Wireless Power Transfer for Medical Devices
Implantable medical devices have revolutionized personalized diagnostics, monitoring and treatment. Batteries, however, limit device miniaturization and require invasive surgery for replacement.
This team’s system eliminates the need for a battery by employing telecommunications-range waves for wireless power transfer from an external source to a receiver that will be integrated into the device. This will allow for size reduction of current devices and potentially enable new small-scale biomedical applications.
2018 Capstone Design Team members: Dhilan Bekah, Nayera El-Sawah, Graham Joe, Kai Slaughter and Adam Weinstein
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Видео Wireless Power Transfer for Medical Devices канала Waterloo Engineering
This team’s system eliminates the need for a battery by employing telecommunications-range waves for wireless power transfer from an external source to a receiver that will be integrated into the device. This will allow for size reduction of current devices and potentially enable new small-scale biomedical applications.
2018 Capstone Design Team members: Dhilan Bekah, Nayera El-Sawah, Graham Joe, Kai Slaughter and Adam Weinstein
Follow us on social media!
Twitter: twitter.com/waterlooeng
Facebook: facebook.com/uWaterlooEngineering
Instagram: instagram.com/uwaterlooeng/
LinkedIn: linkedin.com/groups/56527/
Ten Thousand Coffees: tenthousandcoffees.com/hub/waterlooengineering
Видео Wireless Power Transfer for Medical Devices канала Waterloo Engineering
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