A clutch assembly, comprising: a first clutch member (16, 116, 316) that is rotatable about an axis; a second clutch member (18, 118, 318) that is rotatable about the axis; a wrap spring (20, 120, 320) having a first end (40, 140, 340), a second end (42, 142, 342) and a plurality of helical coils (44, 144, 344) between the first end (40, 140, 340) and the second end (42, 142, 342), wherein one of the first (16, 116, 316) and second (18, 118, 318) clutch members is rotationally operatively connected with the first end (40, 140, 340) of the wrap spring; an armature (22, 122, 322) that is rotationally operatively connected to the second end (42, 142, 342) of the wrap spring (20, 120, 320); and an electromagnetic unit (26, 126, 326) including an electromagnet (69, 169, 369), wherein energization of the electromagnet (69, 169, 369) generates a magnetic flux that flows through one of the first and second clutch members (16, 18; 116, 118; 316, 318), through the armature (22, 122, 322) and back into the electromagnetic unit (26, 126, 326), wherein, when the first clutch member (16, 116, 316) is rotating and the second clutch member (18, 118, 318) is stationary, the magnetic flux draws the armature (22, 122, 322) axially into engagement with the other of the first and second clutch members (16, 18; 116, 118; 316, 318) with sufficient force to frictionally cause rotation of the armature (22, 122, 322) and the second end (42, 142, 342) of the wrap spring (20, 120, 320) relative to the first end (40, 140, 342) of the wrap spring (20, 120, 320) so as to radially expand the wrap spring (20, 120, 320) into engagement with the other of the first and second clutch members (16, 18; 116, 118; 316, 318) thereby operatively connecting the first clutch member (16, 116, 316) to the second clutch member (18, 118, 318), characterized in that the clutch assembly further comprises an actuator (24, 124, 324), wherein the actuator (24, 124, 324) is rotationally operatively connected to the second end (42, 142, 342) of the wrap spring (20, 120, 320) and the armature is rotationally operatively connected to the actuator, but is slidable axially relative to the actuator (24, 124, 324). a first clutch member (16, 116, 316) that is rotatable about an axis; a second clutch member (18, 118, 318) that is rotatable about the axis; a wrap spring (20, 120, 320) having a first end (40, 140, 340), a second end (42, 142, 342) and a plurality of helical coils (44, 144, 344) between the first end (40, 140, 340) and the second end (42, 142, 342), wherein one of the first (16, 116, 316) and second (18, 118, 318) clutch members is rotationally operatively connected with the first end (40, 140, 340) of the wrap spring; an armature (22, 122, 322) that is rotationally operatively connected to the second end (42, 142, 342) of the wrap spring (20, 120, 320); and an electromagnetic unit (26, 126, 326) including an electromagnet (69, 169, 369), wherein energization of the electromagnet (69, 169, 369) generates a magnetic flux that flows through one of the first and second clutch members (16, 18; 116, 118; 316, 318), through the armature (22, 122, 322) and back into the electromagnetic unit (26, 126, 326), wherein, when the first clutch member (16, 116, 316) is rotating and the second clutch member (18, 118, 318) is stationary, the magnetic flux draws the armature (22, 122, 322) axially into engagement with the other of the first and second clutch members (16, 18; 116, 118; 316, 318) with sufficient force to frictionally cause rotation of the armature (22, 122, 322) and the second end (42, 142, 342) of the wrap spring (20, 120, 320) relative to the first end (40, 140, 342) of the wrap spring (20, 120, 320) so as to radially expand the wrap spring (20, 120, 320) into engagement with the other of the first and second clutch members (16, 18; 116, 118; 316, 318) thereby operatively connecting the first clutch member (16, 116, 316) to the second clutch member (18, 118, 318), characterized in that the clutch assembly further comprises an actuator (24, 124, 324), wherein the actuator (24, 124, 324) is rotationally operatively connected to the second end (42, 142, 342) of the wrap spring (20, 120, 320) and the armature is rotationally operatively connected to the actuator, but is slidable axially relative to the actuator (24, 124, 324).