Shielded electric cable assembly

A method of manufacturing a shielded electric cable assembly, comprising steps of:

• providing a first shielded electric cable having at least one wire with a conductor and a first shield conductor at least partially axially covering the at least one wire, the first shield conductor is at least partially axially covered by a first insulative jacket;
• providing a second shielded electric cable having at least one wire with a conductor and a second shield conductor at least partially axially covering the at least one wire, the second shield conductor is at least partially axially covered by a second insulative jacket,
• joining the conductor of the at least one wire of the first shielded electric cable and the conductor of the at least one wire of the second shielded electric cable electrically conductively together forming a junction;
• covering the junction by arranging an inner insulator over the junction, wherein the inner insulator has a first sleeve portion and a second sleeve portion, through which the at least one wire of the first shielded electric cable and the at least one wire of the second shielded electric cable are inserted;
• arranging the first shield conductor partially axially over the first sleeve portion of the inner insulator and the second shield conductor partially axially over the second sleeve portion of the inner insulator;
• arranging a shield element over the inner insulator covering at least partially axially the inner insulator and electrically contacting the first shield conductor and the second shield conductor;
• arranging a housing over the shield element covering the entire shield element and partially axially covering the first insulative jacket and the second insulative jacket;
• arranging a first sealing element between the housing and the first insulative jacket;
• and
• arranging a second sealing element between the housing and the second insulative jacket.