wherein the coils each have an internal end (16.31) facing toward the other coil and an external end (16.32) facing away from the other coil, and wherein the coils each have a winding direction, wherein a negative winding coefficient is assigned to an opposite winding direction of the two coils, and wherein a positive winding coefficient is assigned to an identical winding direction of the two coils, wherein the sign of the winding coefficient is a first sign, wherein the coils are connected in series via their ends, wherein a connection of the coils via both internal ends or via both external ends is assigned a positive connection coefficient, wherein a connection of the coils via one internal end and one external end is assigned a negative connection coefficient, wherein the sign of the connection coefficient is a second sign, wherein the at least one permanent magnet (15.3) is configured to generate an inhomogeneous magnetic field in the area of the coils with a field component positioned perpendicular to the cross-sectional areas of the coils, characterized in that sides of the coils facing toward each other each define a first end face (16.33), wherein the first end faces define a coil spacing, wherein a ratio between the cross-sectional area and a square of the coil spacing is greater than 10 and in particular greater than 30, and preferably greater than 100, wherein a product of the first sign and the second sign is negative. At least one pair of measuring tubes for guiding a medium; A support body for supporting the measuring tubes; At least one exciter configured to cause measuring tube vibrations, and at least two sensors for each pair of measuring tubes configured to register measuring tube vibrations, wherein in the rest position the measuring tubes of each pair of measuring tubes are symmetrical relative to a respective center plane, wherein the measuring tubes of each pair of measuring tubes are configured to cause vibrations perpendicular to the respective center plane and to vibrate in opposite directions, wherein each sensor has at least one magnetic device with a permanent magnet (15.3) and two coil devices each with one coil (16.3), wherein at least one magnetic device is configured to be moved relative to at least one coil device by measuring tube vibrations, wherein cross-sectional areas of the coils are parallel to each other and are in particular identical to each other and have an overlap of at least 90% of their surface dimensions in a projection on top of each other, wherein the coils each have an internal end (16.31) facing toward the other coil and an external end (16.32) facing away from the other coil, and wherein the coils each have a winding direction, wherein a negative winding coefficient is assigned to an opposite winding direction of the two coils, and wherein a positive winding coefficient is assigned to an identical winding direction of the two coils, wherein the sign of the winding coefficient is a first sign, wherein the coils are connected in series via their ends, wherein a connection of the coils via both internal ends or via both external ends is assigned a positive connection coefficient, wherein a connection of the coils via one internal end and one external end is assigned a negative connection coefficient, wherein the sign of the connection coefficient is a second sign, wherein the at least one permanent magnet (15.3) is configured to generate an inhomogeneous magnetic field in the area of the coils with a field component positioned perpendicular to the cross-sectional areas of the coils, characterized in that sides of the coils facing toward each other each define a first end face (16.33), wherein the first end faces define a coil spacing, wherein a ratio between the cross-sectional area and a square of the coil spacing is greater than 10 and in particular greater than 30, and preferably greater than 100, wherein a product of the first sign and the second sign is negative.