The inductive coupling link technique is popularly used for transmitting power in many
biomedical applications, where it helps in transferring power to numerous implanted …

Inductive coupling link is widely used in transcutaneous power transmission to transfer data
and power to the implanted biomedical devices such as implanted micro-sensor system. The …

The main strategy for wireless power transfer to implantable devices is to use inductive
coupling technology. The induced voltage of implanted devices highly depends on factors …

Powering implantable low wattage biomedical devices and sensors through non-contact
means is on the rise over the past recent years. In view of that, inductive coupling is currently …

The use of wireless communication using inductive links to transfer data and power to
implantable microsystems to stimulate and monitor nerves and muscles is increasing. This …

With the advancement of biomedical instrumentation technologies sensor based remote
healthcare monitoring system is gaining more attention day by day. In this system wearable …

Supplying power to electronic medical implants (EMI) by inductive coupling has always
been appreciated for its biocompatibility and its ability to transmit sufficient power to the …

This study presents a high efficiency inductive power link aiming for the implanted
biomedical devices. Improving the efficiency of the inductive link is critical, since the overall …

The development of implanted devices is essential because of their direct effect on the lives
and safety of humanity. This paper presents the current issues and challenges related to all …

Paper describes a method for measuring power transfer efficiency (PTE) and power
delivered to the load (PDL) in inductive links with desired source and load impedances …