The present invention discloses an electronic compensated inductive diverter that solves the problem that the additional impedance of the resistive line in the prior art affects the error measurement of the inductive diverter and cannot compensate the load characteristics of the inductive diverter. The electronic compensated inductive diverter comprises a main core (1), an auxiliary core (2), a proportional winding (3), a compensated winding (4), a detection winding (5) and an operational amplifier. The detection winding (5) is wound on the outside of the main core (1), the compensated winding (4) is wound on the outside of the detection winding (5), the main core (1), the detection winding (5) and the compensated winding (4) are coaxially embedded in the auxiliary core (2), and the proportional winding (3) is wounded outside the auxiliary core (2); the detection winding (5) is connected with the operational amplifier, and the output end of the operational amplifier is connected with the compensated winding (4). The electronic compensated inductive diverter is suitable for the field of self calibration of current proportional self calibration systems, and is characterized by high measuring range extension efficiency, small uncertainty of measurement and the like.