Method for manufacturing an electrical connector with a cable, wherein the connector is used for connecting the cable to an electrical assembly, a) wherein the cable comprises a conductor screen, a cable sheath and at least one electrical conductor, b) wherein the connector comprises a housing on which a housing screen is arranged, c) wherein the connector comprises an electrically conductive sleeve for connecting the housing screen to the conductor screen, d) wherein the sleeve comprises a first injection-molded sleeve part and a second sleeve part arranged at least partially on the housing, wherein the second sleeve part is a metal sleeve, wherein the metal sleeve is arranged between the housing screen and the first sleeve part and electrically connects these to each other, wherein the conductor screen and the housing screen are connected to each other by means of the metal sleeve and the injection-molded first sleeve part, e) wherein the connector further comprises an electrically insulating carrier which supports the first sleeve part and which is injection-molded, and which is arranged between the cable and the housing, and insulates the at least one electrical conductor from the sleeve, and f) wherein the connector further comprises an injection-molded grip end, comprising the steps of: - arranging the electrical conductor in the housing, - arranging the housing screen on the housing, - injection-molding of the electrically insulating carrier between the housing and the cable, and - arranging the second sleeve part, which is designed as a metal sleeve, on the housing, and - injection-molding of the first electrically conductive sleeve part, and comprising the final step of: - injection-molding of the grip end, characterized in that - the cable sheath is incised, and in that a piece of the cable sheath is partially peeled off the conductor screen and is not removed from the conductor screen, and in that the sealing diameter of the carrier is defined and is round and corresponds to the cable sheath diameter. a) wherein the cable comprises a conductor screen, a cable sheath and at least one electrical conductor, b) wherein the connector comprises a housing on which a housing screen is arranged, c) wherein the connector comprises an electrically conductive sleeve for connecting the housing screen to the conductor screen, d) wherein the sleeve comprises a first injection-molded sleeve part and a second sleeve part arranged at least partially on the housing, wherein the second sleeve part is a metal sleeve, wherein the metal sleeve is arranged between the housing screen and the first sleeve part and electrically connects these to each other, wherein the conductor screen and the housing screen are connected to each other by means of the metal sleeve and the injection-molded first sleeve part, e) wherein the connector further comprises an electrically insulating carrier which supports the first sleeve part and which is injection-molded, and which is arranged between the cable and the housing, and insulates the at least one electrical conductor from the sleeve, and f) wherein the connector further comprises an injection-molded grip end, comprising the steps of: - arranging the electrical conductor in the housing, - arranging the housing screen on the housing, - injection-molding of the electrically insulating carrier between the housing and the cable, and - arranging the second sleeve part, which is designed as a metal sleeve, on the housing, and - injection-molding of the first electrically conductive sleeve part, and comprising the final step of: - injection-molding of the grip end, characterized in that - the cable sheath is incised, and in that a piece of the cable sheath is partially peeled off the conductor screen and is not removed from the conductor screen, and in that the sealing diameter of the carrier is defined and is round and corresponds to the cable sheath diameter. - arranging the electrical conductor in the housing, - arranging the housing screen on the housing, - injection-molding of the electrically insulating carrier between the housing and the cable, and - arranging the second sleeve part, which is designed as a metal sleeve, on the housing, and - injection-molding of the first electrically conductive sleeve part, and comprising the final step of: - injection-molding of the grip end, characterized in that - the cable sheath is incised, and in that a piece of the cable sheath is partially peeled off the conductor screen and is not removed from the conductor screen, and in that the sealing diameter of the carrier is defined and is round and corresponds to the cable sheath diameter.