A new type of wireless transmission coil is proposed for biomedical implants. By stacking several spirals above one another, the space required for an implantable coil is miniaturised, the self-resonant frequency (SRF) of the spiral is reduced, as is the required power transmission frequency for the implanted device. A four-layer 15 mm x 15 mm spiral coil of seven turns was simulated in CST Microwave Studio (TM), and constructed and successfully tested in hardware
Wireless power delivery to implantable biomedical devices by means of inductive coupling has been pr...
International audienceEarlier work on radiofrequency (RF) metasurfaces for preclinical MRI has targe...
Medical devices have made a big step forward in the past decades. One of the most noticeable medical...
Abstract—A new type of wireless transmission coil is proposed for biomedical implants. By stacking s...
Abstract—This paper presents an inductive power transmission coil for biosensor-based telemetric imp...
There are many tubular or rod-shaped organs and tissues within the human body. A miniature medical i...
Printed Spiral Coil (PSC) is a coil antenna for near-field wireless power transmission to the next g...
We propose the integration of the resonant coil for wireless power transfer (WPT) and the implantabl...
Due to the development of biomedical microsystems technologies, the use of wireless power transfer s...
High-Q inductive coils are essential components in biomedical implants for the effective\ud wireless...
Abstract—This paper presents a novel inductive link for wireless transmission of power and data to b...
Many medical implants need to be designed in the shape of a cylinder (rod), a cuboid or a capsule in...
Abstract—Printed spiral coils (PSCs) are viable candidates for near-field wireless power transmissio...
The use of wireless communication using inductive links to transfer data and power to implantable mi...
Recently there has been a lot of attention to the development of battery less implantable electronic...
Wireless power delivery to implantable biomedical devices by means of inductive coupling has been pr...
International audienceEarlier work on radiofrequency (RF) metasurfaces for preclinical MRI has targe...
Medical devices have made a big step forward in the past decades. One of the most noticeable medical...
Abstract—A new type of wireless transmission coil is proposed for biomedical implants. By stacking s...
Abstract—This paper presents an inductive power transmission coil for biosensor-based telemetric imp...
There are many tubular or rod-shaped organs and tissues within the human body. A miniature medical i...
Printed Spiral Coil (PSC) is a coil antenna for near-field wireless power transmission to the next g...
We propose the integration of the resonant coil for wireless power transfer (WPT) and the implantabl...
Due to the development of biomedical microsystems technologies, the use of wireless power transfer s...
High-Q inductive coils are essential components in biomedical implants for the effective\ud wireless...
Abstract—This paper presents a novel inductive link for wireless transmission of power and data to b...
Many medical implants need to be designed in the shape of a cylinder (rod), a cuboid or a capsule in...
Abstract—Printed spiral coils (PSCs) are viable candidates for near-field wireless power transmissio...
The use of wireless communication using inductive links to transfer data and power to implantable mi...
Recently there has been a lot of attention to the development of battery less implantable electronic...
Wireless power delivery to implantable biomedical devices by means of inductive coupling has been pr...
International audienceEarlier work on radiofrequency (RF) metasurfaces for preclinical MRI has targe...
Medical devices have made a big step forward in the past decades. One of the most noticeable medical...