Description

Wireless power transmission is an attractive alternative to low-power biomedical implants to overcome the power limitation of the primary battery. In this paper, we are presenting an efficient ultrasonic wireless power transmission system for implantable medical devices. It is known that the ultrasonic wireless power transmission has a longer power transmission distance as well as free from electromagnetic interference and absorption in the human body. In this research, an ultrasonic resonance will be applied to improve the power transmission efficiency as well as the distance.

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Ultrasonic Power Transfer for Medical Implants

Wireless power transmission is an attractive alternative to low-power biomedical implants to overcome the power limitation of the primary battery. In this paper, we are presenting an efficient ultrasonic wireless power transmission system for implantable medical devices. It is known that the ultrasonic wireless power transmission has a longer power transmission distance as well as free from electromagnetic interference and absorption in the human body. In this research, an ultrasonic resonance will be applied to improve the power transmission efficiency as well as the distance.

 

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