A pressure support system comprising: (a) a gas flow generating system (112, 144) comprising: a gas source, a controller comprising a processor component, and a first inductive coil (146, 122) operatively coupled to the processor component; (b) a patient interface device comprising: an input element (104, 108, 150) operatively coupled to the patient interface device, and a second inductive coil operatively coupled to the input element (104, 108, 150) and disposed on the patient interface device; and (c) an inductive tubing (126, 126', 142, 172) disposed between the gas flow generating system (112, 144) and the patient interface device, the inductive tubing (126, 126', 142, 172) being structured to carry a flow of air or gas from the gas source to the patient interface device, the inductive tubing (126, 126', 142, 172) comprising a third inductive coil (134, 134', 152, 190) coupled thereto and structured to inductively couple power or a signal between the first inductive coil (146, 122) of the gas flow generating system (112, 144) and the second inductive coil of the patient interface device, wherein the inductive tubing (126, 126', 142, 172) further comprises a first end (128, 174, 228), an opposite second end (130, 176, 230) and a first elongated tube (132, 184, 232) disposed between the first end (128, 174,228) and the opposite second end (130, 176,230), characterized in that (i) the third inductive coil (134, 152) is wound about the first elongated tube, the first end, and the opposite second end, or in that (ii) the third inductive coil (134', 190) is wound about the first elongated tube (184, 232), and in that the inductive tubing (126', 172) further comprises a fourth inductive coil (188,224) wound about the first end (174, 228) and a fifth inductive coil (196, 226) wound about the second end (176, 230). (a) a gas flow generating system (112, 144) comprising: a gas source, a controller comprising a processor component, and a first inductive coil (146, 122) operatively coupled to the processor component; a gas source, a controller comprising a processor component, and a first inductive coil (146, 122) operatively coupled to the processor component; (b) a patient interface device comprising: an input element (104, 108, 150) operatively coupled to the patient interface device, and a second inductive coil operatively coupled to the input element (104, 108, 150) and disposed on the patient interface device; and an input element (104, 108, 150) operatively coupled to the patient interface device, and a second inductive coil operatively coupled to the input element (104, 108, 150) and disposed on the patient interface device; and (c) an inductive tubing (126, 126', 142, 172) disposed between the gas flow generating system (112, 144) and the patient interface device, the inductive tubing (126, 126', 142, 172) being structured to carry a flow of air or gas from the gas source to the patient interface device, the inductive tubing (126, 126', 142, 172) comprising a third inductive coil (134, 134', 152, 190) coupled thereto and structured to inductively couple power or a signal between the first inductive coil (146, 122) of the gas flow generating system (112, 144) and the second inductive coil of the patient interface device, wherein the inductive tubing (126, 126', 142, 172) further comprises a first end (128, 174, 228), an opposite second end (130, 176, 230) and a first elongated tube (132, 184, 232) disposed between the first end (128, 174,228) and the opposite second end (130, 176,230), characterized in that (i) the third inductive coil (134, 152) is wound about the first elongated tube, the first end, and the opposite second end, or in that (ii) the third inductive coil (134', 190) is wound about the first elongated tube (184, 232), and in that the inductive tubing (126', 172) further comprises a fourth inductive coil (188,224) wound about the first end (174, 228) and a fifth inductive coil (196, 226) wound about the second end (176, 230). (i) the third inductive coil (134, 152) is wound about the first elongated tube, the first end, and the opposite second end, or in that (ii) the third inductive coil (134', 190) is wound about the first elongated tube (184, 232), and in that the inductive tubing (126', 172) further comprises a fourth inductive coil (188,224) wound about the first end (174, 228) and a fifth inductive coil (196, 226) wound about the second end (176, 230).