Rotor for a separately excited electric machine, separately excited electric machine, motor vehicle and manufacturing method for manufacturing a rotor for a separately excited electric machine

A manufacturing method for manufacturing a rotor for a separately excited electric machine, the method comprising:

• providing of a printed circuit board having a first through-hole and a plurality of second through-holes and a rotor intermediate product, comprising a rotor shaft and a plurality of coils arranged in a stationary manner with respect to the rotor shaft, wherein each coil of the plurality of coils has two wire ends for making electrical contact with the coil;
• guiding the rotor shaft through the first through-hole of the printed circuit board and displacing the printed circuit board along the rotor shaft so that the wire ends of each coil are guided through a respective one of the plurality of second through-holes, so that at least a section of the respective wire end of each coil emerges on a side of the printed circuit board facing away from the coils;
• and
• establishing a conductive connection between the wire ends of the respective coil and separate conductive sections of the printed circuit board.