Method for forming a grounding arrangement on a shielded cable that includes a conductive core, a core insulation layer radially surrounding said conductive core, a conductive shield layer radially surrounding said core insulation layer, and an outer insulation layer radially surrounding said conductive shield layer, said method comprising: removing a length of said outer insulation layer to expose an end portion of said conductive shield layer; providing an inner ferrule configured to be crimped around said core insulation layer; positioning said inner ferrule adjacent to said end portion of said conductive shield layer that has been exposed; crimping said inner ferrule around said core insulation layer; folding said end portion of said conductive shield layer that has been exposed over said inner ferrule to radially surround said inner ferrule; providing an electrically conductive outer ferrule configured to be crimped around said inner ferrule; positioning said outer ferrule radially adjacent to said end portion of said conductive shield layer that has been positioned to radially surround said inner ferrule; crimping said outer ferrule radially around said inner ferrule to capture said end portion of said conductive shield layer radially between said inner ferrule and said outer ferrule, thereby fixing said outer ferrule in electrical contact with said conductive shield layer wherein said outer ferrule includes an outer ferrule to cable attachment section configured to be crimped around said inner ferrule, wherein said outer ferrule also includes an outer ferrule grounding section axially spaced from said outer ferrule to said cable attachment section and wherein said outer ferrule to cable attachment section is linked to said outer ferrule grounding section by an outer ferrule linking strap; and positioning said outer ferrule grounding section radially adjacent to said outer insulation layer; characterized in that said outer ferrule grounding section includes outer ferrule grounding wings (58, 60); in that the method further comprises: deforming said outer ferrule grounding wings (58, 60) around said outer insulation layer; and in that said step of crimping said inner ferrule around said core insulation layer includes crimping said inner ferrule around said exposed end portion of the conductive shield layer. removing a length of said outer insulation layer to expose an end portion of said conductive shield layer; providing an inner ferrule configured to be crimped around said core insulation layer; positioning said inner ferrule adjacent to said end portion of said conductive shield layer that has been exposed; crimping said inner ferrule around said core insulation layer; folding said end portion of said conductive shield layer that has been exposed over said inner ferrule to radially surround said inner ferrule; providing an electrically conductive outer ferrule configured to be crimped around said inner ferrule; positioning said outer ferrule radially adjacent to said end portion of said conductive shield layer that has been positioned to radially surround said inner ferrule; crimping said outer ferrule radially around said inner ferrule to capture said end portion of said conductive shield layer radially between said inner ferrule and said outer ferrule, thereby fixing said outer ferrule in electrical contact with said conductive shield layer wherein said outer ferrule includes an outer ferrule to cable attachment section configured to be crimped around said inner ferrule, wherein said outer ferrule also includes an outer ferrule grounding section axially spaced from said outer ferrule to said cable attachment section and wherein said outer ferrule to cable attachment section is linked to said outer ferrule grounding section by an outer ferrule linking strap; and deforming said outer ferrule grounding wings (58, 60) around said outer insulation layer; and in that said step of crimping said inner ferrule around said core insulation layer includes crimping said inner ferrule around said exposed end portion of the conductive shield layer.