Skip to Main Content
Artificial organs are hoped to solve problems such as lack of organ donors needed for organ transplant. In order for artificial organs to function, electric power must be supplied from the outside of the body through the skin. However, the existence of the cable which penetrates through the skin limits the freedom of the behavior of the patient and causes the danger of infections. This paper focuses on the use of transcutaneous energy transmission system (TETS) as an answer to this dilemma. This method uses the principle of the electromagnetic induction using a transformer through the skin. However, the output voltage becomes unstable for the change of the distance between coils by the behavior of the patient and the change of the load. In addition, heat due to the electric power loss causes the body adverse effect. To solve such a problem, the circuit parameter that enables highly effective and stable operation is examined. The artificial organs targeted in this paper are artificial hearts.